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1

Alcatel-Lucent Scalable IP Networks Lab Guide

Version 202

2008-11-14

A l c a t el -L u c en t C onf i d en t i al f or i n t er n al u s e

onl y --D oN o t Di s t r i b u t e



Table of Contents

LAB 1 HARDWARE CONFIGURATION3

SECTION 11 ndash SYSTEM IDENTIFICATION 3 SECTION 12 ndash SYSTEM CONFIGURATION 4 SECTION 13 ndash HARDWARE 6 SECTION 14 ndash LOGS 8

LAB 2 IP ADDRESSING AND ROUTING 11

SECTION 21 - ISP ADDRESSING WITH E NTERPRISE CUSTOMERS 11 SECTION 22 ndash ISP ADDRESSING WITH P PE AND CE ROUTERS 13 SECTION 23 ndash LAYER 3 I NTERFACES16 SECTION 24 ndash TESTING FOR ICMP AND ARP18

LAB 3 DYNAMIC IP ROUTING 20

SECTION 31 ndash STATIC R OUTES20 SECTION 32 ndash DEFAULT R OUTES AND R OUTER LOGIC21 SECTION 33 ndash IP FILTERS24

LAB 4 OPEN SHORTEST PATH FIRST (OSPF)26

SECTION 41 ndash SINGLE AREA OSPF26

LAB 5 BGP ROUTING30

SECTION 51 ndash BGP R OUTING30 LAB 6 SERVICES33

SECTION 61 SERVICES FRAMEWORK 33 SECTION 62 VPLS EXAMPLE37

List of Figures

Figure 1 Two Enterprises linked to a common ISP 11

Figure 2 Two ISPS 13

Figure 3 Static routes CE to PE and P PE to CE 21

Figure 4 OSPF in each ISP 26Figure 5 BGP between ISPs and within ISPs 30





Lab 1 Hardware Configuration

Section 11 ndash System Identif icationObjective

In this exercise the student will configure the date and time on the router Once

completed the student will change the system name of the router to reflect its nodenumber

1 Log in to your node

Login to your node using the default login (admin) and password (admin)

2 Set the system time and date

SR admin set-time ltYYYYMMDD hhmmgt

SR show time

3 Change the system name

Change the system name to RX (X=your node number)depending on which router

you are logged into

SR configure system name ltRXgt

The CLI system prompt will now display the system name





Section 12 ndash System Configuration

Objective

In this exercise the student will simply verify their current router configuration This willinvolve executing a ldquoshowrdquo command to view the contents of the BOF (Boot only file)

system

1 Simply execute the following command

a Verify that the IP address is the management IP address used to login to the router b Verify the Management Ethernet port configuration settings

RX show bof

===============================================================BOF ( Memor y)==============================================================pr i mary- i mage f t p ltI PAddr essgt 7750_40r 5 i 386- both t i m

pr i mary- conf i g f t p ltI PAddr essgt SI M02 R01 configcfg address 19216811912924 act i vest ati c- r out e 128 0 0 0 1 next- hop 192 168 119 1aut onegot i atedupl ex f ul lspeed 100wai t 4per si st onconsol e- speed 115200

=============================================================

2 Saving your configuration

RX admin save

This will save the configuration to the configcfg file shown above in the bof output

To save the configuration to a different file name the exact location and name of thefile must be specified

RX admin save- save [ltfile-urlgt] [detail] [index]

ltfile-urlgt ltlocal-urlgt|ltremote-urlgt - [255 chars max]local-url - [ltcflash-idgt][ltfile-pathgt]remote-url - [ftp|tftpltlogingtltpswdgt

4

IP Management

AddressEthernet PortParameters

Configurationfile





5

ltremote-locngt][ltfile-pathgt]cf1|cf1-A| cf3|cf3-A|cf3-B

ltdetailgt keyword - Adds default configurationltindexgt keyword - Forces a save of the index file

The location here can be a compact flash location ftp server or tftp server





6

Section 13 ndash Hardware

Objective

In this exercise the student will configure InputOutput Modules (IOM) MediaDependent Access (MDA) and the ports The student will then ensure that the ports are

properly configured as far as mode and MTU The configurations are slightly different between the physical router and the router simulator

IOMMDA Configuration

1 In this step the student is not actually configuring the IOM card The student isconfiguring the card slot The IOM card itself already knows what it is Thiscommand shows what type of cards it should expect to see installed

RX show card crarr

Conf i gur e the appr opr i ate sl ot wi t h the equi pped car d

RX configure card ltslotgt crarr ( wher e sl ot i s 1- 10 dependi ng on t herouter)

RXgtconf i ggtcar d card-type iom-20g crarr ( this can be differentPlease verify the correct card in the slot by doing a lsquoshowcardrsquo)

RXgtconf i ggtcar d no shutdown crarr ( by def aul t al l car ds are shut down)

2 The next step is to configure the daughter card slots on the IOM

RX show mda crarr ( command to show all MDAs installed on all cards)

RXgtconf i ggtcar d mda 1 crarr

RXgtconf i ggtcar dgtmda mda-type m60-10100eth-tx crarr ( this can be different

Please verify the correct mda in the slot by doing a lsquoshow mda ltcardgtrsquo)

RXgtconf i ggtcar dgtmda no shutdown crarr

3 Confirm that the configurations were correctly done by using the followingcommands The equipped card type and the provisioned card type listed in the CLIwindow should be identical

RX show card 1 crarr

RX show mda 11

crarr





7

RX show mda 12 crarr

4 Note The cards and MDAs can be configured incorrectly there is no visible warning

to determine if these components were wrongly configured other than the defaultalarm logs (see Configuring Alarms Section 14) Although the router will accept an

incorrect configuration any service on the incorrectly configured cardsMDAs will

not work correctly

5 Once the cards are correctly configured then configure the ports on the MDAs

Unlike the cards where it was a hierarchical configuration structure the ports are not

configured as part of the MDA hierarchy The student must exit back to the root andthen enter into the port configuration mode The ports are identified by firstidentifying the IOM then the MDA and then the port (111) By default the ports on

a 60 port 10100 card are network mode with a MTU of 1514 The default settingswill suffice for the remainder of this course

RXgtconf i ggt port 111 crarr

RXgtconf i ggtpor t gt no shut crarr

RXgtconf i g port 11[14] no shut crarr

(This command will enable you to configure a string of ports at one time In this casethis command will turn all 4 ports administratively on)

6 Use the following commands to verify that the configurations at the port level arecorrect and functioning properly

RX show port crarr

RX show port 111 detail crarr

(The ldquodetailrdquo extension on a show command will display everything possible about the

item specified This command is very useful in troubleshooting)





8

Section 14 ndash Logs

Objective

In this exercise the student will configure log-ids and verify their operation The studentwill then set up a relationship within the log-id to identify the source of the information

(the logger) and the destination of the information that they wish to capture

1 Create a Log ID and associate the Log to memory

RX configure log log-id 21 crarr ( t he r ange i s 1- 100 however 99 100 ar er eserved)

RXgtconf i gur egtl oggtl og- i d$ description ldquoMain Stream Logrdquo crarr

RXgtconf i gur egtl oggtl og- i d$ from main crarr (This is the source of the information

that you wish to capture)

RXgtconf i gur egtl oggtl og- i d$ to memory crarr (This is the destination)

RXgtconf i gur egtl oggtl og- i d$ info detail crarr

RXgtconf i gur egtl oggtl og- i d$ exit crarr

RX show log log-id 21 crarr

2 Using the same configuration steps that you have just completed for step 1 repeat the process to configure three other log files using the following parameters

Description Security Log FileLog ndashid 22Log Source security

Destination memory

Description Debug-Trace

Log-id 23Log Source debug-trace

Destination session

Description Change LogLog-id 24

Log Source changeDestination memory

3 Verify the log files configuration and output





9

a Observe the log file configuration

RX configure log crarr

RXgtconf i gur egtl oggt info crarr

b Observe the security log

To test the security logging open another session to the same router that you arelogged into Try logging in to the router using a wrong loginpassword

On the active session now execute a


Observe the failed login attempts

c Observe the Change log


Observe all the events in the change log What kind of events are logged here

d

Observe the Debug log Note This will be viewed when debug events are turned up in succeeding labs

e Observe the Main log

RX configure port 115 no shut crarr

RX exit crarr


RX configure port 115 shut crarr

f Logout from the active session and now type a

RX config log crarr

RX info crarr

Compare the output of the info command to the output obtained at the beginning of thisstep Is there a difference and why

4 Configuring and viewing alarms

Alarms on the 7x50 are not directly displayed Two log files (log id 99 and log id 100)

are configured automatically on startup to capture alarm events for layer 1 and layer 2

To view these alarms execute





10

RXgt show log log-id 99


Appropriate parameters can be used in order to display specific information

5

Save your configs

RXgt admin save





Lab 2 IP Addressing and Routing

Section 21 - ISP addressing with Enterprise Customers

Objective

In this exercise the student will design and implement an IP network addressing scheme

to support the communications between the routers as shown in the diagram below Thisis a paper exercise

Ent A1

30 hosts

Ent B2

300 hosts

11

Figure 1 Two Enterprises linked to a common ISP

Ent B1

90 hosts

Ent A2

60 hosts

ISP

Formatted Portuguese (Braz

Formatted Font (Default) TiNew Roman 12 pt Not Bold Fcolor Auto Portuguese (Brazil





12

Two enterprises A and B are connected to a central Tier 2 ISP A1 and A2 are two ofEnterprise Arsquos locations connected to the Tier 2 ISP and B1 and B2 are two of

Enterprise Brsquos locations connected to the same Tier 2

The ISP has a public IP addressing space of 13812016020 The Enterprises A and Blease their IP addressing from their ISP Enterprise A requires an IP addressing scheme

that can scale to at most 30 nodes in location A1 and 60 nodes in location A2 The

Enterprise B requires an IP addressing scheme with at most 90 nodes in location B1 andless than 300 nodes in location B2 The ISP can only lease 500 IP addresses (among thetwo enterprises) and will utilize the last part of its assigned sub-network to both theenterprises

Your tasks are to1) Extract a 500 host sub-network from the last part of the ISP IP network address of

13812016020

2) Divide the resulting sub-network into unequal sub-networks satisfying all the siterequirements for each of the enterprise locations Note The sub-networksassigned to each location do not have to be a single aggregate block so long asthey satisfy the number of addresses required

3) Wherever possible optimize address spaces among Enterprise locations

Hint Divide the assigned ISP IP sub-network into equal blocks satisfying the smallest

requirement and then combine the smaller blocks into aggregate or non aggregate

blocks

Entity Number of Host Addresses

IP Network

ISP Network 4094 13812016020

Subnetwork Assigned toEnterprise A and B

510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2





Section 22 ndash ISP addressing with P PE and CE routers

Objective


to support the communications between the routers as shown in the diagram below TheIP addressing schema will be used further in the subsequent lab exercises

Figure 2 Two ISPS

There are two ISPs shown in the above diagram ISP 1 consists of routers P1 P2 PE5and PE6 ISP 2 consists of routers P3 P4 PE3 and PE4

P1 and P2 P3 and P4 are considered provider routers and serve as transit points to other

provider routers PE1 and PE2 PE3 and PE4 are provider edge routers and connect to theISP customers These routers provide Internet and other network access to the ISP

customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14

CE 1 and CE2 are customer edge routers that represent customers of ISP 1 CE3 and CE4are routers that represent customers of ISP2 These routers provide traffic from the ISP to

the various customer entities

Each ISP is assigned the following public address space by IANA

ISP 1 140100024

ISP 2 150100024

Your task is to design an IP sub-network based on the address space provided and assignthe sub networks to the various routers based on the following requirements which are the

same for both ISPs Note All students assigned to each of the ISP must collaboratetogether

Requirements

1 The first 32 addresses in the assigned IP space for both ISPs are reserved for system

and other internal loopback addresses on the P PE Each of the routers in the ISP andwill require a system address from this block

2

The next 64 addresses in the assigned IP space for both ISPs are reserved for futureuse

3 All customer routers on both ISPs are connected to at most 60 hosts So each ISP

needs to assign two 60 host addressing schemes to represent all the customers4 All inter router links including CE-PE router links within each ISP are point to point

links however for the sake of convenience they should be assigned lsquo30rsquo based

addresses

5 ISP 1 and ISP2 provider routers are physically connected to each other but are not peering to each other

Enter the addresses in the table below

ISP Number 1 Router Port Interface name IP Address

PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3

P3 SystemtoP1 Not used

toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used

CE3 System Not usedtoPE3

Aggregate

CE4 System Not used

toPE4

Aggregate





16

Section 23 ndash Layer 3 Interfaces

Objective

In this exercise the student will configure the layer 3 interfaces as per the IP addressing

scheme listed in the tables in the previous exercise

1 Using the following command take a look at any existing interfaces on the router

Notice that the system interface is already created This interface exists by defaultand cannot be removed The only requirement is to assign the system interface with

an IP address The system interface will be automatically used by the various routing protocols as the router-id

XXXgtshow router interface crarr

2 Assign the IP address to the system interface as per the above table on the PE and Prouters

XXXgtconf i ggtrouter crarr XXXgtconf i ggtr outer interface system crarr

XXXgtconf i ggtr out ergti f address xxxxxxxxxxxx 32 crarr

XXXgtconf i ggtr out ergti f exit crarr

3 Assign the IP addresses to the rest of the interfaces on the CE PE and P routers Thedifference between these interfaces and the system interface is the fact that the non-

system interfaces require the addition of a physical port

a The system interface being a loopback or virtual interface does not have a

physical port assigned to it b Other non-system interfaces can also be created as loopback interfaces (as

shown below) and also not required the addition of a physical port However

they need to be explicitly configured as a loopback interfaces by specifyingthe command ldquoloopbackrdquo

c The customer networks on the CE router can be specified as a loopback

interface for the purpose of aggregation however on the loopback interface asingle host address in the customer network needs to be defined

Interface Type Name Loopback Subnet Mask Port Config

Normal ldquoAny Stringrdquo No 8-31 Required

System system Implicit 32 None

Loopback ldquoAny Stringrdquo Explicit 8-31 loopback

XXXgtconf i ggtr outer interface Hosts crarr





17

XXXgtconf i ggtr out ergti f $ address xxxxxxxxxxxxyy crarr XXXgtconf i ggtr out ergti f $ loopback

XXXgtconf i ggtr out ergti f $ exitcrarr

4 Continue until all the interfaces have been assigned an IP address and the interface

has been associated to the correct port Once completed use the show command tosee the status of the router interfaces that have just been created The administrative

and operational status should both be up If an interface shows operationally downthis could be indicative of a physical problem Use the info command to view theconfiguration of the router interfaces to ensure that they have all (with the exception

of the System interface) been associated with a port


XXXgtconf i ggtroutercrarr

XXXgtconf i ggtr outer info crarr

5 Using the show command check the route tables of all the CE PE and P routers inyour ISP Notice the routes that now appear in the route table and take note of their

protocol type The PE routers should see 4 routes in the route table while the Prouters should see 4 routes in the route table

XXXgtshow router route-table crarr

Is there a difference between the outputs of the lsquoshow router interfacersquo command andthe lsquoshow router route-tablersquo command What is the difference

__________

6 Using the ping command check connectivity from a router to the distant end of each

of its interfaces to the neighboring routers For example on the PE routers check theconnectivity to the distant end of the interface connecting it to the P router and on theCE router check the connectivity to the PE router

XXXgt ping xxxxxxxxxxxx crarr





18

Section 24 ndash Testing for ICMP and ARP

Internet control messaging protocol is an IP protocol used to report on errors deliveringan IP datagram When a destination address is unreachable the router that cannot find the

destination sends an ICMP destination unreachable to the source of the IP datagram ARPis a mechanism used to find out the MAC address corresponding to a specific IP address

if one does not exist in the sourcersquos ARP cache

1 To verify ICMP messages are being generated turn on debug for ICMP packets on allcore routers To turn debug icmp on

XXXgt debug router ip icmp

2 From the edge devices attempt to ping the IP address of the far-end interface to your

core router using your edgersquos system interface address as the source address Observethe debug ICMP messages on the core routers

3 To verify ARP operation by the router turn on debug IP ARP on the routers in any

ISP (P1-P2 P3-P4 PE1 and PE2 PE3 and PE4) routers Execute the followingcommand on each of the routers

XXXgt debug router ip no icmp

XXXgt debug router ip arp

XXXgt clear router arp all

XXXgt show router arp (This should be empty now)

4 NOTE Wait until all students are at this point before proceeding

From any PE router attempt to ping the system interface IP address of all the other

directly connected routers Observe the debug ARP message Verify the ARP entryfor the neighboring interface has been added

XXXgt show router arp

How many ARP entries are on each router at this point __________

5 From any P router attempt to ping the network interface IP address of all the otherconnected routers Observe the debug ARP message Verify the ARP entry for theneighboring interface has been added







19

Explain ________________________________________________________________________

________________________________________________________________________





Lab 3 Dynamic IP Routing

Section 31 ndash Static Routes

Objective

In this exercise the student will configure a static route from the PE to the P router andfrom the P router to the PE router that will allow both routers to ping the system interface

of each other At this point the operator can only ping the interfaces that are directlyconnected to the router This is because those are the only networks that are known bythe router Should the operator at the PE router attempt to ping the system interface of

the P router it will fail as the PE router has no route to the destination (it is not shown inthe route-table)

1 The first step is to define the network that the operator wishes to reach In this case itwill be the address of the system interface of the distant router Once that is defined

then the router must be informed of which interface to send the information out of toreach the distant network Note when defining the ldquonext-hoprdquo interface informationthe IP address used is the distant IP address of the interface not the local IP address of

the router interface Log in to the PE router and configure a static route using thefollowing command structure The first IP address defined is the destination network

plus mask In this case it is the system interface of the P router The second IPaddress defined is the IP address of the P end of the interface that connects the P tothe PE

XXXgtconfigure router static-route xxxxxxxxyy next-hopxxxxxxxx

2 The next step is to log on to the P routers and configure a static route to the systeminterface of the PE router The command structure is the same as above The onlything that will change is the IP addresses

3

Once completed verify connectivity between the P and PE routers in your pod by pinging the system interface of the other router


4 View the contents of the routing table and answer the following questions

XXXgtshow r out er r out e- t abl e crarr

a How many routes in the table ________

b What is the preference and metric value of each type of routing entry

________________________________________________________________________

________________________________________________________________________

___________________________________________________





Section 32 ndash Default Routes and Router Logicction 32 ndash Default Routes and Router Logic

ObjectiveObjective

In this exercise the student will configure a default route on the Customer Edge CE

router The purpose of this default route is to allow IP connectivity from the CE router tothe rest of the routers in the network This is possible due to the fact that the CE router

has only one interface towards the ISP core Therefore if the destination is not local itmust be out that interface




Figure 3 Static routes CE to PE and P PE to CEFigure 3 Static routes CE to PE and P PE to CE

21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22

For this exercise the CE devices will configure default routes towards theirconnected PE router Each P and PE router will configure static routes for the CE

networks (the aggregate networks that were created as part of the subnetwork exercisein Section 22) connected to their local ISP For example P1 and PE1 will eachconfigure a static route to CE1 networks and another static route to the CE2 networks

Note that each P and PE router will configure 2 static routes for each CE

1 To configure a default route is to configure a static route The only difference is thedestination network and mask information In a default route the wild card network

and mask is used to match all network prefix values that do not match anything elsein the route-table Use the following configuration on the edge router of your pod

For the next hop use the interface as defined on the previous page

XXXgtconfigure router static-route 00000 next-hop xxxxxxxx crarr

2 Log on to the core (P and PE) routers and configure static routes for each CE

customer network address of the CE routers in your local ISP For each networkthere are 2 paths through your ISP For this exercise you will enter both static routes

into each PPE router The difference will be the metric value that is used The valueof the metric is the total number of routers (including the local router) traversed toreach the destination device

XXXgtconfigure router static-route xxxxxxxxyy next-hop

xxxxxxxx met r i c zcrarr

3 Use the show command to verify the existence of the default and static routes


How many routes are there in the PPE routerrsquos routing table _______

Explain

_____________________________________________________________________ _____________________________________________________________________

4 Once everyone has completed the default route configuration log on to the CE router

and ping and traceroute the various system interfaces of the various routers within thenetwork Log into the P and PE router and try to ping the configured host address on both the CE routers in the ISP


Which devices were reachable _______________________________

Which devices were not reachable ______________________________

XXXgttraceroute xxxxxxxxxxxx crarr





23

What path is being taken to the other CE within your local ISP ____________________________________________________________________

5 Shut down the link directly between the PE devices

XXXgtconfigure port XYZ shutdown crarr

Which devices are still reachable _______________________________

Explain _____________________________________________________________________

_____________________________________________________________________A l c a t el -L u c en t C onf i d en t i al f or i n t er n al u s e




24

Section 33 ndash IP Filters

Objective

In this exercise the student will configure an IP filter on the routers to block ICMP echo-

request access to an IP address range

To configure an IP filter we must first determine the address and protocol types that we

will be allowing access to and the direction where the filter will be applied In this casewe will be blocking access to any of the CE customer host addresses from the protocol

ICMP (IP Protocol type 1) We will block access in the INGRESS direction on the CEinterface towards the PE

CE Routers Only

6 Create and describe the filter ip instance on the CE device

XXXgt configure filter ip-filter 77 create crarr

XXXgtconf i ggtf i l t er gti p- f i l t er $ description ldquoBlock ICMP to Customernetworkrdquo

7 Set the default-action to forward

XXXgtconf i ggtf i l t er gti p- f i l t er $ default-action forward crarr

8 Deny access to all host address range only for ICMP echo-requests Note We will

match in the ingress direction

XXXgtconf i ggtf i l t er gti p- f i l t er $ entry 10 create crarr

XXXgtconf i ggtf i l t er gti p- f i l t er gtent r y$ match dst-ip xxxxxxxxyy crarr XXXgtconf i ggtf i l t er gti p- f i l t er gtent r y$ match protocol 1 icmp-type echo-

request crarr XXXgtconf i ggtf i l t er gti p- f i l t er gtent r y$ action drop crarr

XXXgtconf i ggtf i l t er gti p- f i l t er gtent r y$ exit all crarr

9 From the PE ping the attached CErsquos configured loopback host IP address

Successful _____Explain _____________________________________________________________________

_____________________________________________________________________

10 Apply the filter on the CE to the router interface connected to the PE device

XXXgt configure router interface toPEx crarr

XXX gtconf i ggtr out ergti f $ ingress filter ip 77 crarr





25

11 From the PE ping the attached CErsquos configured host loopback address Successful _____

12 From the CE ping the attached PErsquos system IP addresses Successful _____Explain

_____________________________________________________________________

_____________________________________________________________________

PE Routers only Do not start until CE Router section is completed

13 Create and describe the filter ip instance on the PE device

XXXgt configure filter ip-filter 77 create crarr XXXgtconf i ggtf i l t er gti p- f i l t er $ description ldquoBlock ICMP to System

Addressrdquo



15 Deny access to the system IP address only for ICMP echo-requests Note We willmatch in the ingress direction so the packets will destined to the system IP address



request crarr

XXXgtconf i ggtf i l t er gti p- f i l t er gtent r y$ action drop crarr


16 Apply the filter to the router interface connected to the CE device

XXXgtconfigure router interface toCExcrarr

XXXgtingress filter ip 77 crarr

17 From the PE ping the attached CErsquos loopback host IP address Successful _____

18 From the CE ping the attached PErsquos system IP address Successful _____Explain

_____________________________________________________________________ _____________________________________________________________________





Lab 4 Open Shortest Path First (OSPF)

Section 41 ndash Single Area OSPF

Objective

In this exercise the student will configure a single area OSPF network for each ISP Thislab will demonstrate the different databases that are created by the OSPF routing

protocol

CE4R12

26

Figure 4 OSPF in each ISP

NOTE Remove all static routes configured in the P and PE devices in the previous

labs DO NOT remove the static routes to CE networks on the PE

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27

1 The first step is to enable the OSPF routing process on the router

XXX configure router ospf crarr

2 Next define the area that the interfaces will be placed in Remember that the areamust match between routers connected on the same interface for OSPF to establish an

adjacency The objective of this exercise is to configure a single area OSPF network

therefore all students should use the same area number

XXXgtconf i ggtr outergtospf $ area 0 crarr

3 Now enter into this area all the interfaces that you want OSPF to operate on and sendout its advertisements In this case place all the PE and P router interfaces inside thelocal ISP into the OSPF process area 0 Note that ISPs rarely exchange routes witheach other using an IGP protocol of any sort

XXXgtconf i ggtr out er gtospf gtar ea$ interface system crarr

XXXgtconf i ggtr outergtospf gtar eagti f $ exit crarr XXXgtconf i ggtr outergtospf gtar eagt interface toPE1

XXXgtconf i ggtr out ergtospf gtareagti f $ interface-type point-to-point crarr

Continue until all the interfaces on the PE and P routers within the ISP are enteredinto the OSPF process in area 0


a How many routes in the table ________ b

_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________

What is the preference and metric value of each OSPF Route

4 Use the show command to look at the OSPF neighbors of the P routers

XXXgtshow r out er ospf nei ghbor crarr

a How many neighbors do you see on the P devices _____ PE _____ CE _____

b What is the state of their adjacency ____ Why

____________________________________________________________________

____________________________________________________________________

Use the following command to show the ospf link state database This database is alisting of all LSAs that have been received by the router It is these LSAs that the SPFalgorithm uses to create the forwarding table

XXX show router ospf database detail crarr





28

a What types of LSAs are in the database _______________________________________________________________

_______________________________________________________________ b Is the database consistent on all the ISP routers _______

5 Once everyone has completed the OSPF configuration login to the P router and ping

the other PE router system interfaces


Which devices were reachable _______________________________Which devices were not reachable ______________________________

Explain _____________________________________________________________________ ___________________________________________________________________

6 To reach the CE networks from any of the PE and P routers the CE networks need to

be distributed into OSPF running on PE and P routers The static routes to the CEnetworks are defined on the PE routers and need to be distributed on the PE routers

To do this

a

the PE router must be configured as an ASBR (Autonomous System Border

Router) The ASBR configuration under OSPF enables a router running the OSPFrouting protocol to distribute networks external to the OSPF domain into OSPFIn this case the static routes to the CE networks are not part of the ISP OSPF

domainOn the PE routerXXXgtconf i ggtr out er gtospf gtar ea 0 asbrcrarr

b A routing policy on the PE distributes the static routes into OSPF

On the PE routerXXX configure router policy-options crarr

XXXgtconf i ggtr out ergtpol i cy- opt i ons begin crarr XXXgtconf i ggtr out ergtpol i cy- opt i ons policy-statement Export_Routes crarr XXXgtconf i ggtr out ergtpol i cy- opt i onsgtpol i cy- st atement $ entry 10 crarr XXXgtconf i ggtr out ergtpol i cy- opt i onsgtpol i cy- st atement gtent r y$

from protocol static crarr

XXXgtconf i ggtr out ergtpol i cy- opt i onsgtpol i cy- st atement gtent r y

action accept crarr XXXgtconf i ggtr out ergtpol i cy- opt i onsgtpol i cy- st atement gtent r ygtact i on

back crarr

XXXgtconf i ggtr out ergtpol i cy- opt i onsgtpol i cy- st atement gtent r y back crarr

XXXgtconf i ggtr out ergtpol i cy- opt i onsgtpol i cy- st atement back crarr

XXXgtconf i ggtr out ergtpol i cy- opt i ons commit crarr

XXXgtconf i ggtr out ergtpol i cy- opt i ons exit all crarr XXXgtconf i ggtr outergtospf export Export_Routes





29

7 From the PE and the P routers ping all the CE networks (ie ping the CE hostloopback address) within the ISP


Which devices were not reachable ______________________________Explain

_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing

Section 51 ndash BGP Routing

Objective

In this exercise the student will configure their ISP as a BGP Autonomous System The

student will then configure the BGP routing protocol to connect the Autonomous Systemstogether and exchange routing information

CE4R12

Figure 5 BGP between ISPs and within ISPs

30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31

1 Assign your AS number to your P and PE routers (R1-R8)

XXXgtconf i ggtr out er autonomous-system 6500n (n = ISP) crarr

2 P1 and P3 P2 and P4 will be configured as external BGP peers (eBGP) Note thateBGP peers typically use the next-hop interface IP address as the neighbor address

Since the ISPs will now be peering (share an IP network) between them assign the

link between P1 and P3 host addresses from 145001031 and the link between P2and P4 will be assigned hosts from the 145002031 network

XXXgtconf i ggtr out er bgp gr oup eBGP crarr

XXXgtconf i ggtr out er gtbgpgtgroup$ nei ghbor xxxxxxxx crarr

XXXgtconf i ggtr outergtbgpgtgroupgtnei ghbor$ peer - as ltremote ASgt crarr

3 P1 and P2 P3 and P4 will be configured as internal BGP peers (iBGP) Note that

iBGP peers typically use the system interface IP address as the neighbor address

XXXgtconf i ggtr out er bgp group i BGP crarr

XXXgtconf i ggtr outergtbgpgtgroup$ nei ghbor xx xx xx xx crarr

XXXgtconf i ggtr outergtbgpgtgroupgtnei ghbor$ peer - as ltl ocal ASgt crarr

4

At this point each P router should have one internal and one external BGP session

xxx show r out er bgp summar y crarr

5

We can see the advertised routes for reach neighbor using the following command

xxx show r outer bgp nei ghbor xxxxxxxx adver t i sed- r out es crarr

a How many routes are advertised to each neighbor _____ b Explain

____________________________________________________________ __________________________________________________________

6

BGP like other distance vector protocols requires an export policy to advertise-routes to other BGP peers The most accepted way to originate a route from an ISP isto create a black-hole static route for all aggregates to be advertised This will ensure

these routes always exit to eliminate IGP related route flapping Create the black-holestatic route for the aggregate of your local ISP A black hole indicates that traffic fora particular route will be discarded unless a more specific route exists in the routing

table A black hole static-route only makes sense from an aggregation view point Foreg if there are the following routes in the routing table

XXX configure router static-route xxxxxxxxyy black-hole

preference 250





32

8 Execute the following set of commands on the core routers (R1-R4) This will exportall static routes to the eBGP peers

XXX configure router policy-options crarr

XXXgtconf i ggtr out ergtpol i cy- opt i ons begin crarr

XXXgtconf i ggtr out ergtpol i cy- opt i ons policy-statement Export_Routes crarr

XXXgtconf i ggtr out ergtpol i cy- opt i onsgtpol i cy- st atement $ entry 10 crarr XXXgtconf i ggtr out ergtpol i cy- opt i onsgtpol i cy- st atement gtent r y$




back crarr




XXXgtconf i ggtr out ergtpol i cy- opt i ons exit all crarr

XXXconf i gur e router bgp group eBGP crarr

XXXgtconf i ggtr outergtbgpgtgroup$ expor t Expor t _Routes crarr

NOTE Wait for all nodes to be fully configured before proceeding

7

Notice that there are routes being advertised now that the policy is applied


How many routes are in the routing table of R1-R4 ________________Explain

_____________________________________________________________________ ___________________________________________________________________

9 Log on to the PE routers and ping the other P router system interfaces of the other ISP



Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services

Section 61 Services Framework

Objective

In order to complete the next group of labs we need to create a topology to support the

services we will deploy The two service providers from the previous sections havemerged into one and are offering a VPLS service across their network As long as routesexist to the system addresses of all the PE devices in the provider network a VPLSservice can be created The new service provider is running OSPF as the IGP for their

core network

33

Figure 6 Service Provider core network

CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34

Running an IPMPLS-based service requires a Label Distribution Protocol (wersquoll useLDP for ease of deployment) and a full mesh of Service Distribution Paths (SDPs)

Follow the steps below

Reference Terminology

R1-R4 = Provider Routers = P1-P4

R5-R8 = Provider Edge Routers = PE1-PE4R9-R12 = Customer Edge Routers = CE1-CE4

Part 1 Provider Router Configuration (P1-P4)

1) In the previous lab routing between ISPs is provided by BGP Since the ISPs have

merged they will be merged into one routing domain running OSPF as their IGP

The interfaces between R1 and R3 and between R2 and R4 must be added to OSPF to

make this a single routing domain

2) The MPLS signaling protocol that will be used in the following section is LDP LDP

must be enabled on ALL interfaces that will be required to perform MPLS Label

exchange

XXXgtconf i gur e r out er l dp i nt erf ace- parameter s i nt erf ace toP_ crarr

XXXgtconf i ggtr out ergtl dpgti f - par amsgti f $ exi t crarr

XXXgtconf i gur e r out er l dp no shut crarr

Where toP_ is the router interface to all neighboring routers

Part 2 Provider Edge Router Configuration (PE1-PE4)

1) LDP must be enabled on ALL router interfaces in the provider core to allow labels to

be exchanged across the Provider and Provider Edge routers

XXXgtconf i gur e r out er l dp i nt erf ace- parameter s i nt erf ace toP_ crarr XXXgtconf i ggtr out ergtl dpgti f - par amsgti f $ exi t crarr


Where toR_ is the router interface to the P and PE routers only

LDP is an MPLS signaling protocol therefore once all routers in the network have been

correctly configured for LDP LSPs will be created dynamically based on the systemaddresses of each node in the network

3) Configure a full mesh of SDPs (Service Distribution Paths) between the PE routers

only This will allow the distribution of services across all PE routers in the networks

When yoursquove completed this section each PE node will have a total of 3 SDPs to





35

each of the other 3 PEs The SDP is identified by an integer and we will use the router

number (5 6 7 or 8) of the far end PE to identify the SDP So PE1 (R5) will have 3

SDPs numbered 6 7 and 8 to each of the other three PEs

XXXgtconf i gure servi ce sdp x mpl s cr eat e crarr

XXXgtconf i ggtser vi cegtsdp$ f ar - end xxxxxxxxxxxx crarr

XXXgtconf i ggtser vi cegtsdp$ l dp crarr

XXXgtconf i ggtser vi cegtsdp$ no shut down crarr

Where x is the router number of the destination node

Where xxxxxxxxxxxx is the system IP address of the far-end device

Part 3 Customer Edge Router Configuration (CE1-CE4)

In the following service labs the Customer Edge devices will be configured as traditional

routers Each CE router has an interface in the same IP subnet The VPLS service will join these four routers in the same way an Ethernet switch would join them Thefollowing configuration is required on each CE device

1) Create the router interface on the interface connecting the CE to the service enabled

PE devices

XXXgtconf i gure r out er i nt er f ace ser vi cesCE_ crarr

XXXgtconf i ggtr out ergti f $ addr ess 192 168 1 x 24 crarr

XXXgtconf i ggtr out ergti f $ por t X Y Z crarr XXXgtconf i ggtr outergti f $ no shutdown

Where x is the local router number

Where XYZ is the physical network port connecting the CE to the neighboring

PE

2) Create OSPF area 0 and add the Router Interface created in step 1 and the system

interface to it

XXXgtconf i gur e rout er ospf area 0 crarr

XXXgtconf i ggtr out ergtospf gtarea$ i nter f ace syst emcrarr

XXXgtconf i ggtr outergtospf gtar eagti f $ back crarr

XXXgtconf i ggtr out ergtospf gtarea i nter f ace servi ceCE1 crarr


Part 4 Verification

NOTE Wait till your peer nodes are also at this step before proceeding





36

1) LDP is the protocol used for signaling which tunnel labels will be PUSHed

SWAPped POPped while data traverses the LSP To view which labels will be used

and their function use the following command

XXX show r out er l dp bi ndi ngs act i ve crarr

a How many PUSH actions on the P PE and CE devices

_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________

b How many SWAP actions on the P PE and CE devices

_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________

c How many POP actions on the P PE and CE devices

_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity

a How many OSPF adjacencies are there on your CE device _____

b Ping the other CE devices in the network (ping 1921681x)

Explain the results ________________________________________________________________________ ________________________________________________________________________





Section 62 VPLS Example

Objective

A VPLS is a layer 2 service that can connect multiple sites in one LAN Itrsquos like creatinga virtual Switch out of a network of Service Routers In this lab we will create a VPLSacross all the PE nodes The PE devices will connect to each other with a full mesh using

mesh-sdp Note that after the service reference topology has been configured adding

services from edge to edge does not require any further modification of the P devices

37

Figure 6 VPLS service in each ISP between PE and P routers with SAP connections to CE routers

Part 1 Provider Edge Router Configuration (R5-R8)

1) Create the VPLS service

CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38

XXXgtconf i gur e servi ce vpl s 1 cust omer 1 cr eat e crarr

XXXgtconf i ggtser vi cegtvpl s$ no shut down crarr

2) SDPs are used to distribute services across multiple service routers and therefore

bind a transport tunnel to the service You will need to create a mesh-sdp between

each PE router (R5-R8) to allow full communication across the PE routers Each PE

router should have 3 mesh-SDPs at the conclusion of this step Note that a mesh-sdp

will not forward a frame out another mesh-sdp allowing for a loop free service

topology within the core

XXXgtconf i gur e ser vi ce vpl s 1 mesh- sdp x create crarr

XXXgtconf i ggtser vi cegtvpl sgtmesh- sdp$ back crarr

Where x is the sdp to the other PE routers (R5=5 R6=6 R7=7 R8=8)

3) Service Access Points are used to attach CE devices to services on PE devices

XXXgtconf i gur e servi ce vpl s 1 sap X Y Z cr eat e crarr

Where XYZ is the physical port connecting the CE device to the PE

a Were you successful at adding the SAP _______

b Explain

_______________________________________________________________

_______________________________________________________________

c Correct the problem

XXXgtconf i gur e port X Y Z shut down crarr

XXXgtconf i gur e por t X Y Z et her net mode access crarr

XXXgtconf i gur e por t X Y X no shut down crarr

Part2 Verification


a View the in-use Service LDP bindings on the P and PE routers (U after label

indicates in-use)

XXX show r out er l dp bi ndi ngs f ec- t ype ser vi ces crarr

a How many Ingress Labels on PE ___ P ___ Why

_______________________________________________________________

_______________________________________________________________





39

b How many Egress Labels on PE ___ P ___ Why

_______________________________________________________________

_______________________________________________________________

b Network Connectivity


b

Are you able to ping the other CE devices in the lab _____c Are you able to ping the system IP address of the P device from the CE

device ____

d Explain the results

_______________________________________________________________

_______________________________________________________________

c Services Use the following command to determine the health of your services

XXXgt show ser vi ce servi ce- usi ng crarr

a How many services are there on each device in your POD ______

b

What is their status ______c Use the following command to find out more information about your service

XXXgt show ser vi ce i d 1 base crarr

d On each PE device we can see the MAC database per service using the

following command

XXXgt show ser vi ce i d 1 f db det ai l crarr

i How many local MAC addresses are in your table ____

ii How many remote MAC addresses are in your table ____

e On the PE devices (R5-R8) shutdown the SDP to the PE device in the

clockwise direction from you

XXXgtconf i gur e servi ce sdp x shutdown crarr

Where x is the SDP to the remote PE device (R5=5 R6=6 R7=7 R8=8)

i How many OSPF adjacencies are there on your CE device _____

ii Ping the system IP addresses of all other CE devices in the lab





40

iii Explain the results

_________________________________________________________

_________________________________________________________

f On the P routers observe the impact of step d

XXXgtshow r out er l dp bi ndi ngs act i ve crarr

i

How many labels are there _____________

ii Is there any difference compared to what was seen in previously in

step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions

Exercise 13 Hardware

Sample Relevant Config--------------------------------------------------

echo Card Configuration--------------------------------------------------

card 1card-type iom-20g

mda 1

mda-type m60-10100eth-tx

ingress

mcast-path-managementshutdown

exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs

Sample Relevant Config--------------------------------------------------echo Log Configuration

--------------------------------------------------

log

log-id 21

description Main stream log

from main

to memoryexit

log-id 22

description Security Log File

from security

to memoryexitlog-id 23

description Debug-trace

from debug-trace

to memoryexit

log-id 24

description Change Log

from change

to memoryexit

exit

Exercise 21





42

Divide up the ISP address space into equal space 512 host addresses

13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023

Take the last 13812030023 and divide that into

13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22

Divide 140100024 into 827 address spaces

140100027 Reserved Reserved

1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430

All interface addresses

14010012827 Aggregate 14010012826 Assigned to Customer

space

14010016027

14010019227 Aggregate 14010019226 Assigned to customer

space

14010022427

Exercise 23





43

5 Is there a difference between the outputs of the lsquoshow router interfacersquo command

and the lsquoshow router route-tablersquo command What is the difference

Yes there is a difference The route table shows me the networks that are connected to myrouter and the logical interface it is connected to The router interface command shows

me the host address assigned to the port from the network that is used on my router along

with the physical port it is bound to

Relevant Configuration from P1

--------------------------------------------------

echo Router (Network Side) Configuration--------------------------------------------------

router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit

Exercise 244 How many ARP entries are on each router at this point

There are no ARP entries in my ARP table at this point The routers do not know how to

reach the system addresses of other routers so no ARP responses are received

5 How many ARP entries are on each router at this point

I see entries for each of my directly connected peers The MAC address belongs to the

remote routerrsquos interface ARP entries are populated because all routers know of theirdirectly connected networks and will respond to ARP requests accordingly

Exercise 31






44

a How many routes in the table

There are routes for all my connected networks and an additional STATIC routefor each entry I put in


The LOCAL entries have a Metric and Preference of 0The Static Routes have a Metric of 1 and a Preference of 5

Exercise 323 How many routes are there in the PPE routerrsquos routing table

Even though I entered 4 static routes total on the router only 2 are active in myrouting table The router preferred the static-route with the lowest metric

4 Which devices were reachable

I was able to ping the CE routers

Which devices were not reachable

I was unable to ping the System addresses of routers 2 hops away as they do not have

routes to the remote CE system address in their table The directly attached PE routerhas a staticroute to the local CE system address from a previous step

What is the PATH to the other CE within your local ISP

CE PE PE CE

5

Shut down the link directly between the PE devices

Which Devices are still reachable

I am still able to PING the other CE in my ISP by using the alternate (floating) static-route that replaced the last route Once a interface goes operationally down routers

flush routes from their routing table that use it as their next-hop

Exercise 33


Successful





45

YES While the filter is created it is not applied to any interface yet

11 From the PE ping the attached CErsquos configured host loopback address

SuccessfulYES

12 From the CE ping the attached PErsquos system IP addresses

Successful NO The filter is blocking icmp echo-requests in only one direction therefore ping

works one way but not the other

17 From the PE ping the attached CErsquos loopback host IP address

Successful

YES ICMP echo-requests are not blocked to the Loopback segment ONLY thesystem IP

18 From the CE ping the attached PErsquos system IP address

Successful

NO The filter is now blocking ICMP echo-requests to both CE and PE systemaddresses

Sample PE Relevant Config

--------------------------------------------------echo Filter Configuration

--------------------------------------------------

filter

ip-filter 77 create

default-action forwarddescription Block ICMP to System Address

entry 10 create

match protocol icmpdst-ip 1511003032

icmp-type echo-request

exit

action drop

exit

exitexit

--------------------------------------------------

echo Router (Network Side) Configuration

--------------------------------------------------

interface to-R12

address 15110012630 port 112

ingress filter ip 77

exit





46

Sample CE Relevant Config--------------------------------------------------echo Filter Configuration

--------------------------------------------------

filter

ip-filter 77 create

default-action forward

description Block ICMP to System Addy

entry 10 creatematch protocol icmp

dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530

port 112ingress filter ip 77

exit

Exercise 413

c How many routes in the table

There are 5 OSPF routes in my routing table 3 System Addresses and 2 Intefacenetworks that are not directly connected to my local system

d What is the preference and metric value of each OSPF Route

The OSPF routes vary in metric depending how ldquofarrdquo away they are (OSPF usescumulative cost based on bandwidth) but all have a preference of 10

4c How many neighbors do you see on the P devices 2

PE 2

CE 0

d What is the state of their adjacency

The P and PE adjacencies are Established because there is a OSPF speaker on the

other end with the proper parameters configured

There is no OSPF adjacency to the CE router listed as none was configured

e What type of LSAs are in the database





47

Only Type 1 Router LSA are present due to the interface being configured as point-

to-point


All the devices in the local ISP were now reachable


The devices in the remote ISP were not reachable because there is no routing protocol between the 2 ISPs Also none of the CE Host Networks were reachable as therouters did not have routes for these networks in their local routing table


All networks and devices in the local ISP are now reachable


Devices in the remote ISP were not reachable because there is no routing protocol between the 2 ISPs

Sample Relevant Config

--------------------------------------------------

echo OSPFv2 Configuration

--------------------------------------------------

ospf

area 0000interface system

interface-type point-to-point

exit

interface to-R4interface-type point-to-point

exitinterface toLAN


exitexit

exit

exit

Exercise 515 How many routes are advertised to each neighbor

There are no routes advertised to the neighbors because BGP does not originateroutes until an export policy is created and applied to the BGP instance





48

8 How many routes are in the routing table of R1-R4

There is 1 BGP route in each of R1-R4s routing tables matching the best path tothe aggregate advertised by the remote ISPs


From the PE routers only the P routers in the local ISP were reachable


All routers in the remote ISP were still unreachable This is due to the local PE router

not participating in the BGP routing protocol and therefore it is not aware of theaggregate route advertised from P to P router

Sample Relevant Router Config

--------------------------------------------------

echo Static Route Configuration

--------------------------------------------------

static-route 140100024 black-hole--------------------------------------------------

echo Policy Configuration

-------------------------------------------------- policy-options

begin

policy-statement Export_Routes

entry 10

from protocol static

exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------

echo BGP Configuration

--------------------------------------------------

bgpgroup eBGP

export Export_Routes

exit

group ebgpneighbor 1601006

peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit

Exercise 61Part 4 Verification

1 a How many PUSH actions on the P PE and CE devices

There are 7 PUSH operations on each P and PE device There are no PUSHoperations on the CE as it is not running LDP


There are 7 SWAP operations on each P and PE device There are no SWAP

operations on the CE as it is not running LDP


There is 1 POP operation on each P and PE device There are no POP operationson the CE device as it is not running LDP

2

a How many OSPF adjacencies are there on your CE device

None


Nothing is reachable because there is no layer 2 connectivity from CE to CE

device without creating a service

Exercise 62 3 Were you successful at adding the SAP

No The port must be in access mode before you can create a SAP on it

Part 2 Verification

1

g How many Ingress labels

There are now 3 Ingress labels on the PE devices The P and CE device has no

service labels





50

h How many SWAP actions

There are now 3 Egress labels on the PE devices The P and CE device has noservice labels

2

a

How many OSPF adjacencies are there on your CE device3

b Are you able to ping the other CE devices in the lab

YES

c Are you able to ping the system IP address of the P device from the CE

device

NO The O and PE devices are private from the service to which the CEdevices are connected on

3

a How many services are there on each device in your POD

1 per PE only

b What is their status

Operationally UP


following command

iii How many local MAC addresses are in your table

1

iv How many remote MAC addresses are in your table

3



i How many OSPF adjacencies are there on your CE device

1


Only the CE device connected to the diagonally connected PE isreachable because it is the only one with an active SDP in both

directionsf

i How many labels are there

Same as before





51

ii Is there any difference compared to what was seen in previously

in step a

NO The LSPs created with LDP are still active only the SDP usedto bind the LSPs to the service are shut down therefore no labelswill be withdrawn

Sample PE Relevant Configuration

--------------------------------------------------echo LDP Configuration

--------------------------------------------------

ldpinterface-parameters

interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------

echo Service Configuration

--------------------------------------------------

service

customer 1 createdescription Default customer

exit

sdp 6 mpls createfar-end 1401006

ldp

keep-alive

shutdown

exit

no shutdown

exitsdp 7 mpls create

far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit

vpls 612 customer 1 create

stp

shutdown

exitsap 112 create

exit

mesh-sdp 6612 create


mesh-sdp 8612 createexitno shutdown

exit

exit A l c a t el -L u c en t C onf i d en t i al f or i n t er n al u s e




Table of Contents

LAB 1 HARDWARE CONFIGURATION3

SECTION 11 ndash SYSTEM IDENTIFICATION 3 SECTION 12 ndash SYSTEM CONFIGURATION 4 SECTION 13 ndash HARDWARE 6 SECTION 14 ndash LOGS 8

LAB 2 IP ADDRESSING AND ROUTING 11

SECTION 21 - ISP ADDRESSING WITH E NTERPRISE CUSTOMERS 11 SECTION 22 ndash ISP ADDRESSING WITH P PE AND CE ROUTERS 13 SECTION 23 ndash LAYER 3 I NTERFACES16 SECTION 24 ndash TESTING FOR ICMP AND ARP18

LAB 3 DYNAMIC IP ROUTING 20

SECTION 31 ndash STATIC R OUTES20 SECTION 32 ndash DEFAULT R OUTES AND R OUTER LOGIC21 SECTION 33 ndash IP FILTERS24

LAB 4 OPEN SHORTEST PATH FIRST (OSPF)26

SECTION 41 ndash SINGLE AREA OSPF26

LAB 5 BGP ROUTING30

SECTION 51 ndash BGP R OUTING30 LAB 6 SERVICES33

SECTION 61 SERVICES FRAMEWORK 33 SECTION 62 VPLS EXAMPLE37

List of Figures

Figure 1 Two Enterprises linked to a common ISP 11

Figure 2 Two ISPS 13

Figure 3 Static routes CE to PE and P PE to CE 21

Figure 4 OSPF in each ISP 26Figure 5 BGP between ISPs and within ISPs 30













SR show time



you are logged into








Objective


system



RX show bof



=============================================================


RX admin save





4

IP Management


Configurationfile





5








6


Objective





RX show card crarr













RX show mda 11

crarr





7





not work correctly










RX show port crarr








8


Objective














Destination memory



Destination session








9












d




RX exit crarr




RX config log crarr

RX info crarr










10




5

Save your configs

RXgt admin save







Objective



Ent A1

30 hosts

Ent B2

300 hosts

11


Ent B1

90 hosts

Ent A2

60 hosts

ISP







12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit













SR show time



you are logged into








Objective


system



RX show bof



=============================================================


RX admin save





4

IP Management


Configurationfile





5








6


Objective





RX show card crarr













RX show mda 11

crarr





7





not work correctly










RX show port crarr








8


Objective














Destination memory



Destination session








9












d




RX exit crarr




RX config log crarr

RX info crarr










10




5

Save your configs

RXgt admin save







Objective



Ent A1

30 hosts

Ent B2

300 hosts

11


Ent B1

90 hosts

Ent A2

60 hosts

ISP







12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit






Objective


system



RX show bof



=============================================================


RX admin save





4

IP Management


Configurationfile





5








6


Objective





RX show card crarr













RX show mda 11

crarr





7





not work correctly










RX show port crarr








8


Objective














Destination memory



Destination session








9












d




RX exit crarr




RX config log crarr

RX info crarr










10




5

Save your configs

RXgt admin save







Objective



Ent A1

30 hosts

Ent B2

300 hosts

11


Ent B1

90 hosts

Ent A2

60 hosts

ISP







12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





5








6


Objective





RX show card crarr













RX show mda 11

crarr





7





not work correctly










RX show port crarr








8


Objective














Destination memory



Destination session








9












d




RX exit crarr




RX config log crarr

RX info crarr










10




5

Save your configs

RXgt admin save







Objective



Ent A1

30 hosts

Ent B2

300 hosts

11


Ent B1

90 hosts

Ent A2

60 hosts

ISP







12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





6


Objective





RX show card crarr













RX show mda 11

crarr





7





not work correctly










RX show port crarr








8


Objective














Destination memory



Destination session








9












d




RX exit crarr




RX config log crarr

RX info crarr










10




5

Save your configs

RXgt admin save







Objective



Ent A1

30 hosts

Ent B2

300 hosts

11


Ent B1

90 hosts

Ent A2

60 hosts

ISP







12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





7





not work correctly










RX show port crarr








8


Objective














Destination memory



Destination session








9












d




RX exit crarr




RX config log crarr

RX info crarr










10




5

Save your configs

RXgt admin save







Objective



Ent A1

30 hosts

Ent B2

300 hosts

11


Ent B1

90 hosts

Ent A2

60 hosts

ISP







12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





8


Objective














Destination memory



Destination session








9












d




RX exit crarr




RX config log crarr

RX info crarr










10




5

Save your configs

RXgt admin save







Objective



Ent A1

30 hosts

Ent B2

300 hosts

11


Ent B1

90 hosts

Ent A2

60 hosts

ISP







12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





9












d




RX exit crarr




RX config log crarr

RX info crarr










10




5

Save your configs

RXgt admin save







Objective



Ent A1

30 hosts

Ent B2

300 hosts

11


Ent B1

90 hosts

Ent A2

60 hosts

ISP







12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





10




5

Save your configs

RXgt admin save







Objective



Ent A1

30 hosts

Ent B2

300 hosts

11


Ent B1

90 hosts

Ent A2

60 hosts

ISP







12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit







Objective



Ent A1

30 hosts

Ent B2

300 hosts

11


Ent B1

90 hosts

Ent A2

60 hosts

ISP







12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





12







13812016020





blocks


IP Network

ISP Network 4094 13812016020


510

Enterprise A

Location A1

Location A2

Enterprise B

Location B1

Location B2






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit






Objective



Figure 2 Two ISPS




customers

13

CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





14




ISP 1 140100024

ISP 2 150100024



Requirements



2





addresses




PE1 System

toP1

toPE2

toCE1

P1 System

toP3 Not used

toP2

toPE1

PE2 System

toP2





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





15

toPE1

toP1

P2 System

toPE2

toP4 Not used

toP1

CE1 System Not used

toPE1

Aggregate

CE2 System Not used

toPE2

Aggregate


PE3 System

toP3

toPE4

toCE3


toP4

toPE3

PE4 System

toP4

toPE3

toCE4

P4 System

toPE4

toP3

toP2 Not used


Aggregate

CE4 System Not used

toPE4

Aggregate





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





16


Objective




























17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





17














__________








18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





18



























19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





19

Explain ________________________________________________________________________

________________________________________________________________________







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit







Objective










3







________________________________________________________________________

________________________________________________________________________

___________________________________________________






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit






ObjectiveObjective








21

CE4R12CE4R12

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

Static Route T e 2

Static Route T e 3





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





22
















Explain

_____________________________________________________________________ _____________________________________________________________________











23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





23





Explain _____________________________________________________________________





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





24


Objective






CE Routers Only














_____________________________________________________________________








25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





25



_____________________________________________________________________

_____________________________________________________________________




Addressrdquo






request crarr








_____________________________________________________________________ _____________________________________________________________________







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit







Objective


protocol

CE4R12

26




ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





27














_________________________________________________________________ _________________________________________________________________

_________________________________________________________________ _________________________________________________________________






____________________________________________________________________

____________________________________________________________________







28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





28







Explain _____________________________________________________________________ ___________________________________________________________________



To do this

a










back crarr









29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





29




_____________________________________________________________________

___________________________________________________________________





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





Lab 5 BGP Routing


Objective



CE4R12


30

ISP 1

ISP 2

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9

CE3R11

CE2R10

OSPF

OSPF

BGP





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





31














4



5




____________________________________________________________ __________________________________________________________

6





preference 250





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





32









back crarr








7




_____________________________________________________________________ ___________________________________________________________________




Explain _____________________________________________________________________

___________________________________________________________________





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





Lab 6 Services


Objective



core network

33


CE4R12

P1R1 P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

OSPF

CE3R11

Formatted Font Bold





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





34













exchange




















35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





35














PE devices






PE


interface to it






Part 4 Verification






36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





36






_______________________ Explain _______________________________________________________________

_______________________________________________________________

__________


_______________________ Explain

_______________________________________________________________

_______________________________________________________________

__________


_________________________ Explain

_______________________________________________________________ _______________________________________________________________

__________

2) CE Connectivity









Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit






Objective




37




CE4R12

P1R1P2R2

P3R3P4R4

PE2R6

PE3R7

PE1R5

PE4R8

CE1R9 CE2R10

CE3R11

VPLS 1

Formatted Font Bold





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





38
















b Explain

_______________________________________________________________

_______________________________________________________________





Part2 Verification



indicates in-use)



_______________________________________________________________

_______________________________________________________________





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





39


_______________________________________________________________

_______________________________________________________________



b


device ____


_______________________________________________________________

_______________________________________________________________




b




following command














40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





40


_________________________________________________________

_________________________________________________________



i



step a ________________

Explain __________________________________________________________________

__________________________________________________________________





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





41

Solutions





mda 1


ingress


exit

exit

exit

exit

--------------------------------------------------

Exercise 14 Logs


--------------------------------------------------

log

log-id 21


from main

to memoryexit

log-id 22


from security



from debug-trace

to memoryexit

log-id 24


from change

to memoryexit

exit

Exercise 21





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





42


13812016022

13812020022

13812024022

13812028022 - divide into 13812028023 and 13812030023


13812030027 A1 30 hosts

138120303227 A2 62 hosts

138120306427

138120309627 B1 92 hosts

1381203012826

1381203019226 B2 316 hosts

13812031024

Exercise 22



1401003227 Unused

1401006427 Unused

1401009627 Split 1401009630

14010010030

14010010430

14010010830

14010011230

14010011630

14010012030

14010012430



space

14010016027


space

14010022427

Exercise 23





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





43







--------------------------------------------------


router

interface system

address 140100132

exit

interface t-R2exit

interface to-R2

address 140100530

port 112exit

interface to-R3

address 14010010930

port 113

exitinterface to-R5

address 14010011830

port 111

exit

exit







Exercise 31






44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





44













CE PE PE CE

5





Exercise 33


Successful





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





45



SuccessfulYES





Successful



Successful




--------------------------------------------------

filter

ip-filter 77 create


entry 10 create



exit

action drop

exit

exitexit

--------------------------------------------------


--------------------------------------------------

interface to-R12

address 15110012630 port 112


exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





46


--------------------------------------------------

filter

ip-filter 77 create




dst-ip 1511003132


exit

action dropexit

exit

exit

--------------------------------------------------


interface to-R8

address 15110012530


exit

Exercise 413






PE 2

CE 0










47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





47


to-point










--------------------------------------------------


--------------------------------------------------

ospf



exit


exitinterface toLAN


exitexit

exit

exit







48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





48









--------------------------------------------------


--------------------------------------------------



-------------------------------------------------- policy-options

begin


entry 10


exit

action accept

exit

exit

exit

commitexit

--------------------------------------------------


--------------------------------------------------

bgpgroup eBGP


exit


peer-as 65002

exit

exitgroup ibgp

neighbor 1401002





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





49

peer-as 65001

exit

exit

exit

exit









2


None






Part 2 Verification

1



service labels





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





50



2

a



YES


device


3


1 per PE only


Operationally UP


following command


1


3




1



directionsf


Same as before





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





51


in step a




--------------------------------------------------


interface to-R1

exit

interface to-R6

exit

interface to-R5exit

exit

targeted-session

exit

exitexit

--------------------------------------------------


--------------------------------------------------

service


exit


ldp

keep-alive

shutdown

exit

no shutdown


far-end 1511001

ldp

keep-alive

shutdownexit

no shutdown

exit

sdp 8 mpls create

far-end 15110030

ldpkeep-alive

shutdown

exit

no shutdown





52

exit


stp

shutdown

exitsap 112 create

exit




exit





52

exit


stp

shutdown

exitsap 112 create

exit




exit



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