tlg demonstrate ipv6

8/9/2019 TLG Demonstrate IPv6

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Test Lab Guide: Demonstrate IPv6

Microsoft Corporation

Published: January 2011

AbstractInternet Protocol version 6 (IPv6) is desined to solve !any of the proble!s

of the current version of IP ("no#n as IPv$) such as address depletion%

autocon&uration% e'tensibility% and restoration of endtoend connectivity Its

use #ill also e'pand the capabilities of the Internet and enable a variety of

valuable and e'citin scenarios% includin peertopeer and !obile

applications *his paper contains an introduction to IPv6 and stepbystep

instructions for e'tendin the +ase Con&uration test labto de!onstrate IPv6

functionality and connectivity in ,indo#s - and ,indo#s .erver 200/ 2
http://go.microsoft.com/fwlink/?LinkId=198140http://go.microsoft.com/fwlink/?LinkId=198140


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Copyright Information*his docu!ent is provided for infor!ational purposes only and Microsoft

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Contents

*est ab uide: 8e!onstrate IPv61

7bstract 1

Copyriht Infor!ation2

Contents ;

Introduction$

In this uide6

*est lab overvie#6

.tep 2: Con&ure the *est ab for the Corpnet2 .ubnet>

Con&ure 8C1>

Con&ure 585111

Con&ure 7PP112

?erify IPv$ connectivity to the Corpnet2 subnet12

.tep ;: 8e!onstrate default IPv6 connectivity1;

8e!onstrate default IPv6 con&uration and lin"local connectivity on the

sa!e subnet1$

8e!onstrate lin"local connectivity bet#een subnets1$

.tep $: 8e!onstrate I.7*7Pbased IPv6 connectivity1@

Con&ure I.7*7P for the Contoso intranet1@8e!onstrate I.7*7P connectivity on the Contoso intranet16

.tep @: 8e!onstrate native IPv6 connectivity1-

e!ove I.7*7P connectivity1-

Con&ure native IPv6 connectivity1>

8e!onstrate native IPv6 connectivity20

.tep 6: 8e!onstrate 6to$based connectivity21

Con&ure 6to$based connectivity21

8e!onstrate 6to$based connectivity22

.napshot the Con&uration2;

7dditional esources2;


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Introduction*he current version of IP ("no#n as ?ersion $ or IPv$) has not been

substantially chaned since e=uest for Co!!ents (AC) ->1 #as publishedin 1>/1 IPv$ has proven to be robust% easily i!ple!ented and interoperable%

and has stood the test of scalin an internet#or" to a lobal utility the si4e of

todayBs Internet


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devices on the net#or" 7dditionally% identi&cation of the pac"et Go# !ust

be done usin an upper layer protocol identi&er such as a *rans!ission

Control Protocol (*CP) or ser 8atara! Protocol (8P) port *his

additional processin of the pac"et by inter!ediate routers !a"es

for#ardin less eEcient

$obiity Mobility is a ne# re=uire!ent for Internetconnected devices% in

#hich a node can chane its address as it chanes its physical attach!ent

to the Internet and still !aintain e'istin connections 7lthouh there is a

speci&cation for IPv$ !obility% due to a lac" of infrastructure%

co!!unications #ith an IPv$ !obile node are ineEcient

7ll of these issues and others pro!pted the Internet 5nineerin *as" Aorce

(I5*A) to bein the develop!ent of a replace!ent protocol that #ould solve

the proble!s of IPv$ and be e'tensible to solve additional proble!s in the

future *his replace!ent protocol is IPv6

IPv6 solves the proble!s of IPv$ in the follo#in #ays:

%uge address space IPv6 addresses are 12/ bits lon% creatin an

address space #ith ;$ H 10;/possible addresses *his is plenty of address

space for the foreseeable future and allo#s all !anner of devices to

connect to the Internet #ithout the use of 7*s 7ddress space can also be

allocated internationally in a !ore e=uitable !anner

%ierarchica routing infrastructure IPv6 addresses that are reachable

on the IPv6 portion of the Internet% "no#n as lobal addresses% aredesined to have a structure that &ts the typical lobalreionallocal

hierarchy of Internet service providers (I.Ps) that typically e'ist bet#een

an orani4ation or ho!e and the bac"bone of the Internet lobal

addresses are desined to be su!!ari4able and hierarchical% resultin in

fe#er routin entries in the routin tables of Internet bac"bone routers

Automatic con!guration IPv6 hosts can auto!atically con&ure their

o#n IPv6 addresses and other con&uration para!eters% even in the

absence of an address con&uration infrastructure such as 8


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(etter support for prioriti#ed deivery IPv6 has an e=uivalent to the

IPv$ *F. &eld that #ill have a sinle interpretation for nonstandard

delivery 7dditionally% a Alo# abel &eld in the IPv6 header indicates the

pac"et Go#% !a"in the deter!ination of for#ardin for nondefault

delivery services !ore eEcient at inter!ediate routers

"upport for mobiity ather than atte!ptin to add !obility to an

established protocol #ith an established infrastructure (as #ith IPv$)% IPv6

can support !obility !ore eEciently

Aor !ore infor!ation about IPv6 in ,indo#s% see the IPv6 *echet #eb pae

In this guide*his paper contains instructions for settin up a test lab based on the +ase

Con&uration test laband deployin IPv6 usin four server co!puters and one

client co!puter *he resultin IPv6 test lab de!onstrates default andcon&ured IPv6 connectivity across an intranet and a si!ulated IPv$only

Internet

Important*he follo#in instructions are for con&urin an IPv6 test lab usin the

!ini!u! nu!ber of co!puters Individual co!puters are needed to

separate the services provided on the net#or" and to clearly sho# the

desired functionality *his con&uration is neither desined to reGect

best practices nor does it reGect a desired or reco!!ended

con&uration for a production net#or" *he con&uration% includin IP

addresses and all other con&uration para!eters% is desined only to#or" on a separate test lab net#or" 7tte!ptin to adapt this IPv6 test

lab con&uration to a pilot or production deploy!ent can result in

con&uration or functionality issues

Test ab overvie)In this test lab% IPv6 connectivity is deployed #ith:

Fne co!puter runnin ,indo#s .erver 200/ 2 5nterprise 5dition na!ed

8C1 that is con&ured as an intranet do!ain controller% 8o!ain a!e

.yste! (8.) server% 8


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Fne standalone server runnin ,indo#s .erver 200/ 2 5nterprise

5dition na!ed I5*1 that is con&ured as an Internet 8


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IPv6based intranet connectivity usin native IPv6 addressin

IPv6 connectivity across a si!ulated IPv$only Internet usin 6to$

%ard)are and soft)are re'uirements*he follo#in are re=uired co!ponents of the test lab:

*he product disc or &les for ,indo#s .erver 200/ 2

*he product disc or &les for ,indo#s -

Aour co!puters that !eet the !ini!u! hard#are re=uire!ents for

,indo#s .erver 200/ 2 5nterprise 5dition *#o of these co!puters have

t#o net#or" adapters installed

Fne co!puter that !eets the !ini!u! hard#are re=uire!ents for

,indo#s - 5nterprise or lti!ate

"teps for Con!guring the IPv6 Test Lab*here are si' steps to follo# #hen settin up the IPv6 test lab

1 .et up the +ase Con&uration test lab

*he IPv6 test lab re=uires the +ase Con&uration test lab as its startin

point

2 Con&ure the test lab for the Corpnet2 subnet

7dd the Corpnet2 subnet and con&ure routin and 8


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6 8e!onstrate 6to$based connectivity

Con&ure 5851 as a 6to$ relay and sho# the IPv6 connectivity bet#een

CI5*1 on the Internet subnet and the Contoso intranet

*oteou !ust be loed on as a !e!ber of the 8o!ain 7d!ins roup or a

!e!ber of the 7d!inistrators roup on each co!puter to co!plete

the tas"s described in this uide If you cannot co!plete a tas" #hile

you are loed on #ith an account that is a !e!ber of the

7d!inistrators roup% try perfor!in the tas" #hile you are loed on

#ith an account that is a !e!ber of the 8o!ain 7d!ins roup

*his uide provides steps for con&urin the co!puters of the IPv6 test lab

and de!onstratin various types of IPv6 connectivity *he follo#in sections

provide details about ho# to perfor! these steps

"tep +: "et up the (ase Con!guration Test Lab.et up the +ase Con&uration test lab for both the Corpnet and Internet

subnets usin the procedures in the .teps for Con&urin the Corpnet

.ubnetK and .teps for Con&urin the Internet .ubnetK sections of the*est

ab uide: +ase Con&uration

"tep ,: Con!gure the Test Lab for the Corpnet, "ubnet*o de!onstrate the default IPv6 behavior and IPv6 connectivity bet#een the

subnets of an intranet% you !ust add another subnet% Corpnet2% to the

Contoso intranet se the follo#in procedures:

Con&ure 8C1

Con&ure 5851

Con&ure 7PP1

?erify IPv$ connectivity to the Corpnet2 subnet

*he follo#in sections e'plain these procedures in detail

Con!gure DC+In this procedure% #e con&ure 8C1 #ith an additional net#or" adapter% #ith

a 8


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To con!gure DC+

1 7dd another net#or" adapter to 8C1 and connect it to the Corpnet2

subnet

2 Aro! 8C1% clic" "tart% rihtclic" *et)or-% and then clic" Properties

; In the *et)or- and "haring Center% clic" Change adapter

settings

$ In *et)or- Connections% rihtclic" the net#or" connection that is

connected to the Corpnet subnet% and then clic" &ename

@ *ype Corpnet% and then press 5*5

6 ihtclic" the net#or" connection that is connected to the Corpnet2

subnet% and then clic" &ename

- *ype Corpnet,% and then press 5*5

/ ihtclic" Corpnet,% and then clic" Properties

> Clic" Internet Protoco .ersion / 0TCP1IPv/2% and then clic"

Properties

10.elect 3se the foo)ing IP address In IP address% type +4545,5+

In "ubnet mas-% type ,5,5,54

11 Clic" Advanced% and then clic" the D*"tab

12 In D*" su78 for this connection% type corp5contoso5com% clic"

9three ti!es% and then clic" Cose

1; Close the *et)or- Connections#indo#

1$Clic" "tart% point to Administrative Toos% and then clic" D%CP

1@In the console tree% open dc+5corp5contoso5com1IPv/1"cope

;+4545454< Corpnet% rihtclic" "cope 9ptions% and then clic"

Con!gure 9ptions

16In the Avaiabe 9ptionslist% select +,+ Cassess "tatic &outes%

and then clic" Add &oute

1-In the Add a "tatic &outedialo bo'% type +4545,54in Destination%

type ,5,5,54in *et)or- $as-% type +454545+in &outer% and

then clic" 9t#ice

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1/In the console tree% riht clic" IPv/% clic" *e) "cope% and then clic"

*e8t

1>Fn the .cope a!e pae% type Corpnet,in *ame% and then clic"

*e8t

20Fn the IP 7ddress ane pae% type +4545,5+44in "tart IP address%

type +4545,5+4in =nd IP address% type ,/in Length% and then

clic" *e8t

21Fn the 7dd 5'clusions and 8elay pae% clic" *e8t

22Fn the ease 8uration pae% clic" *e8t

2;Fn the Con&ure 854545+% and

then clic" &emove

26 *ype +454545+in IP address% clic" Add% and then clic" *e8t

2-Fn the ,I. .ervers pae% clic" *e8t

2/Fn the 7ctivate .cope pae% clic" *e8t

2>Fn the Co!pletin the e# .cope ,i4ard pae% clic" Finish

;0Close the 8


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To add a static route to =DG=+

1 Fn 5851% clic" "tart% clic" A Programs% clic" Accessories% riht

clic" Command Prompt% and then clic" &un as administrator

2 In the Co!!and Pro!pt #indo#% type netsh interface ipv/ addroute +4545,541,/ interface?Corpnet ne8thop?+454545+% and

then press 5*5

; In the Co!!and Pro!pt #indo#% type ping +4545,5+% and then press

5*5 *here should be four successful replies

$ eave the Co!!and Pro!pt #indo# open

@ ihtclic" the net#or" icon in the noti&cation area% and then clic"

9pen *et)or- and "haring Center

6 In the *et)or- and "haring Center#indo#% clic" Change

advanced sharing settings

- Fpen Domain% clic" Turn on !e and printer sharing% and then clic"

"ave Changes

/ Close the *et)or- and "haring Center#indo#

Con!gure APP+

In this procedure% #e con&ure 7PP1 #ith a static route so that IPv$ locations

on the Corpnet2 subnet are reachable

To add a static route to APP+

1 Fn 7PP1% clic" "tart% clic" A Programs% clic" Accessories% riht

clic" Command Prompt% and then clic" &un as administrator

2 In the Co!!and Pro!pt #indo#% type netsh interface ipv/ add

route +4545,541,/ interface?@Loca Area Connection@

ne8thop?+454545+% and then press 5*5



$ eave the Co!!and Pro!pt #indo# open

12


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.erify IPv/ connectivity to the Corpnet, subnet

In this procedure% #e verify that CI5*1 can co!!unicate #ith IPv$

locations on the Corpnet2 subnet and% #hile on the Corpnet2 subnet% can

resolve na!es and co!!unicate #ith locations on the Corpnet subnet

To verify IPv/ connectivity to the Corpnet, subnet

1 Connect CI5*1 to the Corpnet subnet

2 Clic" "tart% clic" A Programs% clic" Accessories% rihtclic"

Command Prompt% and then clic" &un as administrator



$ Connect CI5*1 to the Corpnet2 subnet

@ In the Co!!and Pro!pt #indo#% type ipcon!g% and then press

5*5 CI5*1 should have an IPv$ address in the rane 1002100

to 10021@0 #ith a default ate#ay of 10021 and the 8. server

address of 10001

6 In the Co!!and Pro!pt #indo#% type ping +454545,% and then press


- In the Co!!and Pro!pt #indo#% type ping +454545% and then press


/ In the Co!!and Pro!pt #indo#% type ping edge+% and then press

5*5 *here should be a successful na!e resolution to the IPv$

address 10002 and four successful replies

> In the Co!!and Pro!pt #indo#% type ping app+% and then press

5*5 *here should be a successful na!e resolution to the IPv$

address 1000; and four successful replies

"tep : Demonstrate defaut IPv6 connectivityIn the absence of advertisin IPv6 routers% the ,indo#s - and ,indo#s

.erver 200/ 2based co!puters on the Corpnet and Corpnet2 subnetsauto!atically con&ure lin"local IPv6 addresses (beinnin #ith Lfe/0L)


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8e!onstrate default IPv6 con&uration and lin"local connectivity on the

sa!e subnet

8e!onstrate lin"local connectivity bet#een subnets


Demonstrate defaut IPv6 con!guration and in-Boca connectivity

on the same subnet

In this procedure% #e de!onstrate the default IPv6 con&uration and lin"

local connectivity on the Corpnet subnet

To demonstrate defaut IPv6 con!guration and in-Bocaconnectivity on the same subnet

1 Connect CI5*1 to the Corpnet subnet

2 Fn 8C1% clic" "tart% point to Administrative Toos% and then clic"

D*"

; In the console tree% open D*"DC+For)ard Loo-up ones% and

then clic" corpcontosoco! otice that there are no 7777 records

correspondin to reistered IPv6 addresses for 8C1% CI5*1 or 7PP1

listed in the contents pane

$ eave the 8. snapin open

@ Fn 7PP1% in the Co!!and Pro!pt #indo#% type ipcon!g% and then

press 5*5 otice the IPv6 address assined to the ocal 7rea

Connection interface that starts #ith fe/0K *his is the auto!atically

assined lin"local address ,rite the address here:

6 Fn CI5*1% in the Co!!and Pro!pt #indo#% type ipcon!g% and then

press 5*5 otice the IPv6 address assined to the ocal 7rea

Connection interface that starts #ith fe/0K ,rite the address here:

- In the Co!!and Pro!pt #indo#% type pingAPP1s link-local address

(fro! step @)% and then press 5*5 ou should see four successful

replies

Demonstrate in-Boca connectivity bet)een subnets

In this procedure% #e de!onstrate the scope of functionality for lin"local

addresses

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To demonstrate in-Boca connectivity bet)een subnets

1 Connect CI5*1 to the Corpnet2 subnet

2 In the Co!!and Pro!pt #indo#% type pingAPP1s link-local address

(fro! step @ of the previous procedure)% and then press 5*5 oushould see four Destination host unreachabe!essaes

; Fn 7PP1% in the Co!!and Pro!pt #indo#% type pingCLIENT1s link-

local address (fro! step 6 of the previous procedure)% and then press

5*5 ou should see four Destination host unreachabe

!essaes

$ Fn 8C1% in the Co!!and Pro!pt #indo#% type ipcon!g% and then

press 5*5 otice the lin"local IPv6 address assined to the

Corpnet2 interface ,rite the address here:

@ Fn CI5*1% in the Co!!and Pro!pt #indo#% type pingDC1s link-

local address(fro! step $)% and then press 5*5 ou should see four

successful replies

In their default con&uration on the Contoso intranet% the co!puters runnin

,indo#s - or ,indo#s .erver 200/ auto!atically con&ure lin"local IPv6

addresses that only provide connectivity to other IPv6 hosts on the sa!e

subnet *hese lin"local addresses are not reistered in 8.

"tep /: Demonstrate I"ATAPBbased IPv6 connectivity

I.7*7P provides IPv6 connectivity across an IPv$only intranet #ithout havinto con&ure native IPv6 addressin and routin *his step de!onstrates

con&urin I.7*7P for the Contoso intranet

se the follo#in procedures to sho# I.7*7Pbased connectivity on the

Contoso intranet:

Con&ure I.7*7P for the Contoso intranet

8e!onstrate I.7*7P connectivity on the Contoso intranet


Con!gure I"ATAP for the Contoso intranet

In this procedure% #e con&ure 5851 as an advertisin I.7*7P router

To con!gure I"ATAP for the Contoso intranet

1 Fn 5851% in the Co!!and Pro!pt #indo#% type netsh interface

15


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ipv6 set interface isatap5corp5contoso5com advertise?enabe%

and then press 5*5

2 In the Co!!and Pro!pt #indo#% type netsh interface ipv6 add

route ,44+:dbE:4:abcd::16/ interface?isatap5corp5contoso5com

pubish?yes% and then press 5*5

; Fn 8C1% in the Co!!and Pro!pt #indo#% type dnscmd 1con!g

1goba'ueryboc-ist )pad% and then press 5*5 *his step

re!oves the na!e I.7*7PK fro! the default lobal =uery bloc" list

$ In the console tree of the 8. snapin% rihtclic" D*"% point to A

Tas-s% and then clic" &estart

@ In the console tree of the 8. snapin% open D*"DC+For)ard

Loo-up ones% rihtclic" corp5contoso5com% and then clic" *e)

%ost 0A or AAAA2

6 In the *e) %ostdialo bo'% type isatapin *ame% type +454545,in

IP address% clic" Add %ost% clic" 9% and then clic" Done

Demonstrate I"ATAP connectivity on the Contoso intranet

In this procedure% #e de!onstrate the con&uration of I.7*7P addresses on

Contoso co!puters% 8. reistration of I.7*7P addresses% and I.7*7Pbased

connectivity across the Corpnet and Corpnet2 subnets

To demonstrate I"ATAP connectivity on the Contoso intranet1 Connect CI5*1 to the Corpnet subnet

2 In the Co!!and Pro!pt #indo#% type ipcon!g% and then press

5*5 otice the ne# IPv6 address beinnin #ith 2001K that is

assined to the interface na!ed isatapcorpcontosoco! *his address

is based on the 2001:db/:0:abcd::96$ pre&' that 5851 is advertisin

as an I.7*7P router

; Fn 7PP1% in the Co!!and Pro!pt #indo#% type net stop iphpsvc%

press 5*5% type net start iphpsvc% and then press 5*5

$ In the Co!!and Pro!pt #indo#% type ipcon!g% and then press

5*5 otice the IPv6 address 2001:db/:0:abcd:0:@efe:1000; that

is assined to the isatapcorpcontosoco! interface

@ Fn 8C1% in the Co!!and Pro!pt #indo#% type net stop iphpsvc%

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press 5*5% type net start iphpsvc% and then press 5*5

6 Fn CI5*1% in the Co!!and Pro!pt #indo#% type ping

,44+:dbE:4:abcd:4:efe:+454545, % and then press 5*5 ou

should see four successful replies

- In the Co!!and Pro!pt #indo#% type ping

,44+:dbE:4:abcd:4:efe:+454545 % and then press 5*5 ou


/ In the Co!!and Pro!pt #indo#% type ipcon!g 1ushdns% and then

press 5*5

> In the Co!!and Pro!pt #indo#% type ping app+% and then press

5*5 ou should see four successful replies otice that CI5*1 is

no# usin 2001:db/:0:abcd:0:@efe:1000;% the I.7*7Pbased IPv6

address of 7PP1% rather than the IPv$ address 1000;

10 In the Co!!and Pro!pt #indo#% type ping edge+% and then press

5*5 ou should see four successful replies otice that CI5*1 is

no# usin 2001:db/:0:abcd:0:@efe:10002% the I.7*7Pbased IPv6

address% rather than the IPv$ address 10002


12 In the Co!!and Pro!pt #indo#% type ping

,44+:dbE:4:abcd:4:efe:+454545 % and then press 5*5 ou


1; Fn 5851% in the Co!!and Pro!pt #indo#% type ping cient+%

and then press 5*5 ou should see four successful replies

ou can use I.7*7P for IPv6 addressin and connectivity across an IPv$only

intranet that is not possible #ith lin"local addresses


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&emove I"ATAP connectivity

In this procedure% #e re!ove the I.7*7P con&uration% returnin the Contoso

intranet to lin"local IPv6 connectivity

To remove I"ATAP connectivity


ipv6 set interface isatap5corp5contoso5com advertise?disabed%

and then press 5*5

2 In the Co!!and Pro!pt #indo#% type netsh interface ipv6 deete

route ,44+:dbE:4:abcd::16/ interface?isatap5corp5contoso5com%

and then press 5*5

; Fn 8C1% in the console tree of the 8. snapin% openD*"DC+For)ard Loo-up onescorp5contoso5com

$ In the details pane% rihtclic" the isatap7 record% clic" Deete% and

then clic"es

@ In the Co!!and Pro!pt #indo#% type net stop iphpsvc% press

5*5% type net start iphpsvc% press 5*5% type ipcon!g

1registerdns% and then press 5*5

6 Fn 5851% in the Co!!and Pro!pt #indo#% type net stop iphpsvc%

press 5*5% type net start iphpsvc% press 5*5% type ipcon!g1registerdns% and then press 5*5

- In the Co!!and Pro!pt #indo#% type ipcon!g% and then press

5*5 otice the lin"local IPv6 address that is assined to the

Corpnet interface ,rite the address here:

/ Fn 7PP1% in the Co!!and Pro!pt #indo#% type net stop iphpsvc%

press 5*5% type net start iphpsvc% press 5*5% type ipcon!g

1registerdns% and then press 5*5

> Fn CI5*1% in the Co!!and Pro!pt #indo#% type net stop

iphpsvc% press 5*5% type net start iphpsvc% press 5*5% type

ipcon!g 1registerdns% and then press 5*5

10Fn 8C1% refresh the details pane of the 8. snapin and verify that

there are no IPv6 addresses (7777 records) reistered for CI5*1%

8C1% and 7PP1

18


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Con!gure native IPv6 connectivity

In this procedure% #e con&ure 8C1 as an advertisin and for#ardin IPv6

router that advertises native IPv6 pre&'es to the Corpnet and Corpnet2

subnets Aor this procedure% you #ill need the lin"local address of 5851Bs

Corpnet interface% as recorded in step - of the previous procedure

To con!gure native IPv6 connectivity

1 Fn 8C1% in the Co!!and Pro!pt #indo#% type netsh interface ipv6

set interface Corpnet for)arding?enabed advertise?enabed

advertisedefautroute?enabed % and then press 5*5

2 In the Co!!and Pro!pt #indo#% type netsh interface ipv6 set

interface Corpnet, for)arding?enabed advertise?enabed

advertisedefautroute?enabed % and then press 5*5

; In the Co!!and Pro!pt #indo#% type netsh interface ipv6 add

route ,44+:dbE:4:+::16/ interface?Corpnet pubish?yes% and

then press 5*5

$ In the Co!!and Pro!pt #indo#% type netsh interface ipv6 add

route ,44+:dbE:4:,::16/ interface?Corpnet, pubish?yes% and

then press 5*5

@ In the Co!!and Pro!pt #indo#% type netsh interface ipv6 add

route ::14 interface?Corpnet ne8thop?link-local address of

EDGE1s Corpnet interfacepubish?yes(fro! step - of the previous

procedure)% and then press 5*5

6 In the Co!!and Pro!pt #indo#% type ipcon!g% and then press

5*5 otice the ne# IPv6 address startin #ith 2001:db/:0:1K

assined to the Corpnet interface and the address startin #ith

2001:db/:0:2K assined to the Corpnet2 interface otice the lin"

local address of the Corpnet interface ,rite the address here:

- Fn 7PP1% in the Co!!and Pro!pt #indo#% type ipcon!g% and then

press 5*5 otice the ne# IPv6 address startin #ith 2001:db/:0:1K

and the default ate#ay of 8C1Bs lin"local address% as recorded instep 6

/ Connect CI5*1 to the Corpnet subnet

> Fn CI5*1% in the Co!!and Pro!pt #indo#% type ipcon!g% and then

press 5*5 otice the ne# IPv6 address startin #ith 2001:db/:0:1K

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and the default ate#ay of 8C1Bs lin"local address% as recorded in

step 6

10Fn 8C1% refresh the details pane of the 8. snapin and verify there

are ne# 7777 records reistered for CI5*1% 5851% 7PP1% and 8C1

Demonstrate native IPv6 connectivity

In this procedure% #e de!onstrate native IPv6 connectivity on both the

Corpnet and Corpnet2 subnets

To demonstrate native IPv6 connectivity


2 Fn 7PP1% in the Co!!and Pro!pt #indo#% type ipcon!g 1ushdns%

and then press 5*5

; In the Co!!and Pro!pt #indo#% type ping cient+% and then press

5*5 ou should see a successful na!e resolution to CI5*1Bs IPv6

address on the Corpnet2 subnet (startin #ith 2001:db/:0:2K) and

four successful replies

$ Fn CI5*1% in the Co!!and Pro!pt #indo#% type ipcon!g

1ushdns% and then press 5*5

@ In the Co!!and Pro!pt #indo#% type ping edge+% and then press

5*5 ou should see a successful na!e resolution to 5851Bs IPv6

address on the Corpnet subnet (startin #ith 2001:db/:0:1K) and foursuccessful replies

6 In the Co!!and Pro!pt #indo#% type ping app+5corp5contoso5com%

and then press 5*5 ou should see four successful replies otice

that CI5*1 is usin 7PP1Bs IPv6 address startin #ith

2001:db/:0:1K% rather than the IPv$ address 1000;

- Aro! the tas"bar% clic" the Internet 5'plorer icon

/ In the Addressbar% type http:11app+5corp5contoso5com1% and then

press 5*5 ou should see the default II. - #eb pae for 7PP1> In the Addressbar% type https:11app+5corp5contoso5com1 % and then

press 5*5 ou should see the default II. - #eb pae for 7PP1

10Clic" "tart% type app+Fies% and then press 5*5

11ou should see a folder #indo# #ith the contents of the Ailes shared

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folder

12In the Fiesshared folder #indo#% doubleclic" the =8ampe5t8t&leou should see the contents of the 5'a!plet't &le

1;Close the e8ampe5t8t B *otepadand the Fiesshared folder#indo#s

"tep 6: Demonstrate 6to/Bbased connectivityCo!puters runnin ,indo#s - use the 6to$ transition technoloy for IPv6

connectivity across the IPv$only Internet In this step% you con&ure 5851

as a 6to$ relay and de!onstrate ho# CI5*1 uses it to reach IPv6 locations

on the Contoso intranet

Important*his step is not a reco!!ended practice for real#orld deploy!ents as

it creates a direct channel of co!!unication bet#een Internet and

intranet hosts 7 variation of this con&uration is used by 8irect7ccess

in ,indo#s - and ,indo#s .erver 200/ 2% ho#ever the inco!in

traEc to the 8irect7ccess server destined for the intranet is

authenticated and protected #ith Internet Protocol security (IPsec)

se the follo#in procedures to sho# 6to$based connectivity across the

Internet subnet:

Con&ure 6to$based connectivity

8e!onstrate 6to$based connectivity


Con!gure 6to/Bbased connectivity

In this procedure% #e con&ure 5851 as a 6to$ relay

To con!gure 6to/Bbased connectivity


ipv6 set interface 6to/Adapter for)arding?enabed% and then

press 5*5

2 In the Co!!and Pro!pt #indo#% type netsh interface ipv6 set

interface Corpnet for)arding?enabed% and then press 5*5

; Fn I5*1% clic" "tart% point to Administrative Toos% and then clic"

D*"

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$ In the console tree% open D*"I*=T+

@ ihtclic" For)ard Loo-up ones% clic" *e) one% and then clic"

*e8t

6 Fn the None *ype pae% clic" *e8t

- Fn the None a!e pae% type ipv65microsoft5comin one name%

and then clic" *e8t

/ Fn the 8yna!ic pdate pae% clic" Do not ao) dynamic updates%

clic" *e8t% and then clic" Finish

> In the console tree% rihtclic" the ipv65microsoft5com 4one% and then

clic" *e) %ost 0A or AAAA2

10In the *e) %ostdialo bo'% type 6to/in *ame% type ++5+4>545,in

IP address% clic" Add %ost% clic" 9% and then clic" Done

Demonstrate 6to/Bbased connectivity

In this procedure% #e de!onstrate 6to$based IPv6 connectivity bet#een

CI5*1 on the Internet subnet and co!puters on the Contoso intranet

To demonstrate 6to/Bbased connectivity

1 Fn 5851% in the Co!!and Pro!pt #indo#% type ipcon!g% and then

press 5*5 otice the 2002:/;6b:2::/;6b:2 and

2002:/;6b:;::/;6b:; IPv6 addresses assined to the 6*F$ 7dapter*hese are 6to$ addresses that 5851 auto!atically assins based on

the public IPv$ addresses 1;110-02 and 1;110-0;% #hich are

assined to the Internet interface

2 Connect CI5*1 to the Internet subnet

; Fn CI5*1% in the Co!!and Pro!pt #indo#% type ipcon!g% and then

press 5*5 otice the address startin #ith 2002:/;6b:K assined

to the 6*F$ 7dapter *his is a 6to$ address correspondin to its public

IPv$ address 7lso notice that the default ate#ay for the 6*F$

7dapter is set to 2002:/;6b:2::/;6b:2% a 6to$ address assined to5851

$ Fn 7PP1% in the Co!!and Pro!pt #indo#% type ipcon!g% and then

press 5*5 otice the address startin #ith 2001:db/:0:1:K

assined to the ocal 7rea Connection interface ,rite the address

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here:

@ Fn 8C1% in the Co!!and Pro!pt #indo#% type ipcon!g% and then

press 5*5 otice the address startin #ith 2001:db/:0:2:K

assined to the Corpnet2 interface ,rite the address here:

6 Fn CI5*1% in the Co!!and Pro!pt #indo#% type pingAPP1s IPv6

address(fro! step $)% and then press 5*5 ou should see four

successful replies

- In the Co!!and Pro!pt #indo#% type ping DC1s IPv6 address on the

Corpnet interface(fro! step @)% and then press 5*5 ou should

see four successful replies

*he 6to$ transition technoloy and 5851 actin as a 6to$ relay allo#s

CI5*1 to reach locations on the IPv6capable Contoso intranet over theIPv$only Internet subnet

"napshot the Con!guration*his co!pletes the IPv6 test lab *o save this con&uration so that you can

=uic"ly return to a #or"in IPv6 con&uration fro! #hich you can test other

!odular test lab uides (*s)% * e'tensions% or for your o#n

e'peri!entation and learnin% do the follo#in:

1 Fn all physical co!puters or virtual !achines in the test lab% close all

#indo#s and then perfor! a raceful shutdo#n

2 If your lab is based on virtual !achines% save a snapshot of each virtual

!achine and na!e the snapshots IPv6 If your lab uses physical

co!puters% create dis" i!aes to save the IPv6 test lab con&uration

Additiona &esourcesAor !ore infor!ation about IPv6 in ,indo#s% see the IPv6 *echet #eb pae

*o et your =uestions about this test lab or IPv6 ans#ered% see the IPv6

*echet Aoru!

*o provide the authors of this uide #ith feedbac" or suestions for

i!prove!ent% send an e!ail !essae to tlfbO!icrosoftco!

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http://technet.microsoft.com/en-us/network/bb530961.aspxhttp://social.technet.microsoft.com/Forums/en-us/ipv6/threadshttp://social.technet.microsoft.com/Forums/en-us/ipv6/threadsmailto:[email protected]://technet.microsoft.com/en-us/network/bb530961.aspxhttp://social.technet.microsoft.com/Forums/en-us/ipv6/threadshttp://social.technet.microsoft.com/Forums/en-us/ipv6/threadsmailto:[email protected]


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Aor a list of *s related to this test lab or e'tensions to try for additional

functionality% see IPv6 *est ab for ,indo#s .erver 200/ 2 and ,indo#s -in the

*echet ,i"i

Aor a list of additional Microsoft *s% see*est ab uidesin the *echet ,i"i

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http://social.technet.microsoft.com/wiki/contents/articles/ipv6-test-lab-for-windows-server-2008-r2-and-windows-7.aspxhttp://social.technet.microsoft.com/wiki/contents/articles/test-lab-guides.aspxhttp://social.technet.microsoft.com/wiki/contents/articles/ipv6-test-lab-for-windows-server-2008-r2-and-windows-7.aspxhttp://social.technet.microsoft.com/wiki/contents/articles/test-lab-guides.aspx

tlg demonstrate ipv6

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