Assign addresses and s!#net mas pairs to device inter$aces and hosts.
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()amine the !se o$ the availa#le netor address space.
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etermine ho static ro!ting co!ld #e applied to the netor.
Scenario In this la#, yo! have #een given the netor address 192.13.9.0'2% to s!#net and provide the I" addressing $or the netor shon in the opology iagram. he netor has the $olloing addressing re4!irements+ •
he lin $rom 68 to 5*A&C61 ill re4!ire an I" address $or each end o$ the lin.
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he lin $rom 68 to 5*A&C62 ill re4!ire an I" address $or each end o$ the lin.
-ote: *emem#er that the inter$aces o$ netor devices are also host I" addresses and are incl!ded in the a#ove addressing re4!irements.:
Tas# 1: amine t4e -et%or# ,euirements. ()amine the netor re4!irements and anser the 4!estions #elo. ;eep in mind that I" addresses ill #e needed $or each o$ the A& inter$aces. 6o many s!#nets are needed< 7 =hat is the ma)im!m n!m#er o$ I" addresses that are needed $or a single s!#net< 20 6o many I" addresses are needed $or each o$ the #ranch A&s< 10 =hat is the total n!m#er o$ I" addresses that are needed< 64
Tas# 2: Design an I! Addressing Sc4eme. Step 1: Subnet t4e 162.178.6.) net%or# into t4e appropriate number o subnets. =hat ill the s!#net mas #e $or the s!#netors< 255.255.255.224 6o many !sa#le host I" addresses are there per s!#net< 30 >ill in the $olloing chart ith the s!#net in$ormation. Subn et
Subnet
(irst 9sable
Last 9sable
+roadc ast
CC&A ()ploration *o!ting "rotocols and Concepts+ Introd!ction to ynamic *o!ting "rotocols
Step 2: Assign t4e subnets to t4e net%or# s4o%n in t4e Topology Diagram. =hen assigning the s!#nets, eep in mind that ro!ting ill need to occ!r to allo in$ormation to #e sent thro!gho!t the netor. he s!#nets ill #e assigned to the netors to allo $or ro!te s!mmari?ation on each o$ the ro!ters. 1.
Assign $irst s!#net loest s!#net: to the A& connected to the >a0'1 inter$ace o$ 5*A&C62. =hat is the s!#net address< 192.168.9.0/27
2.
Assign second s!#net to A& connected to the >a0'0 inter$ace o$ 5*A&C62. =hat is the s!#net address< 192.168.9.32/27
-.
Assign third s!#net to A& connected to the >a0'0 inter$ace o$ 5*A&C61. =hat is the s!#net address< 192.168.9.64/27
%.
Assign $o!rth s!#net to A& connected to the >a0'1 inter$ace o$ 5*A&C61. =hat is the s!#net address< 192.168.9.96/27
.
Assign $i$th s!#net to the =A& lin $rom 68 to 5*A&C61. =hat is the s!#net address< 192.168.9.128/27
.
Assign si)th s!#net to the =A& lin $rom 68 to 5*A&C62. 192.168.160/27
7.
Assign seventh s!#net to A& connected to the >a0'1 inter$ace o$ 68. =hat is the s!#net address< 192.168.9.192/27
&ote+ he highest s!#net ill not #e re4!ired in this topology.
Tas# 3: Assign I! Addresses to t4e -et%or# Devices Assign the appropriate addresses to the device inter$aces. oc!ment the addresses to #e !sed in the Addressing a#le provided !nder the opology iagram. Step 1: Assign addresses to t4e &' router. 1.
Assign the $irst valid host address in the 68 A& s!#net to the A& inter$ace.
2.
Assign the $irst valid host address in lin $rom 68 to 5*A&C61 s!#net to the S0'0'0 inter$ace.
-.
Assign the $irst valid host address in lin $rom 68 to 5*A&C62 s!#net to the S0'0'1 inter$ace.
Step 2: Assign addresses to t4e +,A-&1 router. 1.
Assign the $irst valid host address in the 5*A&C61 A& 1 s!#net to the >a0'0 A& inter$ace.
2.
Assign the $irst valid host address in the 5*A&C61 A& 2 s!#net to the >a0'1 A& inter$ace.
-.
Assign the last valid host address in lin $rom 68 to 5*A&C61 s!#net to the =A& inter$ace.
Step 3: Assign addresses to t4e +,A-&2 router. 1.
Assign the $irst valid host address in the 5*A&C62 A& 1 s!#net to the >a0'0 A& inter$ace.
2.
Assign the $irst valid host address in the 5*A&C62 A& 2 s!#net to the >a0'1 A& inter$ace.
-.
Assign the last valid host address in lin $rom 68 to 5*A&C62 s!#net to the =A& inter$ace.
Step /: Assign addresses to t4e 4ost !s. 1.
Assign the last valid host address in the 68 A& s!#net to "C1.
2.
Assign the last valid host address in the 5*A&C61 A& 1 s!#net to "C-.
-.
Assign the last valid host address in the 5*A&C61 A& 2 s!#net to "C2.
%.
Assign the last valid host address in the 5*A&C62 A& 1 s!#net to "C%.
.
Assign the last valid host address in the 5*A&C62 A& 2 s!#net to "C.
Tas# /: Test t4e -et%or# Design. Apply yo!r addressing scheme. Chec to see that all devices on directly connected netors can ping each other.
Tas# 5: ,election 6o many I" address in the 192.13.9.0 netor are !n!sed or !n!sa#le in this design< 192 =hat o!ld the command #e to add a de$a!lt static ro!te on the =A& inter$ace o$ the 5*A&C61 ro!ter< Ip route 0.0.0.0.0.0.0.0 Serial0/0
Can #oth o$ the 5*A&C61 A&s #e s!mmari?ed into one ro!te on the 68 ro!ter< Sí =hat o!ld #e the command !sed to add this s!mmary ro!te to the ro!ting ta#le< Ip route 192.168.9.64 255.255.255.192 Serial0/0
Can #oth o$ the 5*A&C62 A&s #e s!mmari?ed into one ro!te on the 68 ro!ter< Sí =hat o!ld #e the command !sed to add this s!mmary ro!te to the ro!ting ta#le< Ip route 192.168.9.0 255.255.255.192 Serial0/1
Can the 68 A& and #oth o$ the 5*A&C61 A&s #e s!mmari?ed into one ro!te on the 5*A&C62 ro!ter< his s!mmari?ed ro!te sho!ld also incl!de the lin #eteen the 68 and 5*A&C61 ro!ters.
=hat o!ld #e the command !sed to add this s!mmary ro!te to the ro!ting ta#le<
