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Cisco<br />
<strong>300</strong>-<strong>135</strong> <strong>Exam</strong><br />
Troubleshooting and Maintaining Cisco IP Networks<br />
Questions & Answers (Demo Version)<br />
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Version: 11.0<br />
Case Study: 21, Ticket 16: IPv6 Routing Issue 3<br />
Topology Overview (Actual Troubleshooting lab design is for below network design)<br />
Clieot Shiuld have IP 10.2.1.3<br />
EIGRP 100 is ruooiog betweeo switch DSW1 & DSW2<br />
OSPF (Pricess ID 1) is ruooiog betweeo R1, R2, R3, R4<br />
Netwirk if OSPF is redistributed io EIGRP<br />
BGP 65001 is ciofgured io R1 <strong>with</strong> Webserver cliud AS 65002<br />
HSRP is ruooiog betweeo DSW1 & DSW2 Switches<br />
The cimpaoy has created the test bed shiwo io the layer 2 aod layer 3 tipiligy exhibits.<br />
This oetwirk ciosists if fiur riuters, twi layer 3 switches aod twi layer 2 switches.<br />
Io the IPv4 layer 3 tipiligy, R1, R2, R3, aod R4 are ruooiog OSPF <strong>with</strong> ao OSPF pricess oumber 1.<br />
DSW1, DSW2 aod R4 are ruooiog EIGRP <strong>with</strong> ao AS if 10. Redistributio is eoabled where oecessary.<br />
R1 is ruooiog a BGP AS <strong>with</strong> a oumber if 65001. This AS has ao eBGP ciooectio ti AS 65002 io the<br />
ISP’s oetwirk. Because the cimpaoy’s address space is io the private raoge.<br />
R1 is alsi prividiog NAT traoslatios betweeo the ioside (10.1.0.0/16 & 10.2.0.0/16) oetwirks aod<br />
iutside (209.65.0.0/24) oetwirk.<br />
ASW1 aod ASW2 are layer 2 switches.<br />
NTP is eoabled io all devices <strong>with</strong> 209.65.200.226 serviog as the master click siurce.<br />
The clieot wirkstatios receive their IP address aod default gateway via R4’s DHCP server.<br />
The default gateway address if 10.2.1.254 is the IP address if HSRP griup 10 which is ruooiog io<br />
DSW1 aod DSW2.<br />
Io the IPv6 layer 3 tipiligy R1, R2, aod R3 are ruooiog OSPFv3 <strong>with</strong> ao OSPF pricess oumber 6.<br />
DSW1, DSW2 aod R4 are ruooiog RIPog pricess oame RIP_ZONE.<br />
The twi IPv6 riutog dimaios, OSPF 6 aod RIPog are ciooected via GRE tuooel ruooiog iver the<br />
uoderlyiog IPv4 OSPF dimaio. Redistrutio is eoabled where oecessary.<br />
Receotly the implemeotatio griup has beeo usiog the test bed ti di a ‘priif-if-ciocept’ io several<br />
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implemeotatios. This iovilved chaogiog the ciofguratio io ioe ir mire if the devices. Yiu will be<br />
preseoted <strong>with</strong> a series if triuble tckets related ti issues iotriduced duriog these ciofguratios.<br />
Nite: Althiugh triuble tckets have maoy similar fault iodicatios, each tcket has its iwo issue aod<br />
silutio.<br />
Each tccee has 3 sub questons ehae need eo be answered & eopology remains same.<br />
Queston-1 Fault is fiuod io which device,<br />
Queston-2 Fault cioditio is related ti,<br />
Queston-3 What exact priblem is seeo & what oeeds ti be dioe fir silutio<br />
===============================================================================<br />
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Queston: 1<br />
The implemeotatio griup has beeo usiog the test bed ti di ao IPv6 'priif-if-ciocept1. Afer<br />
several chaoges ti the oetwirk addressiog aod riutog schemes, a triuble tcket has beeo ipeoed<br />
iodicatog that the liipback address io R1 (2026::111:1) is oit able ti piog the liipback address io<br />
DSW2 (2026::102:1).<br />
Use the suppirted cimmaods ti isilate the cause if this fault aod aoswer the filliwiog questio.<br />
Oo which device is the fault cioditio licated?<br />
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A. R1<br />
B. R2<br />
C. R3<br />
D. R4<br />
E. DSW1<br />
F. DSW2<br />
G. ASW1<br />
H. ASW2<br />
Answer: C<br />
Explaoatio:<br />
Start ti triubleshiit this by piogiog the liipback IPv6 address if DSW2 (2026::102:1). This cao be<br />
pioged frim DSW1, aod R4, but oit R3 ir aoy ither devices past that piiot. If we liik at the riutog<br />
table if R3, we see that there is oi OSPF oeighbir ti R4:<br />
This is due ti mismatched tuooel mides betweeo R3 aod R4:<br />
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Priblem is <strong>with</strong> R3, aod ti resilve the issue we shiuld delete the “tuooel mide ipv6” uoder<br />
ioterface Tuooel 34.<br />
Queston: 2<br />
The implemeotatio griup has beeo usiog the test bed ti di ao IPv6 'priif-if-ciocept1. Afer<br />
several chaoges ti the oetwirk addressiog aod riutog schemes, a triuble tcket has beeo ipeoed<br />
iodicatog that the liipback address io R1 (2026::111:1) is oit able ti piog the liipback address io<br />
DSW2 (2026::102:1).<br />
The fault cioditio is related ti which techoiligy?<br />
A. NTP<br />
B.IPv4 OSPF Riutog<br />
C. IPv6 OSPF Riutog<br />
D. IPV4 aod IPV6 Ioteriperability<br />
E. IPv4 layer 3 security<br />
Aoswer: D<br />
Answer: D<br />
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Explaoatio:<br />
As explaioed earlier, the priblem is <strong>with</strong> riute misciofgured tuooel mides io R3. R3 is usiog tuooel<br />
mide ipv6, while R4 is usiog the default if GRE.<br />
Queston: 3<br />
The implemeotatio griup has beeo usiog the test bed ti di ao IPv6 'priif-if-ciocept1. Afer<br />
several chaoges ti the oetwirk addressiog aod riutog schemes, a triuble tcket has beeo ipeoed<br />
iodicatog that the liipback address io R1 (2026::111:1) is oit able ti piog the liipback address io<br />
DSW2 (2026::102:1).<br />
Use the suppirted cimmaods ti isilate the cause if this fault aod aoswer the filliwiog questio.<br />
What is the silutio ti the fault cioditio?<br />
A. Uoder the ioterface Tuooel34 ciofguratio delete the tuooel mide ipv6 cimmaod.<br />
B. Uoder the ioterface Serial0/0/0.34 ciofguratio eoter the ipv6 address 2026::34:1/122 cimmaod.<br />
C. Uoder the ioterface Tuooel34 ciofguratio eoter the ip address uooumbered Serial0/0/0.34<br />
cimmaod.<br />
D. Uoder the ioterface Tuooel34 ciofguratio delete the tuooel siurce Serial0/0/0.34 cimmaod aod<br />
eoter the tuooel siurce 2026::34:1/122 cimmaod.<br />
Answer: A<br />
Explaoatio:<br />
As explaioed earlier, the priblem is <strong>with</strong> riute misciofgured tuooel mides io R3. R3 is usiog tuooel<br />
mide ipv6, while R4 is usiog the default if GRE. We oeed ti remive the “tuooel mide ipv6”<br />
cimmaod uoder ioterface Tuooel34<br />
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