introduction of mpswan structure of mpswan pop locations details network diagram

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MPSEDC Madhya Pradesh State Wide Area Network Madhya Pradesh State Electronics Development Corporation Ltd (MPSEDC)

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Madhya Pradesh State Wide Area Network Madhya Pradesh State Electronics Development Corporation Ltd (MPSEDC). Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram POP Equipment Details IP Address Allocation. MPSEDC. - PowerPoint PPT Presentation

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Page 1: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

MPSEDC

Madhya Pradesh State Wide Area Network

Madhya Pradesh State Electronics Development Corporation Ltd

(MPSEDC)

Page 2: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

• Introduction of MPSWAN• Structure of MPSWAN• POP locations details• Network Diagram• POP Equipment Details• IP Address Allocation

Topics

MPSEDC

Page 3: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Introduction to MPSWAN

• MPSWAN is Madhya Pradesh state wide area Network.

• MP SWAN will create a vertical connect(backbone):- A)-SHQ = 1B)-CHQ=10C)-DHQ=39 D)-BHQ=292

• Horizontal- all department will connect.

• MPSWAN will carry data, voice and video traffic.

MPSEDC

Page 4: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Structure of MPSWAN

MPSEDC

Page 5: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Summery of POP Locations

Name of the MPSWAN POP

No. of the vertical POPsNo. of the vertical POPs Operational

No. of the Horizontal connects operational

SHQ 1 1 152

CHQ 10 10 378

DHQ 39 39 594

BHQ 310 282 286

TOTAL 360 332 1410

MPSEDC

Page 6: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

• As per the proposed Network Architecture of SWAN, POPs are divided into four groups:

A).Tier-1 POP--NMC at Bhopal.: 01B).Tier-2 POP -- all Divisional HQ: 10 (Excluding State HQ)C).Tier-3 POP -- all District HQ: 39D).Tier-4 POP -- at Block/Tehsil HQ: 310 .

• Apart from this the proposed SWAN network will be divided into two parts namely:-A). SWAN BackboneB).User Departments Connectivity

 • SWAN Backbone will be through conventional lease lines and all

MPSWAN backbone lease.

MPSWAN Network

MPSEDC

Page 7: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

MPSWAN Network diagram

MPSEDC

Page 8: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

DG UPS Router Switch Modems IP Phone PDU SNMP

POP Equipments Details

MPSEDC

Page 9: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

1-Disel Generator

A). 8KVA capacity B). Fuel consumption check (by dip level or by flow meter ).C).Check fuel tank, battery status

Page 10: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

2-UPS

A). Types of UPS :-1-CHQ/DHQ = 6KVA UPS with 2hours backup.2- BHQ= 3KVA UPS with 4-5 hours backup.

B).As above diagram please ensure all are connected.C).Ensure that all batteries are connected.D).for any UPS complaint :- log to Emerson toll free no :-email id.

Page 11: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

3-Router: • Router is a device that connects two networks.

A).Router used in MPSWAN network:• SHQ=Cisco 7609 series.• DHQ\CHQ=Cisco 7206 series• BHQ=Cisco 2821 series• horizontal offices=Cisco 2801 & Cisco 1841 series

MPSWAN Equipments Details

MPSEDC

Page 12: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Cisco 7206 Router

MPSEDC

Page 13: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

MPSEDC

Page 14: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

MPSEDC

Page 15: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

• In Cisco 7206 Six slots are available in Router Front Side.A)-STM Card install in Slot No. 1 and 3B)-E1 Card install at Slot No. 4C)-Slot No. 2,5,6 are Vacant for future use.

• In Cisco 7206 Back Side 4 Slots are available:-A)-In slot 0(zero) three Gigabit interface B)-one fastethernet interface are available.

Interface physical position

MPSEDC

Page 16: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Cisco 2821 Router

MPSEDC

Page 17: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

• In Cisco 2821 two Slots are availableA)-In slot zero, two gigabit interface/B)- Two serial interface is install. Serial interface is used for

WAN connectivity.c)-BRI interfaceD)-In slot one, two G.703 port are available. One G.703 port is used connectivity between DHQ to BHQ pop and one is vacant for future use.

Interface physical position

MPSEDC

Page 18: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

• Switches are used to connect multiple devices on the same network within a building or campus.

• The data link layer  (layer 2) of the OSI model. • Two types of Switch-

A)-Manageable Switch- The switch can be monitored and adjusted locally or remotely to give you control over network traffic. For security we create the VLANs this type of switch.B)-Unmanageable Switch- does not allow you to make changes and Home-networking equipment typically offers unmanaged switches.

• We are use the following Cisco switches-A)-NMC-CISCO-6509B)-POP Room(All)-CISCO 2960

.

4-Switch:-

MPSEDC

Page 19: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Cisco 2960 switch have 48 ports of Fast Ethernet connectivity

Cisco 2960 switch

MPSEDC

Page 20: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

• A modem is a communication device that converts binary (digital) signal into analog and analog to binary signals.

• We use One/Two Pairs modem for connectivity-A-Master modem-Install at BSNL or POP end.B-Slave Modem- Install at Customer end.

• How to Connect Modem in Network-A)-Both end v.35

B)-Both end EthernetC)-Customer end V.35 and Exchange end G.703

5-Modems

MPSEDC

Page 21: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Schmid Modem Diagram

MPSEDC

Page 22: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

• IP phone is internet protocol phone.

• full-feature telephone that provides voice communication over the same data network.

• When IP phone is registered, phone displaying the Unique no like 1009 or 1008.

6-IP Phone

MPSEDC

Page 23: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Cisco 7970 IP phone

MPSEDC

Page 24: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

7-PDU(Power Distribution Unit

• PDU reboot abilities for network access to remote sites and data center equipment the Switched POPS Cabinet .•PDU provides per outlet measurements of current, voltage, power (kW), apparent power, crest factor, and power factor.

Page 25: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

•SNMP is the most widely used network management solution for our networks.

•It is an open standard-based framework that is simple but yet flexible enough to manage many different types of devices.

8-Simple Network Management Protocol (SNMP)

Page 26: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Alert Pingo With the help of this Tool we can Monitor our POP

network equipment and Horizontal Client.o Fill the IP address of horizontal and also

description.

Page 27: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram
Page 28: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

ROUTER BASIC COMMAND Ping Traceroute Show run Show ip int brief Show ip protocol Show ?

Page 29: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Use of Ping Ping is a first command to check Network connectivity.

If we phase a problem in our Network then we use ping command to check connectivity.

First we ping Gateway means ip configure at router gigabit port those are connect to switch.

If we get proper response of our gateway means problem is not local end, after that we ping our next hop ip(If we check network from BHQ then next hop ip is DHQ wan ip , if we check network from DHQ then next hop ip is CHQ wan ip and If we check network from CHQ then next hop ip is SHQ wan ip .

Page 30: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Ping

Page 31: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Ping using command prompt

Page 32: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram
Page 33: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram
Page 34: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Telnet

Page 35: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Basic Configuration Command in router

Page 36: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram
Page 37: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Sh Version

Page 38: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

MPSEDC

IP Address Allocation

Page 39: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

An IP address is a 32-bit number that uniquely identifies a host (computer or other device, such as a printer or router) on a TCP/IP network.

IP addresses are normally expressed in dotted-decimal format, with four numbers separated by periods, such as 192.168.123.132.

IP address

MPSEDC

Page 40: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Class Leftmost bits Start address Finish address

A 0xxx 0.0.0.0 127.255.255.255

B 10xx 128.0.0.0 191.255.255.255

C 110x 192.0.0.0 223.255.255.255

D 1110 224.0.0.0 239.255.255.255

E 1111 240.0.0.0 255.255.255.255

IP Address Classification

MPSEDC

Page 41: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

We are using two IP pools 10.124.x.x/16 and 10.125.x.x/16 in our network.

From these pools ip has been created for all horizontal and verticals location.

For ex. Gwalior district block IPs and department IPs has been allotted as follows:-

MPSEDC

Page 42: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

Gwailor DHQ - IP Schema

Sr. No.

Tehsil/Sub

Division/ Block name

WAN IP Subnet

connecting to SHQ/DHQ (E1

Link) /30

WAN IP Subnet

connecting to CHQ/BHQ

(E1 Link) /30

PTP Connectivity

for Horizontal/3

0

Total PTP

Network for

Horizontal

Gigaethernet port Port IP

of RouterSwitch IP address

BHQ Off RF/LAN IP address Range

allocated /25

1 Gwalior 10.124.86.1 10.124.86.2 

10.124.86.4 &

10.124.87.0127 10.124.88.1 10.124.88.2 10.124.88.0/24

2 Ghatigaon 10.124.89.1 10.124.89.2

10.124.89.4 31 10.124.89.1

2910.124.89.1

3010.124.89.

128

3 Dabra 10.124.90.1 10.124.90.2

10.124.90.4 31 10.124.90.1

2910.124.90.1

3010.124.90.

128

4 Bhitrarwar 10.124.91.1 10.124.91.2

10.124.91.4 31 10.124.91.1

2910.124.91.1

3010.124.91.

128

5 Chinar 10.124.92.1 10.124.92.2

10.124.92.4 31 10.124.92.1

2910.124.92.1

3010.124.92.

128

Page 43: Introduction of MPSWAN Structure of MPSWAN POP locations details Network Diagram

MPSEDC

Thank You

Prepared By-Ashish Dhote (MPSWAN)State IT Center Bhopal