teched backstage 2011 david connors managing director codify pty ltd [email protected] @davidconnors...

(c) 2011 Microsoft. All rights reserved.

TECHED BACKSTAGE 2011WWW.TECHEDBACKSTAGE.NET

David ConnorsManaging DirectorCodify Pty [email protected] @davidconnors

SESSION CODE: VOC203TWITTER HASH TAG: #VOC203

Ben ParkerInfrastructure ConsultantCodify Pty [email protected]@parker_ben


AgendaBuilding a 3000+ person enterprise in 3 weeks

► General Overview: Who are you?► How’s our driving: Facts and Figures from

2011► PART 1: TCP/IP Performance and getting your

bucks worth► PART 2: cloud.auteched.net

– Hardware– Network services and vlan provisioning– VMM 2012


Who’s who in the zoo

► Lots of vendors (80?)► Relevant to this talk:

– JMW = MS global AoR for events– Jomablue = Logistics & project management

for technology (and nagging)– Codify = Infrastructure engineering and

propelloryhead bits


Wins

► Keynote– ~900 concurrent wifi clients + 1-2ms pings back to

GigabitEthernet1-8.cha30.Brisbane.telstra.net at the same time

► Current wifi peak: 1781 concurrent► IP transit: Very fast/diverse► ~200 session VMs provisioned for sessions on-

demand► ~12 private networks provisioned across the

building on-demand for sessions► 0 network faults (touch melamine)


IP Transit Providers

► Telstra – Premier Sponsor– Telstra Internet Direct Service– 1000mbps e-line terminating at Telstra CHA

exchange– IPv4

► Over The Wire – Plan B in case something goes sproing– Pipe Networks fibre terminating at Pipe DC2– 500mbps – IPv4 + IPv6


Wifi

Australian Partner Conference 2011

TechEd 2011

Tuesday Keynote871 associations

Thursday Peak1781 associations


random wifi dissassociations

► 20-40 random disassociations/sec (for < 10ms)

► Resolved just prior to APC with Cisco TAC (firmware upgrade with no fixes in the release notes O_o)


Other random IP bits

► IPv4 – None left, we are all going to die…Dear David,Thank you for your email reply.There is no IPv4 address space available for temporary allocation.[ ... blah blah blah ... ]Kind RegardsTom DoInternet Resource Analyst, APNIC

► BGP Routing aut-num: AS9984as-name: MICROSOFT-TECHED-AS-APdescr: Microsoft Tech Ed Australia 2011descr: for Microsoft Tech Ed conferencedescr: http://australia.msteched.com/descr: Gold Coast Convention and Exhibition Centredescr: Cnr Gold Coast Highway & T.E. Peters Drivedescr: Broadbeachdescr: Queensland 4218country: AU

► IPv6 again – standard operating procedure now

GCCECCorporate Network

(patch for wifi)

Pipe DC2Over The Wire

IPv4 + IPv6

2

1

4

3

6

5

8

7

10

9

UTIL

STAT

DUPLX

SPEED

SYSTEM

RPSMODE

11 12

CATALYST 3550

core1

MODE

STACKSPEEDDUPLXSTATMASTRRPSSYST

Catalyst 3750 SERIES

1 2 3 4 5 6 7 8 9 10

1X

2X

15X

16X

11 12 13 14 15 16 17 18 19 20 21 22 23 24 25 26

17X

18X

31X

32X

27 28 29 30 31 32 33 34 35 36 37 38 39 40 41 42

33X

34X

47X

48X

43 44 45 46 47 48

2 4

1 3

Telstra Internet Direct CPECisco 3750G-48TS or equiv.

25 26 27 28 29 30 32 32 33 34 35 36 37 38 39 40 41 42 43 44 45 46 47 481 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

Mgmt

Console

Over The Wire CPEBrocade NI-CER-2048FX-RT-AC

1000BASE-TCable: Cat6 from stock

2 gbps LACP Trunk2 x 1000BASE-T

Cable: Cat 6 Cross Over Patch, 1m, Qty: 2

Telstra E-Line Single Mode Fibre Service

1 gbps

Charlotte StTelstra Internet Direct

IPv4

1000BASE-TCable: Cat6 from stock

Pipe NetworksSingle Mode Fibre Service

500mbps

Pipe CPE

2

1

4

3

6

5

8

7

10

9

UTIL

STAT

DUPLX

SPEED

SYSTEM

RPSMODE

11 12

CATALYST 3550

core2



Cable: 62.5/125 (OM1) Fibre, SC-LC, Len: 5m, Qty: 1

2 gbps LACP TrunkCable: 50/125m (OM3) Fibre, SC-LC, Len: 5m, Qty: 2

Cable: 62.5/125m (OM1) Fibre, SC-SC, Len: 5m, Qty: 1

MDF Patch to L4

MDF Patch to L3

MDF Patch to L2

MDF Patch to L1Cable: 62.5/125m (OM1) Fibre, SC-SC, Len: 5m, Qty: 1

Cable: 62.5/125m (OM1) Fibre, SC-SC, Len: 5m, Qty: 1Cable: 62.5/125m (OM1) Fibre, SC-SC, Len: 5m, Qty: 1

2

1

4

3

6

5

8

7

10

9

UTIL

STAT

DUPLX

SPEED

SYSTEM

RPSMODE

11 12

CATALYST 3550

core3



MDF Patch to G4

MDF Patch to G3

MDF Patch to G2

MDF Patch to G1



MDF Patch to EH4

MDF Patch to EH3

MDF Patch to EH2

MDF Patch to EH1Cable: 62.5/125m (OM1) Fibre

SC-SC, Len: 5m, Qty: 1

MDF Patch to A1

Cable: 62.5/125m (OM1) FibreSC-SC, Len: 5m, Qty: 1

Cable: 50/125m (OM3) FibreSC-SC, Len: 5m, Qty: 1

Cable: 50/125m (OM3) FibreSC-SC, Len: 5m, Qty: 1

Cable: 62.5/125m (OM1) FibreSC-SC, Len: 5m, Qty: 1

1000BASE-T, Cable: Cat6 from stock

1000BASE-T, Cable: Cat6 from stock

microsoftevent.localdomain IPv4 NAT1000BASE-T, Cable: Cat6 from stock

1000BASE-T, Cable: Cat6 from stockshow.localdomain IPv4 NAT

2

1

4

3

6

5

8

7

10

9

UTIL

STAT

DUPLX

SPEED

SYSTEM

RPSMODE

11 12

CATALYST 3550

spare

Catalyst 2960 Series PoE-8

SYST

DUPLX

SPEED

MODE

COCIS

1 2

POWER OVER ETHERNET

13X

14X

11X

12X

23X

24X

STAT

RPS

PoE

1X

2X

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 22 23 24

Roadcase Distribution Switch

100BASE-TX, Cable: Cat6 from stock

spare spare

Parts List:<part>: <use> + <spares> = <total>Cisco 3550-12G: 3 + 1 = 4Cisco WS-G5484 MM Fibre GBIC: 16 + 2 = 18Cisco WS-G5483 Copper GBIC: 13 + 2 = 1550/125m OM3 Patch Lead, SC / LC Connectors, 5 metres: 2 + 1 = 3 62.5/125m OM1 Patch Lead, SC / SC Connectors, 5 metres: 11 + 2 = 1350/125m OM3 Patch Lead, SC / SC Connectors, 5 metres: 2 + 1 = 3Cat 6 Cross Over Patch (for LACP stack trunks), 1 metre: 6 + 4 = 10High Perf NAT Boxes: 2 + 2 = 4All copper patch leads assumed to be coming from existing stock .All Catalyst 2970 switches assumed to be coming from existing stock.All TID and OTW CPE and SFPs assumed to be coming from them.

tech ed • 2011Gold Coast Convention and Exhibition Centre

Microsoft®

MDF DesignVersion: 4

Last Updated: 21 July 2011 1800

1 23 4

GLC-SX-MM

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx -Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA

S T AT US R AD I OE T HE R NE T

C OC IS

AP1

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC IS

AP2

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC IS

AP3

2

.Rx

-Tx

. 4

A

G

H zA

NTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zA

NTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP13

2

.Rx

-Tx

. 4

A

G

H zA

NTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx-Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H zA

NTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP14

2

.Rx

-Tx

. 4

A

G

H zA

NTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx-Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H zA

NTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP15

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx -Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx -Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC IS

AP8

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx-Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP10

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx-Tx

.4

B

GH

zANTENNA

2

. Rx -Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC IS

AP12

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx-Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP9

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx-Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP11

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC I S

AP24

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx-Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC IS

AP25

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx-Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP4

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx-Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP5

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx-Tx

.4

B

GH

zANTENNA

2

. Rx -Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP7

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx-Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP6

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx-Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP16


MODE

SYSTRPS STATDUPLXSPEED

16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28

PRDSW95Location: G1 (Signed as GC-01)


MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28



MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28



MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28



MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28

PRDSW99Location: L1 (Signed as FC-01)


MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28



MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28



MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28



MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28

PRDSW90Location: EH-1 (Signed as “Comm’s Area”)


MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28

PRDSW91Location: EH-2 (Signed as GF-06)


MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28

PRDSW92Location: EH-3 (Door unmarked, best of luck J )


MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28

PRDSW93Location: EH-4 (Signed as FC-05)


MODE


16X

7 8 9 10 11 121 2 3 4 5 6

1X

2X

11X

12X16X

19 20 21 22 23 2413 14 15 16 17 18

13X

14X

23X

24X

25 26 27 28

PRDSW94Location: Arena 1 (Arena 1 Biobox)

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113

Single-mode Fibre62.5/125nm (OM1) Multi-mode

Fibre No Fibre

In UseX

In UseX

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx -Tx

.4

A

GH

zANTENNA

2

. Rx-Tx

.4

B

GH

zANTENNA

2

. Rx -Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC I S

AP27

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC I S

AP34

GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113


Fibre No Fibre

In UseX

In UseX

Patch Port ? to ge0/1


Patch Port ?

to ge0/3

Patch

Port

? to ge

0/4

Patc

h Po

rt ? t

o ge

0/5

Patc

h Po

rt ?

to g

e0/6

Patc

h Po

rt ?

to g

e0/7



Patch Port ?

to ge0/3



Patch Port ?

to ge0/3

GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113


Fibre No Fibre

In UseX

In UseX

GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113


Fibre No Fibre

In UseX

In UseX



Patch Port ?

to ge0/3

Patch

Port

? to ge

0/4

Patc

h Po

rt ? t

o ge

0/5

Patc

h Po

rt ?

to g

e0/6

Patc

h Po

rt ?

to g

e0/7

GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113


Fibre No Fibre

In UseX

In UseX

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx-Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC IS

AP50

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx-Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC IS

AP37

2

.Rx

-Tx

. 4

A

G

H zA

NTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx-Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP36



Patch Port ?

to ge0/3

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC I S

AP35

Patch

Port ? t

o ge0/

4

GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113


Fibre No Fibre

In UseX

In UseX

GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113


Fibre No Fibre

In UseX

In UseX

GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113


Fibre No Fibre

In UseX

XIn Use

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx -Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx -Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC IS

AP42

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC IS

AP43

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC IS

AP44



Patch Port ?

to ge0/3

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC I S

AP402

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC I S

AP41



.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC IS

AP38

AP

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx -Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC IS

AP39



GLC-SX-MM


Fibre No Fibre

In UseX

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx-Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC I S

AP45

2

.Rx

-Tx

. 4

A

G

H zA

NTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zA

NTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC I S

AP47

2

.Rx

-Tx

. 4

A

G

H zA

NTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx-Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H zA

NTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC I S

AP49

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC I S

AP46

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC I S

AP48




Patch Port

? to ge0/4

Patch

Port

? to g

e0/5

GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113

62.5/125nm (OM1) Multi-mode Fibre(Top Patch Panel)

In UseX

In UseX

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx-Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP17

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC I S

AP18

2

.Rx

-Tx

. 4

A

G

H zA

NTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx-Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H zA

NTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC I S

AP21

2

.Rx

-Tx

. 4

A

G

H zA

NTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zA

NTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC I S

AP19

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC I S

AP20

Patch Port ? to ge0/1Patch Port ? to ge0/2




GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113

62.5/125nm (OM1) Multi-mode Fibre(Top Patch Panel)

In UseX

In UseX

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx-Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP23

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx -Tx

.4

A

GH

zANTENNA

2

. Rx-Tx

.4

B

GH

zANTENNA

2

. Rx -Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC IS

AP22



GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113

50/125nm (OM3) Multi-mode Fibre – TODO confirm from Siemens 9F5LB1-12D-Optical Fibre Cable E244435-03 Multimode specs

(Top Patch Panel)

In UseX

In UseX

GLC-SX-MM

1 23 4

55 67 8

9 1011 12

1415 16

17 1819 20

2223 24

2113

50/125nm (OM3) Multi-mode Fibre – TODO confirm from Siemens 9F5LB1-12D-Optical Fibre Cable E244435-03 Multimode specs

(Top Patch Panel)

In UseX

In UseX

In UseX

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GH

zANTENNA

2

. Rx-Tx

.4

B

GH

zANTENNA

2

. Rx -Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H zA

NTENNA


C OC IS

AP26

2

.Rx

-Tx

. 4

A

G

H zA

NTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx-Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H zA

NTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC I S

AP29

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx-Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx-Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC I S

AP28

2

.Rx

-Tx

. 4

A

G

H zA

NTENNA

2

. Rx-Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx-Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H zA

NTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC I S

AP30




Patch Port ?

to ge0/4

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H zA

NTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC I S

AP31

2

.Rx

-Tx

. 4

A

G

H z ANTENNA

2

. Rx -Tx

.4

A

GHzANTENNA

2

. Rx -Tx

.4

B

GHzANTENNA

2

. Rx -Tx

.4

C

GHzANTENNA

2

.Rx

-Tx

. 4

C

G

H z ANTENNA

2

.Rx

-Tx

. 4

B

G

H z ANTENNA


C OC IS

AP33

2

.Rx

-Tx

. 4

A

G

H zANTENNA

2

. Rx -Tx

.4

A

GH

zANTENNA

2

. Rx -Tx

.4

B

GH

zANTENNA

2

. Rx -Tx

.4

C

GH

zANTENNA2

.Rx

-Tx

. 4

C

G

H zANTENNA

2

.Rx

-Tx

. 4

B

G

H zANTENNA


C OC IS

AP32




Parts List:<part>: <use> + <spares> = <total>Cisco GLC-SX-MM: 13 Allocated + 2 Spare = 1550/125m OM3 Patch Lead, SC / LC Connectors, 2 metres: 3 + 2 = 5 62.5/125m OM1 Patch Lead, SC / LC Connectors, 2 metres: 11 + 2 = 13All copper patch leads assumed to be coming from existing stock.All Catalyst 2970 switches assumed to be coming from existing stock.

tech ed • 2011Gold Coast Convention and Exhibition Centre

Microsoft®

IDF DesignVersion: 4

Last Updated: 21 July 2011 1800

Patch Ports 9&10 to ge0/28 w/GLC-SX-MM SFP

62.5/125m OM1 patchmin. 2 metres

SC / LC Connectors



SC / LC Connectors



SC / LC Connectors



SC / LC Connectors



SC / LC Connectors



SC / LC Connectors



SC / LC Connectors



SC / LC Connectors


50/125m OM3 patchmin. 2 metres

SC / LC Connectors



SC / LC Connectors



SC / LC Connectors



SC / LC Connectors



SC / LC Connectors

WHY

???

WHY???

WHY

???

WHY

???


Part 1

IP Transit – Getting what you paid for.


IP Transit: What we want

► Great performance for typical usage scenarios

► Significantly exceed commonly expected performance

► Delegeeks (and APC sales drones) must ♥ the APC/TechEd network

► Matter of brand value for Microsoft► Matter of pride for the TechOps team


A few primers

► Ethernet: Chuck data at a wall and see what sticks– IEEE 802.3 is CSMA/CA– Simple and clever design Self-clocking– Useless if congested

► Internet Protocol Suite– The Internet is powered by a suite of protocols– Different protocols support different usage

scenarios


TCP congestion management

► Works like magic!► Have you noticed downloading a file and

the transfer starts off slow then speeds up?

► This is congestion management at work.► Not very deterministic but the Internet

wouldn’t work otherwise.


Typical Internet Usage Scenario

www.4chan.org

10gbpsSome Fancy IP

Transit Provider

80mbpsSome Dodgy IP Transit Provider

10gbpsISP core

10gbpsSome Fancy IP

Transit Provider

10gbpsSome Fancy IP

Transit Provider

10gbpsISP core

1gbps

1gbps

10mbps

0.8mbps

Resi-grade DSL “Router”

Data centre cross-connect

161 millisecond round-trip time

Some observations:• The trip from AB is on a different path to BA• Couple of dodgy providers in the mix – How do we stop the 80mbps and

10mbps links on the red path getting smashed?• In reality there are 15 hops between us an 4chan• Ye cannay change the laws of physics


How TCP doesn’t work

www.4chan.org


HTTP Request for naked picture of Miranda Kerr

Old-mate just had a disappointing user experience

ACK

ACK

ACK


How TCP DOES work

www.4chan.org


HTTP Request for naked picture of Miranda Kerr

Old-mate just had an AWESOME user

experience

ACKACK ACK

ACK

• TCP tunes itself to make use of bandwidth without smashing links• Latency affects the number of packets that can be in flight at once• This is called the bandwidth delay product (BDP)

All of this is true but it is not a get out of jail free card for performance problems


Common myths

► EVERY supplier uses BDP as an excuse► iperf and UDP are their weapons of choice

– Great if DNS was the primary use case for perf #fail

– Most deep packet inspection happens on TCP streams (i.e. you’ll find traffic policing issues there)

► Get a BDP calculator and tell them to get back in their box


Bestest excuses ever

► “Ping is irrelevant for measuring latency! It is a UDP protocol!”– Anonymous muppet at TechEd 2011



► “You can’t use FTP for bandwidth testing because it is adaptive”– ISP on Hamilton Island



► [ Walks in with a smashed Netcomm NB9 resi-grade DSL modem with an antenna hanging out the back ]

► “I am here to install your 6 meg link”.



► 2 am, pouring rain in the middle of a golf course

► Linesman turns up► “I am here to fix a problem with an ATM.”

► CAN YOU SPOT THE DIFFERENCE?


#1 Bestestestiest excuse ever

► Name server returns NXDOMAIN RCODE for a domain the delegates rely on

► “Could be due to hurricane Irene.”


Part 2

cloud.auteched.net


DemoNetWhat is it?

► Private cloud supporting demonstrations during the event

► Showcase latest MS and HP technology

► Sitting in the middle of the Expo hall


DemoNetStats

►28 of clouds–238 VMs–9 hosts dedicated to session

–8 networks (+reuse)


DemoNetHow do you get on it?

► Communicated during Speaker registration

► Capture requirements upfront

► VMs imported on-site, via USB HDD

► Capture requirements (again)


DemoNetThe conditions in which we work

► Unstable environmental conditions– Power outs– Muppets with pliers– People kicking over beers

► Layout vs. purpose– Showcase not really

a data centre

► Physical access


DemoNetLogistics

► SYD/SIN > BNE– Codify HQ (2nd August)– Environment build (firmware, OS, core infra)– Hosted on same IP space as event before going

on site

► BNE > GCCEC– Showcase– Go-live (Friday 26th August)– Plug it in and it ‘just works’


DemoNetLogistics

► Showcase hardware unpacking in action

http://www.youtube.com/watch?v=qu76sRIL7D0&feature=player_detailpage#t=4s


DemoNetDesign rational

► Highest level resilience for the environment– Hyper-V Clusters– Failover network design– Storage RAID6 (not RAID0)– Power – Single 32A 3phase

► Shared Services


DemoNetHardware

► 24 x HP BL460c G7 (4 Enclosures, 2 Racks)– ServerEngines and Virtual Connect

► HP EVA HSV300– 45 x SAS 450 GB– 11 x FATA 1 TB– 79% allocated


DemoNetHardware

► DEMO


DemoNetHardware (cont.)


DemoNetManagement

► SCVMM 2012 Beta– Bare Metal Builds

• WinPE + HP SmartStart + WDS• Windows 2008 R2• Enable Hyper-V role• Proliant Support Pack (HP NCU)• SAN tools/mgmt


DemoNetManagement

► SCVMM 2012 Beta– VM templates

• WIM2VHD + unattend.xml

– SSP

teched backstage 2011 david connors managing director codify pty ltd [email protected] @davidconnors...

Documents

associations slide

ben slide

voc203 c

microsoft matter of

microsoft tech ed australia

mbps ipv4 ipv6 c

propelloryhead bits

broadbeach descr