CCNA – Semester2
CCNA 3.1 Lab Topology
Semester 2
Semester 2
Lab 2.1 – Console connection
• Observe real routers and router’s interfaces • Establish console connection
Lab 2.2 – CLI and sho commands • Stand!alone routers
Lab 2." – #asic router confi$uration
R1
R2
R3
R4
R5
R6
S1 201.10.11.1/24
S0 201.10.11.2/24
S0/0 199.6.13.2/24
S0/1 192.168.3.1/24
S0 192.168.3.2/24
S0 34.10.120.2/16
N/A
S1 199.6.13.1/24
S1/0 204.204.7.1/24
S0/0 204.204.7.2/24
S1 34.10.120.1/16
NA
E0
E0
F0/0
F0/0
E0
E0
Lab 2.% ! C&'
R1
R2
R3
R4
R5
R6
S0 10.1.0.1/16
S0 10.2.0.1/16
S0/0 10.3.0.2/16
S0/0 10.4.0.1/16
S1 10.6.0.2/16
S0 10.6.0.1/16
S1 10.2.0.2/16
S1 10.3.0.2/16
S1/0 10.4.0.2/16
S1/1 10.5.0.2/16
S2 10.5.0.1/16
S1 10.1.0.2/16
E0
NA
F0/0
F0/0
NA
E0
Lab 2.( )ecover *assord and IOS • Stand!alone routers
Lab 2.+ – Static route
R1
R2
R3
R4
R5
R6
S1 201.10.11.1/24
S0 201.10.11.2/24
S0/0 199.6.13.2/24
S0/1 192.168.3.1/24
S0 192.168.3.2/24
S0 34.10.120.2/16
N/A
S1 199.6.13.1/24
S1/0 204.204.7.1/24
S0/0 204.204.7.2/24
S1 34.10.120.1/16
NA
E0
E0
F0/0
F0/0
E0
E0
Lab Lab 2.,A ! )I' 2.+ – Static route
R1
R2
R3
R4
R5
R6
S1 201.10.11.1/24
S0 201.10.11.2/24
S0/0 199.6.13.2/24
S0/1 192.168.3.1/24
S0 192.168.3.2/24
S0 34.10.120.2/16
N/A
S1 199.6.13.1/24
S1/0 204.204.7.1/24
S0/0 204.204.7.2/24
S1 34.10.120.1/16
NA
E0
E0
F0/0
F0/0
E0
E0
Lab 2.,# ! I-)'
Lab 2. – &efault route and troubleshootin$
Lab 2.11A – Standard ACL /offline0
Lab 2.11# ! Etended ACL /offline0
)A 1,2.1+.".1
Lab 2.11C ! ACL Challen$e /offline0 •Outer!netor3 can’t *in$ into inner! netor3
Internet
•&o not allo outer!netor3 to access inner!netor3 ece*t eb service in 4eb Server/.++0. •5raffic beteen Net1 and Net" is not alloed •Other netor3s can onl6 access eb service in 4eb Server •'ac3ets beteen 'C1/.%70 and 'C" /.70 are onl6 alloed if routed across the direct serial lin3
Net" 12.1+.1.82 %
.+
'C1
•5elnet to routers onl6 from 'C1
Net1
•All other 3ind of traffic is alloed
."2
'C2
'C" Net2 .+%
4eb
Lab 2.0A – Open Lab for 6 students
-iven the I' address ran$e9 22.1.(. Assign IP address to all hosts in the network -Serial connection using clock rate 64k and HDLC encapsulation -Config routing using IGRP with AS nu!er of "# for R$% R&% R4% R' -R( and R6 use default route onl) -*e a!le to use nae to access other routers -+sing eaningful !anner and description -All access ust !e authenticated -Capture config using tftp,ser-er or h)per terinal -Do not allow R( and R6 .thernet network to telnet to R& -/nl) allow 0S1A and 0S1* to access R4 we!site
Lab 2.# – O*en Lab for ( students -iven the I' address ran$e9 1.+..81+ -Assi$n I' address to all host in the netor3 -Serial connection usin$ cloc3 rate +%3 and :&LC enca*sulation -;sin$ meanin$ful banner and descri*tion -All access must be authenticated -Confi$ routin$ usin$ I-)' ith AS number of 2 for Lab #< C< & -Lab A and Lab E use default route onl6 -#e able to telnet to and confi$ all routers usin$ name -Ca*ture confi$ usin$ tft*!server or h6*er terminal -Onl6 allo Lab=C to telnet to LA#=# -&o not allo an6 host ece*t 4S=A and 4S=# access LA#=C ebsite
Semester "
Lab ".1 – >LS? and )I'v2 Use VLSM to create s!"et a##ress $or eac% "et&or' &(t% t%e re)(re*e"t o$ +, Eac% Et%er"et "et&or' (" S(te A re)(res 30 +,s Eac% Et%er"et "et&or' (" S(te re)(res 10 +s Use R+, 2 $or rot(" rotoco
Lab ".2 ! OS'@ •
1.+.".82%
•
'rocessI&9 (
•
&)9#ranch1 Site2
•
Be69neos*f
•
:ello9 1,s
•
&ead9 %s
•
Internet9#ranch1 Loo*bac3
Lab "." ! EI-)'
Lab ".+ #asic sitch confi$uration • Stand!alone sitches
Lab "., ! S5'
Lab ".7 ! >LAN
Lab ".A9 >LAN >5' •
Confi$ure >5' domain9 CCNA< *assord9 class< version 2.
•
>LANs9 Associate< 'rofessional< S*ecialist
•
5run3 *orts9 Server9 f81< Client9 f82
'orts -)
(efau!t
Asso&"ate
'rofess"ona!
$pe&"a!"st
$er%er
2 – 3, 6
4,5,8 – 12
#,13 – 19
20 – 24
!"ent
1,3 – 9
10 – 15
15 – 18, 20
19, 21 – 24
Lab ".# – >LAN Inter>LAN •
I' ran$e9 1,2.2..81+
•
>lan &efault /*ort 1 – (0 needs ( I's
•
>lan Sales /*ort + – 10 needs 1 I's
•
>lan En$ineer /*ort 11 – 1(0 needs ( I's
•
>lan ?ar3etin$ /*ort 1+ – 2"0 needs 1 I's
Lab ".A – O*en Lab for + students
• • • • • • • •
*a&+ *t+ernet netor reu"res 30 's onf"ure naes, passords, des&r"pt"ons and banners for routers $3 "s $er%er, $2 "s !"ent, ' doa"n Open, passord Lab "t+ 4 !an naed (efau!t, $a!e, aret"n, A&&out"n. reate 3 !an naed (efau!t, 7eote, $a!! on $1. $et 's for $es. nter-LA rout"n for a!! 4 LAs on 7outer *2 and 3 !an on 7outer ate. 7ed"str"bute routes beteen t+e 2 area "t+ defau!t etr"& On!: nodes "n LA 7eote are a!!oed to te!net to O1 and O2 (o not a!!o an: $1;s LA to a&&ess *2 b: eb (o not a!!o ftp and tftp traff"& beteen 2 areas.
Semester %
Lab %.1 – NA58'A5 &:C'
Lab%.2 5o*olo$6
Lab%." 5o*olo$6
Lab %.% – IS&N &ial!on!&emand routin$
Confi$ure dial!on!demand routin$ beteen 2 sites.
Lab %.+A – @rame )ela6
1. 2.
'>C/21!%20 and '>C/"2!%10 belon$ to 1 subnet /*artial!mesh0 I' address is 12.1+7.1.82% . Each Loo*bac3 interface reuires " I's. )ouin$ *rotocol is EI-)' ith AS 1
Lab %.+# – @rame )ela6 @ull mesh
