CISCO思科CCIE认证考试题135DEMO.pdf

CCIE LAB Routing Switching CCIE LAB Routing Switching Version 1 1 Update 2007 10 10 CCIE LAB Routing Switching CCIE LAB Routing Switching Section 1 Bridging and Switching 30 points 1 Frame Relay Setup 3 points Requests ping to pass you own frame relay interface 1 1 you must only use the PVC s indicated on Diagram user of any dynamic circuits is not permitted config R3 R4 and R6 s rame Relay connection use network YY YY 34 x 29 R4 is HUB router R3 and R6 is spoke R3 Int s0 0 0 Enca frame Ip add YY YY 34 3 255 255 255 248 No frame inver No arp frame Frame map ip YY YY 34 3 304 br Frame map ip YY YY 34 4 304 br Frame map ip YY YY 34 6 304 br No shutdown R4 Int s0 0 0 Enca frame Ip add YY YY 34 4 255 255 255 248 No frame inver No arp frame Frame map ip YY YY 34 3 403 br Frame map ip YY YY 34 4 403 br ping Frame map ip YY YY 34 6 406 br No shutdown R6 Int s0 0 0 Enca frame Ip add YY YY 34 6 255 255 255 248 No frame inver No arp frame Frame map ip YY YY 34 3 604 br CCIE LAB Routing Switching Frame map ip YY YY 34 4 604 br Frame map ip YY YY 34 6 604 br ping No shutdown 1 2 between R1 and R3 is a frame relay segment R2 and R4 also have a Frame relay segment too The address respectively is YY YY 13 x 24 YY YY 24 x 24 R1 CCIE LAB Routing Switching Int s0 0 1 Enca frame Ip add YY YY 13 1 255 255 255 0 No frame inver No arp frame Frame map ip YY YY 13 1 113 br Frame map ip YY YY 13 3 113 br No shutdown R3 Int s0 0 1 Enca frame Ip add YY YY 13 3 255 255 255 0 No frame inver No arp frame Frame map ip YY YY 13 3 311 br Frame map ip YY YY 13 1 311 br No shutdown R2 Int s0 0 1 Enca frame Ip add YY YY 24 2 255 255 255 0 No frame inver No arp frame Frame map ip YY YY 24 2 214 br Frame map ip YY YY 24 4 214 br No shutdown R4 Int s1 1 Enca frame Ip add YY YY 24 4 255 255 255 0 No frame inver No arp frame Frame map ip YY YY 24 2 412 br Frame map ip YY YY 24 4 412 br No shutdown CCIE LAB Routing Switching 2 Trunk 3 points 2 Trunk 3 points config SW1 SW2 SW3 SW4 with full mesh use the trunk IEEE stand trunking protocol Is the request uses DOT1Q And fully uses the band width Attention EtherChannel Protocol is PAgP LACP or on has not requested in the resolution dot1q uses LACP SW1 Int range f0 19 20 Sw tr enca dot1q Sw mode tr Channel group 13 mode active No shutdown Int range f0 21 22 Sw tr enca dot1q Sw mode tr Channel group 14 mode active No shutdown Int range f0 23 24 Sw tr enca dot1q Sw mode tr Channel group 12 mode active No shutdown SW2 Int range f0 19 20 Sw tr enca dot1q Sw mode tr Channel group 24 mode active No shutdown Int range f0 21 22 Sw tr enca dot1q Sw mode tr Channel group 23 mode active No shutdown Int range f0 23 24 Sw tr enca dot1q CCIE LAB Routing Switching Sw mode tr Channel group 12 mode active No shutdown SW3 Int range f0 19 20 Sw tr enca dot1q Sw mode tr Channel group 13 mode active No shutdown Int range f0 21 22 Sw tr enca dot1q Sw mode tr Channel group 23 mode active No shutdown Int range f0 23 24 Sw tr enca dot1q Sw mode tr Channel group 34 mode active No shutdown SW4 Int range f0 19 20 Sw tr enca dot1q Sw mode tr Channel group 24 mode active No shutdown Int range f0 21 22 Sw tr enca dot1q Sw mode tr Channel group 14 mode active No shutdown Int range f0 23 24 Sw tr enca dot1q Sw mode tr Channel group 34 mode active No shutdown CCIE LAB Routing Switching 3 VTP 2 points 3 VTP 2 points The topic requests SW1 is server other is client The topic has disposed 12 vlan in advance Vtp domain uses ccie solution SW1 Vtp domain ccie Vtp mode server SW2 SW3 SW4 Vtp domain ccie Vtp mode client 4 VLAN 4 VLAN 12 VLAN disposed in advance well the complete capital letter did not have to change Also has VLAN GOLD and VLAN TEST VLAN A to VLAN G Vlan name and the vlan number corresponding relations is not possibly correct NAME VLAN NUMBER Network Address ACTIVECRIPTIONNAME VLAN NUMBER Network Address ACTIVECRIPTION VLAn A 19 yy yy 19 0 24 VLAN segment on R1 VLAN B 26 yy yy 26 0 24 VLAN segment between R2 and R6 VLAN C 35 yy yy 35 0 24 VLAN segment between R3 and R5 VLAN D 36 yy yy 36 0 24 VLAN segment on R3 VLAN E 56 YY YY 56 0 24 VLAN Segment on R5 VLAN F 300 VLAN G 66 YY YY 66 0 24 VLAN Segment between R6 and SW2 VLAN GOLD 11 Y YY 11 0 24 Backbone VLAN between SW1 SW2 SW3 SW4 VLAN BB1 201 150 1 YY 0 24 BB1 VLAN between BB1 and R1 VLAN BB2 202 150 2 YY 0 24 BB2 VLAN between BB2 and R4 VLAN BB3 203 150 3 YY 0 24 BB3 VLAN between BB3 and R6 VLAN TEST 801 YY YY 80 0 28 Test VLAN between SW1 and SW3 CCIE LAB Routing Switching solution First inspects and guarantees VLAN ID and VLAN name in SW1 correct also the correspondence is consistent again inspects other three switchs whether correctly learning these VLAN information through VTP next configure the port to appropriate vlan on SW1 SW2 SW3 SW1 Int range f0 1 f0 10 Sw mode acc Sw acc vlan 201 No shutdown Int range f0 2 f0 6 Sw mode acc Sw acc vlan 26 No shutdown Int f0 3 Sw mode acc Sw acc vlan 36 No shutdown Int fa0 4 Swi mode acc Swi acc vlan 202 No sh Int fa0 5 Swi mode acc Swi acc vlan 56 No sh SW2 Int range f0 1 Sw mode acc Sw acc vlan 19 No shutdown Int range f0 3 f0 5 Sw mode acc CCIE LAB Routing Switching Sw acc vlan 35 No shutdown Int f0 6 Sw tr enca dot1q Sw mode tr No shutdown Int fa0 10 Swi mode acc Swi access vlan 202 no sh SW3 Int f0 10 Sw mode acc Sw acc vlan 203 No shutdown R1 BB1 R4 BB2 R6 BB3 can ping each other 5 SVI Setup 1 4 switchboards have VLAN GOLD SVI the networks respectively are