Laboratorio 2 - Configurando RIPv2 y RIPng Básico

8/9/2019 Laboratorio 2 - Configurando RIPv2 y RIPng Básico

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Part 1:Confgure IPv6 on Devices

In Part 3, you will configure all interfaces with IPv6 addresses and verify connectivity.

Addressing Table

Device Interface IPv6 Address / Prefix Length Default Gateway

R1 G0/12001!"#$%$!$1/6&

'(#01 lin)*local +/$

0/0/02001!"#$%$!121/6&


R2 G0/02001!"#$%$!"2/6&


0/0/0

2001!"#$%$!122/6&


0/0/12001!"#$%$!232/6&


R3 G0/12001!"#$%$!%3/6&


0/0/12001!"#$%$!233/6&


P%*$ +I% 2001!"#$%$!$$/6& '(#01

P%*" +I% 2001!"#$%$!""/6& '(#02

P%*% +I% 2001!"#$%$!%%/6& '(#03

Step ! "#nfigure P" h#sts$

Refer to the $ddressing -ale for P% host address inforation.

Step %! "#nfigure IPv6 #n r#uters$

te $ssigning an IPv6 address in addition to an IPv& address on an interface is )nown asdual stac)ing. -his is ecause oth IPv& and IPv6 rotocol stac)s are active.

a. 'or each router interface, assign the gloal and lin) local address fro the $ddressing-ale.

. (nale IPv6 routing on each router.

c. (nter the aroriate coand to verify IPv6 addresses and lin) status. rite thecoand in the sace elow.

sh#w ipv6 interface brief

R1# show ipv6 interface brief


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GigabitEthernet0/0 [administratively down/down]

GigabitEthernet0/1 [up/up]

FE801

!001"8$%$"$1

&erial0/0/0 [up/up]

FE801

!001"8$%$"1!1

&erial0/0/1 [administratively down/down]

d. (ach wor)station should e ale to ing the attached router. erify and trouleshoot ifnecessary.

e. -he routers should e ale to ing one another. erify and trouleshoot if necessary.

Part 2:Confgure and Veriy RIPng Routing

In Part &, you will configure RIPng routing on all routers, verify that routing tales are udatedcorrectly, configure and distriute a default route, and verify end*to*end connectivity.

Step ! "#nfigure 'IPng r#uting$

ith IPv6, it is coon to have ultile IPv6 addresses configured on an interface. -henetwor) stateent has een eliinated in RIPng. RIPng routing is enaled at the interface levelinstead, and is identified y a locally significant rocess nae as ultile rocesses can ecreated with RIPng.

a. Issue the ipv6 rip Test enable coand for each interface on R1 that is to articiate inRIPng routing, where Test is the locally significant rocess nae.

R1'(on)ig*# interface g0/1

R1'(on)ig*# ipv6 rip Test1 enable

R1'(on)ig*# interface s0/0/0

R1'(on)ig*# ipv6 rip Test1 enable

. %onfigure RIPng for the serial interfaces on R2 with Test% as the rocess nae. !o notconfigure for the G0/0 interface.

R!'(on)ig*# interface s0/0/0

R!'(on)ig*# ipv6 rip Test2 enable

R!'(on)ig*# interface s0/0/1

R!'(on)ig*# ipv6 rip Test2 enable

c. %onfigure RIPng for each interface on R3 with Test( as the rocess nae.

R+'(on)ig*# interface g0/1

R+'(on)ig*# ipv6 rip Test3 enable

R+'(on)ig*# interface s0/0/1

R+'(on)ig*# ipv6 rip Test3 enable

d. erify that RIPng is running on the routers.

-he sh#w ipv6 pr#t#c#ls, sh#w run, sh#w ipv6 rip database, and sh#w ipv6 rip process name coands can all e used to confir that RIPng is running. 4n R1, issuethe sh#w ipv6 pr#t#c#ls coand.

R1# show ipv6 protocols

,-v. Routing -roto(ol is (onne(ted

,-v. Routing -roto(ol is "


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,-v. Routing -roto(ol is rip est1

,nter)a(es

&erial0/0/0

GigabitEthernet0/1

Redistribution

one

5ow is the RIPng listed in the outut

RIPng is listed y rocess nae.

e. Issue the sh#w ipv6 rip Test coand.

R1# show ipv6 rip Test1

R,- pro(ess est12 port 3!12 multi(ast4group FF0!52 pid +16

$dministrative distan(e is 1!07 a9imum paths is 1.

:pdates every +0 se(onds2 e9pire a)ter 180

;olddown lasts 0 se(onds2 garbage (olle(t a)ter 1!0

&plit hori


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via 2 GigabitEthernet0/1

? !001"8$%$"$1/1!8 [0/0]


R !001"8$%$"%/.6 [1!0/+]

via FE80!2 &erial0/0/0

% !001"8$%$"1!/.6 [0/0]

via 2 &erial0/0/0

? !001"8$%$"1!1/1!8 [0/0]

via 2 &erial0/0/0

R !001"8$%$"!+/.6 [1!0/!]

via FE80!2 &erial0/0/0

? FF00/8 [0/0]

via 2 ull0

4n R1, how any routes have een learned y RIPng 2



g. %hec) connectivity etween P%s.'ro P%*$, is it ossile to ing P%*" no

'ro P%*$, is it ossile to ing P%*% yes

'ro P%*%, is it ossile to ing P%*" no

'ro P%*%, is it ossile to ing P%*$ yes

hy are soe ings successful and others not

+o route has een advertised to the 2001!"#$%$!"/6& networ).

Step %! "#nfigure and redistribute a default r#ute$

a. 'ro R2, create a static default route to networ) 0/6& using the ipv6 r#ute coand, andthe IP address of e7it interface G0/0. -his forwards any un)nown destination address trafficto the R2 G0/0 interface toward P%*"s, siulating the Internet. rite the coand used inthe sace elow.

R28config9: iv6 route 0/6& 2001d#acad

. tatic routes can e included in RIPng udates y using the ipv6 rip process name default)inf#r*ati#n #riginate coand in interface configuration ode. %onfigure theserial lin)s on R2 to send the default route in RIPng udates.

R!'(on)ig*# int s0/0/0

R!'(on)ig4rtr*# ipv6 rip Test2 default-information originate

R!'(on)ig*# int s0/0/1

R!'(on)ig4rtr*# ipv6 rip Test2 default-information originate

Step (! +erify the r#uting c#nfigurati#n$

a. iew the IPv6 routing tale on R2.


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R!# show ipv6 route

,-v. Routing able 4 10 entries

%odes % 4 %onne(ted2 ? 4 ?o(al2 & 4 &tati(2 R 4 R,-2 4 G-

: 4 -er4user &tati( route2 4 ,-v.

,1 4 ,&,& ?12 ,! 4 ,&,& ?!2 ,$ 4 ,&,& interarea2 ,& 4 ,&,& summary

@ 4 @&-F intra2 @, 4 @&-F inter2 @E1 4 @&-F e9t 12 @E! 4 @&-F e9t !

@1 4 @&-F &&$ e9t 12 @! 4 @&-F &&$ e9t !

" 4 E,GR-2 EA 4 E,GR- e9ternal

& /.6 [1/0]

via 2001!"#$%$!""

R !001"8$%$"$/.6 [1!0/!]

via FE8012 &erial0/0/0

% !001"8$%$"/.6 [0/0]


? !001"8$%$"!/1!8 [0/0]


R !001"8$%$"%/.6 [1!0/!]

via FE80+2 &erial0/0/1% !001"8$%$"1!/.6 [0/0]

via 2 &erial0/0/0

? !001"8$%$"1!!/1!8 [0/0]

via 2 &erial0/0/0

% !001"8$%$"!+/.6 [0/0]

via 2 &erial0/0/1

? !001"8$%$"!+!/1!8 [0/0]

via 2 &erial0/0/1

? FF00/8 [0/0]

via 2 ull0

5ow can you tell fro the routing tale that R2 has a athway for Internet traffic

-he static default route shows u in the R2 routing tale.

/6& ;1/0<

via 2001!"#$%$!""

. iew the routing tales on R1 and R3.

5ow is the athway for Internet traffic rovided in their routing tales

-he default route shows u as a distriuted RIPng route with a etric of 2.R1

R /0 ;120/2<

via '(#02, erial0/0/0

R3

R /0 ;120/2<

via '(#02, erial0/0/1


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Step ,! +erify c#nnectivity$

iulate sending traffic to the Internet y inging fro P%*$ and P%*% to2001!"#$%$!""/6&.

ere the ings successful =es

Laboratorio 2 - Configurando RIPv2 y RIPng Básico

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