CCIE R&S Real Lab H2 Config

© 2014-2018 CCIERNSTRICKS.COM July 29, 2018
© 2014-2018 CCIERNSTRICKS.COM 127
1.1 SWITCH ADMINISTRATION
Configure the ACME headquarters network (AS 12345) as per the following requirements
 The VTP domain must be set to CCIE
 Use VTP version 2
 SW1 must be the VTP server and SW2 must be the VTP client
 Secure all VTP update with an MD5 digest of the ASCII string CCIErock$
 In order to avoid as much as possible unknown unicast flooding in all VLANs the administrator
requires that any dynamic entries learned by either SW1 to SW2 must be retained for 2 hours
before being refresh,
Configure the network of the new York office (AS 34567) as per the following requirements
 The VTP domain must be set to CCIE
 Use VTP version 2
 SW3 and SW4 must no advertise their VLAN configuration but must forward VTP advertisement
that they receive out their trunk ports
 Secure all VTP update with an MD5 digest of the ASCII string CCIErock?
DIAGRAM:
Internet SP
BGP 30000R20
R2 R3
R4 R5
R1
R7R6
SW1 SW2
R8 R9
R10 R11
SW3 SW4
ACME HQ
SAN FRANCISCO
BGP AS 12345
123.10.1.X/30
ACME
NEW YORK
BGP AS 34567
123.10.2.X/30
ACME
SAN JOSE
BGP AS 65112 101.1.123.2/30
5x VPN
E0/0
102.2.123.2/30
5x VPN
E0/0
E0/3 .1 E0/1 .9 E0/1 .10
E0/2 .17
E0/0 .2
E0/1 .18
VLAN 23
VLAN 24
E0/3.5E0/1 .6
5x VPN
5x VPN
E0/0 .2
E0/2 .13
E0/2 .14
VLAN 35
E0/1 .1 E0/2 .5 E0/1 .6VLAN 14 VLAN 15
VLAN 67
E0/2 .21
E0/2 .22
VLAN 46 VLAN 57
E0/0 .29
E0/2 .30
E0/1 .25 E0/1 .26
E0/0 .2
3x VPN
201.1.123.2/30
E0/0 .2
3x VPN
202.2.123.2/30
101.1.34.2/30
E0/0
E0/1 .5
E0/1 .18
S38 .6
S310 .17
VLAN 38
VLAN 310
VLAN 34
S34 .13 S34 .14
VLAN 89
E0/2 .1 E0/1 .2
102.1.34.2/30
E0/0
VLAN 49
S49 .10
E0/2 .9
S411 .21
VLAN 411
E0/2 .22
VLAN 111
E0/2 .25 E0/1 .26
E0/0 .2
201.1.34.2/30
E0/0 .2
202.2.34.2/30
33.34.4.2/30
E1/0
33.34.3.2/30
E1/0
10.2.19.1/24
SOLUTION:
SW1:
CCIERNSTRICKS.COM_H1.1_SW1(config)#
CCIERNSTRICKS.COM_H1.1_SW1(config)#VTP domain CCIE

CCIERNSTRICKS.COM_H1.1_SW1(config)#VTP mode server
CCIERNSTRICKS.COM_H1.1_SW1(config)#VTP version 2
CCIERNSTRICKS.COM_H1.1_SW1(config)#VTP password CCIErock?
TO GET THE QUESTION MARK ENTERD, TYPE CTRL + V, AND THE ENTER THE ? CHARACTER
CCIERNSTRICKS.COM_H1.1_SW1(config)#Mac-address again 7200
SW2:
CCIERNSTRICKS.COM_H1.1_SW2(config)#VTP mode client
CCIERNSTRICKS.COM_H1.1_SW2(config)#VTP password CCIErock?
CCIERNSTRICKS.COM_H1.1_SW2(config)#Mac-address again 7200
SW3
CCIERNSTRICKS.COM_H1.1_SW3(config)#VTP mode transparent
CCIERNSTRICKS.COM_H1.1_SW3(config)#VTP password CCIErock$
SW4:
CCIERNSTRICKS.COM_H1.1_SW4(config)#VTP mode transparent
CCIERNSTRICKS.COM_H1.1_SW4(config)#VTP password CCIErock$

1.2 LAYER 2 PORTS
Configure your network as per the following requirements
Complete the configuration of all VLANs so that all routers those are located in ACME's
Headquarters (AS12345) and New York office (AS 34567) can ping their directly connected neighbors
 All four switches (SW1-SW4) must have dot1q trunks that do not rely on negotiation do not
configure any etherchannel
 Ensure that the following unused ports on all four switches are shutdown and
 Configured as access ports in VLAN 999
E3/0 - E3/3 are unused on SW1 and SW2
DIAGRAM:
Internet SP
BGP 30000R20
R2 R3
R4 R5
R1
R7R6
SW1 SW2
R8 R9
R10 R11
SW3 SW4
ACME HQ
SAN FRANCISCO
BGP AS 12345
123.10.1.X/30
ACME
NEW YORK
BGP AS 34567
123.10.2.X/30
ACME
SAN JOSE
BGP AS 65112 101.1.123.2/30
5x VPN
E0/0
102.2.123.2/30
5x VPN
E0/0
E0/3 .1 E0/1 .9 E0/1 .10
E0/2 .17
E0/0 .2
E0/1 .18
VLAN 23
VLAN 24
E0/3.5E0/1 .6
5x VPN
5x VPN
E0/0 .2
E0/2 .13
E0/2 .14
VLAN 35
E0/1 .1 E0/2 .5 E0/1 .6VLAN 14 VLAN 15
VLAN 67
E0/2 .21
E0/2 .22
VLAN 46 VLAN 57
E0/0 .29
E0/2 .30
E0/1 .25 E0/1 .26
E0/0 .2
3x VPN
201.1.123.2/30
E0/0 .2
3x VPN
202.2.123.2/30
101.1.34.2/30
E0/0
E0/1 .5
E0/1 .18
S38 .6
S310 .17
VLAN 38
VLAN 310
VLAN 34
S34 .13 S34 .14
VLAN 89
E0/2 .1 E0/1 .2
102.1.34.2/30
E0/0
VLAN 49
S49 .10
E0/2 .9
S411 .21
VLAN 411
E0/2 .22
VLAN 111
E0/2 .25 E0/1 .26
E0/0 .2
201.1.34.2/30
E0/0 .2
202.2.34.2/30
33.34.4.2/30
E1/0
33.34.3.2/30
E1/0
10.2.19.1/24
SOLUTION:
SW1:
CCIERNSTRICKS.COM_H1.1_SW1(config)#Vlan 14,15,23,24,35,46,57,67,999
TO KNOW THE SWITCH PORT DETAILS OF DEVICES USE show cdp neighbors COMMAND AND ASSING
VLAN ACCORDINGLY.
CCIERNSTRICKS.COM_H1.1_SW1(config)#interface eth0/0
CCIERNSTRICKS.COM_H1.1_SW1(config-if)# switchport mode access

CCIERNSTRICKS.COM_H1.1_SW1(config-if)# switchport access vlan 14
CCIERNSTRICKS.COM_H1.1_SW1(config-if)# shutdown

CCIERNSTRICKS.COM_H1.1_SW1(config)#Interface range eth 2/0-3
CCIERNSTRICKS.COM_H1.1_SW1(config)#switchport trunk encapsulation dot1q
CCIERNSTRICKS.COM_H1.1_SW1(config)#switchport mode trunk
CCIERNSTRICKS.COM_H1.1_SW1(config)#switchport nonegotiate
SW2:
VLAN ACCORDINGLY.

SW3:
CCIERNSTRICKS.COM_H1.1_SW3(config)#Vlan 34,38,49,89,111,310,411,999
VLAN ACCORDINGLY.

IN EXAM SOME TIME VLAN INTERFACES ARE SHUTDOWN PLEASE CHECK THOSE INTERFACES IF THOSE
INTERFACES SHOUTDOWN THEN MAKE THEM UP
CCIERNSTRICKS.COM_H1.1_SW3(config)#interface Vlan34
CCIERNSTRICKS.COM_H1.1_SW3(config-if)#no shutdown
SW4:
CCIERNSTRICKS.COM_H1.1_SW4(config)#Vlan 34,38,49,89,111,310,411,999
VLAN ACCORDINGLY.

AFTER CONFIGURATION OF ALL ABOVE TASK PLEASE MAKE SURE THAT ALL DEVICES IN AS 12345 AND AS
34567 ARE ABLE TO PING ITS DIRECTLY CONNECTED NEIGHBORS

1.3 SPANNING TREE
Configure the ACME network as per the following requirements.
 SW1 must be the root switch for all odd vlans and must be the backup for all even vlans
 SW2 must be the root switch for all even vlans and must be the backup for all odd vlans
 SW3 must be the root switch for all odd vlans and must be the backup for all even vlans
 SW4 must be the root switch for all even vlans and must be the backup for all odd vlans
 Explicitly configure the root and backup roles, assuming that other switches with default
configuration may eventually be added in the network in the future
 All switches must maintain one STP instance per vlan
 Use the STP mode that has only three possible states
 All access ports must immediately transitioned to the forwarding state upon link up and they
must still participate in STP. Use single command per switch to enable this
 Access ports must automatically shut down if they receive any BPDU and an administrator must
still manually re-enable the port. Use a single command per switch to enable this feature.
DIAGRAM:
Internet SP
BGP 30000R20
R2 R3
R4 R5
R1
R7R6
SW1 SW2
R8 R9
R10 R11
SW3 SW4
ACME HQ
SAN FRANCISCO
BGP AS 12345
123.10.1.X/30
ACME
NEW YORK
BGP AS 34567
123.10.2.X/30
ACME
SAN JOSE
BGP AS 65112 101.1.123.2/30
5x VPN
E0/0
102.2.123.2/30
5x VPN
E0/0
E0/3 .1 E0/1 .9 E0/1 .10
E0/2 .17
E0/0 .2
E0/1 .18
VLAN 23
VLAN 24
E0/3.5E0/1 .6
5x VPN
5x VPN
E0/0 .2
E0/2 .13
E0/2 .14
VLAN 35
E0/1 .1 E0/2 .5 E0/1 .6VLAN 14 VLAN 15
VLAN 67
E0/2 .21
E0/2 .22
VLAN 46 VLAN 57
E0/0 .29
E0/2 .30
E0/1 .25 E0/1 .26
E0/0 .2
3x VPN
201.1.123.2/30
E0/0 .2
3x VPN
202.2.123.2/30
101.1.34.2/30
E0/0
E0/1 .5
E0/1 .18
S38 .6
S310 .17
VLAN 38
VLAN 310
VLAN 34
S34 .13 S34 .14
VLAN 89
E0/2 .1 E0/1 .2
102.1.34.2/30
E0/0
VLAN 49
S49 .10
E0/2 .9
S411 .21
VLAN 411
E0/2 .22
VLAN 111
E0/2 .25 E0/1 .26
E0/0 .2
201.1.34.2/30
E0/0 .2
202.2.34.2/30
33.34.4.2/30
E1/0
33.34.3.2/30
E1/0
10.2.19.1/24
SOLUTIONS:
SW1:
CCIERNSTRICKS.COM_H1.1_SW1(config)#Spanning-tree mode rapid-pvst
CCIERNSTRICKS.COM_H1.1_SW1(config)#Spanning-tree portfast default
CCIERNSTRICKS.COM_H1.1_SW1(config)#Spanning-tree portfast bpduguard default
CCIERNSTRICKS.COM_H1.1_SW1(config)#Spanning-tree vlan 1,15,23,35,57,67,999 priority 0
CCIERNSTRICKS.COM_H1.1_SW1(config)#Spanning-tree vlan 14,24,46 priority 4096

SW2:
CCIERNSTRICKS.COM_H1.1_SW2(config)#Spanning-tree vlan 1,15,23,35,57,67,999 priority 4096
CCIERNSTRICKS.COM_H1.1_SW2(config)#Spanning-tree vlan 14,24,46 priority 0
SW3:
CCIERNSTRICKS.COM_H1.1_SW3(config)#spanning-tree vlan 1,49,89,111,411,999 priority 0
CCIERNSTRICKS.COM_H1.1_SW3(config)#spanning-tree vlan 34,38,310 priority 4096
SW4:
CCIERNSTRICKS.COM_H1.1_SW4(config)#spanning-tree vlan 1,49,89,111,411,999 priority 4096
CCIERNSTRICKS.COM_H1.1_SW4(config)#spanning-tree vlan 34,38,310 priority 0

1.4 WAN SWITCHING
The WAN links must rely on a layer 2 protocol that supports link negotiation and authentication.
 The Service provider expects both R18 and R19 to complete three way hand shake by providing
the expected response of a challenge that is sent by AS 20003 Router
 R18 must use the username ACME-R18 and password CCIE
 R19 must use the username ACME-R19 and password CCIE
DIAGRAM:
SOLUTIONS:
R18:
CCIERNSTRICKS.COM_H1.1_R18(config)#int s1/0
CCIERNSTRICKS.COM_H1.1_R18(config)# no shutdown
CCIERNSTRICKS.COM_H1.1_R18(config-if)#encap ppp
CCIERNSTRICKS.COM_H1.1_R18(config-if)#no peer neighbor-route
CCIERNSTRICKS.COM_H1.1_R18(config-if)#ppp chap hostname ACME-R18
CCIERNSTRICKS.COM_H1.1_R18(config-if)#ppp chap password CCIE
R19:
CCIERNSTRICKS.COM_H1.1_R19(config)#int s1/0
CCIERNSTRICKS.COM_H1.1_R19(config)# no shutdown

CCIERNSTRICKS.COM_H1.1_R19(config-if)#encap ppp
CCIERNSTRICKS.COM_H1.1_R19(config-if)#no peer neighbor-route
CCIERNSTRICKS.COM_H1.1_R19(config-if)#ppp chap hostname ACME-R19
CCIERNSTRICKS.COM_H1.1_R19(config-if)#ppp chap password CCIE

SECTION II LAYER 3 TECHNOLOGIES

2.1 OSPF IN AS12345
Configure OSPFv2 area 0 in ACME HQ (AS12345) according to the following requirements:
 Configure the OSPF process id to 12345 and set the router id to interface lo0 on all seven
routers
 The interface lo0 at each router must be seen as an internal OSPF prefix by all other routers
 Ensure that OSPF is not running on any interface that is facing another AS. use any method to
accomplish this requirement
 SW1 and SW2 must not participate in routing at all
 Do not change the default OSPF cost of any interface in AS12345
 Ensure that R1 must see OSPF routes in routing table as STUB, it is not order you configure R1 in
STUB area, just make sure R1 won't be a Transit router of Traffics R1 is not Source or Destination
 R1 must see the following OSPF routes in the routing table
R1#sh ip route OSPF
Codes: L - local, C - connected, S - static, R - RIP, M - mobile, B - BGP
D - EIGRP, EX - EIGRP external, O - OSPF, IA - OSPF inter area
N1 - OSPF NSSA external type 1, N2 - OSPF NSSA external type 2
E1 - OSPF external type 1, E2 - OSPF external type 2
i - IS-IS, su - IS-IS summary, L1 - IS-IS level-1, L2 - IS-IS level-2
ia - IS-IS inter area, * - candidate default, U - per-user static route
o - ODR, P - periodic downloaded static route, H - NHRP, l - LISP
+ - replicated route, % - next hop override
Gateway of last resort is not set
123.0.0.0/8 is variably subnetted, 17 subnets, 2 masks
O 123.2.2.2/32 [110/65546] via 123.10.1.2, 00:03:57, Ethernet0/1
O 123.3.3.3/32 [110/65546] via 123.10.1.6, 00:03:31, Ethernet0/2
O 123.4.4.4/32 [110/65536] via 123.10.1.2, 00:04:07, Ethernet0/1
O 123.5.5.5/32 [110/65536] via 123.10.1.6, 00:03:31, Ethernet0/2
O 123.6.6.6/32 [110/65546] via 123.10.1.2, 00:03:04, Ethernet0/1
O 123.7.7.7/32 [110/65546] via 123.10.1.6, 00:02:36, Ethernet0/2
O 123.10.1.8/30 [110/65555] via 123.10.1.6, 00:03:31, Ethernet0/2
[110/65555] via 123.10.1.2, 00:03:57, Ethernet0/1
O 123.10.1.12/30 [110/65545] via 123.10.1.6, 00:03:31, Ethernet0/2
O 123.10.1.16/30 [110/65545] via 123.10.1.2, 00:04:07, Ethernet0/1

O 123.10.1.20/30 [110/65545] via 123.10.1.2, 00:03:57, Ethernet0/1
O 123.10.1.24/30 [110/65555] via 123.10.1.6, 00:02:36, Ethernet0/2
[110/65555] via 123.10.1.2, 00:01:56, Ethernet0/1
O 123.10.1.28/30 [110/65545] via 123.10.1.6, 00:03:31, Ethernet0/2
R1#
DIAGRAM:
R2 R3
R4 R5
R1
R7R6
SW1 SW2
ACME HQ
SAN FRANCISCO
BGP AS 12345
123.10.1.X/30
101.1.123.2/30
5x VPN
E0/0
102.2.123.2/30
5x VPN
E0/0
E0/3 .1 E0/1 .9 E0/1 .10
E0/2 .17
E0/0 .2
E0/1 .18
VLAN 23
VLAN 24
E0/3.5
E0/2 .13
E0/2 .14
VLAN 35
E0/1 .1 E0/2 .5 E0/1 .6VLAN 14 VLAN 15
VLAN 67
E0/2 .21
E0/2 .22
VLAN 46 VLAN 57
E0/0 .29
E0/2 .30
E0/1 .25 E0/1 .26
E0/0 .2
3x VPN
201.1.123.2/30
E0/0 .2
3x VPN
202.2.123.2/30
SOLUTIONS:

R1:
CCIERNSTRICKS.COM_H1.1_R1(config)#router ospf 12345
CCIERNSTRICKS.COM_H1.1_R1(config-router)#router-id 123.1.1.1
CCIERNSTRICKS.COM_H1.1_R1(config-router)#network 123.1.1.1 0.0.0.0 area 0
CCIERNSTRICKS.COM_H1.1_R1(config-router)#max-metric router-lsa
R2:
R3:
R4:
R5:

R6:
R7:

2.2 EIGRP IN AS34567
Configure EIGRP for ipv4 in the New York office (AS34567) according to the following requirements
 The EIGRP AS is 34567
 The interface lo0 must be seen as an internal EIGRP prefix by all other routers
 Ensure the EIGRP is not running on any interface that is facing another AS use any method to
accomplish this
 Using a single command on one switch only ensure that R8 instal ls two equal-cost route for the
following three path and you are not allowed to use any virtual name
vlan 411
int lo0 of SW4
int lo0 of R11
 Using a single command on one switch only ensure that R9 installs two equal cost route for the
following three path
vlan 310
int lo0 of SW3
int lo0 of R10
R8#sh ip route
C 101.1.34.0/30 is directly connected, Ethernet0/0
L 101.1.34.2/32 is directly connected, Ethernet0/0
C 123.8.8.8/32 is directly connected, Loopback0

D 123.9.9.9/32 [90/409600] via 123.10.2.2, 00:04:37, Ethernet0/2
D 123.10.2.8/30 [90/307200] via 123.10.2.2, 00:04:37, Ethernet0/2
D 123.10.2.12/30 [90/307200] via 123.10.2.6, 00:04:37, Ethernet0/1
D 123.10.2.16/30 [90/281856] via 123.10.2.6, 00:04:27, Ethernet0/1
D 123.10.2.20/30 [90/307456] via 123.10.2.6, 00:04:37, Ethernet0/1
[90/307456] via 123.10.2.2, 00:04:37, Ethernet0/2
D 123.10.2.24/30 [90/307456] via 123.10.2.6, 00:00:25, Ethernet0/1
D 123.10.10.10/32 [90/409856] via 123.10.2.6, 00:04:27, Ethernet0/1
D 123.11.11.11/32 [90/435456] via 123.10.2.6, 00:00:11, Ethernet0/1
[90/435456] via 123.10.2.2, 00:00:11, Ethernet0/2
D 123.33.33.33/32 [90/409600] via 123.10.2.6, 00:04:27, Ethernet0/1
D 123.44.44.44/32 [90/435200] via 123.10.2.6, 00:04:37, Ethernet0/1
[90/435200] via 123.10.2.2, 00:04:37, Ethernet0/2
R9#sh ip route

D 123.8.8.8/32 [90/409600] via 123.10.2.1, 00:04:36, Ethernet0/1
C 123.9.9.9/32 is directly connected, Loopback0
D 123.10.2.4/30 [90/307200] via 123.10.2.1, 00:04:36, Ethernet0/1
D 123.10.2.12/30 [90/307200] via 123.10.2.10, 00:04:46, Ethernet0/2
D 123.10.2.16/30 [90/307456] via 123.10.2.10, 00:04:36, Ethernet0/2
[90/307456] via 123.10.2.1, 00:04:36, Ethernet0/1
D 123.10.2.20/30 [90/281856] via 123.10.2.10, 00:04:47, Ethernet0/2
D 123.10.2.24/30 [90/307456] via 123.10.2.10, 00:00:34, Ethernet0/2
D 123.10.10.10/32 [90/435456] via 123.10.2.10, 00:04:36, Ethernet0/2
[90/435456] via 123.10.2.1, 00:04:36, Ethernet0/1
D 123.11.11.11/32 [90/409856] via 123.10.2.10, 00:00:20, Ethernet0/2
D 123.33.33.33/32 [90/435200] via 123.10.2.10, 00:04:36, Ethernet0/2
[90/435200] via 123.10.2.1, 00:04:36, Ethernet0/1
D 123.44.44.44/32 [90/409600] via 123.10.2.10, 00:04:47, Ethernet0/2
R9#

DIAGRAM:
R8 R9
R10 R11
SW3 SW4
ACME
NEW YORK
BGP AS 34567
123.10.2.X/30
101.1.34.2/30
E0/0
E0/1 .5
E0/1 .18
S38 .6
S310 .17
VLAN 38
VLAN 310
VLAN 34
S34 .13 S34 .14
VLAN 89
E0/2 .1 E0/1 .2
102.1.34.2/30
E0/0
VLAN 49
S49 .10
E0/2 .9
S411 .21
VLAN 411
E0/2 .22
VLAN 111
E0/2 .25 E0/1 .26
E0/0 .2
201.1.34.2/30
E0/0 .2
202.2.34.2/30
SOLUTIONS:
R8:
CCIERNSTRICKS.COM_H1.1_R8(config)#router eigrp 34567
CCIERNSTRICKS.COM_H1.1_R8(config-router)#no auto
CCIERNSTRICKS.COM_H1.1_R8(config-router)#eigrp router-id 123.8.8.8
CCIERNSTRICKS.COM_H1.1_R8(config-router)#net 123.8.8.8 0.0.0.0
R9:
R10:

R11:
SW3:
CCIERNSTRICKS.COM_H1.1_SW3config)#ip routing
CCIERNSTRICKS.COM_H1.1_SW3(config)#router eigrp 34567
CCIERNSTRICKS.COM_H1.1_SW3(config-router)#no auto
CCIERNSTRICKS.COM_H1.1_SW3(config-router)#eigrp router-id 123.33.33.33
CCIERNSTRICKS.COM_H1.1_SW3(config-router)#net 123.33.33.33 0.0.0.0
CCIERNSTRICKS.COM_H1.1_SW3(config-)#interface vlan 34
CCIERNSTRICKS.COM_H1.1_SW3(config-if)#delay 100
SW4:
CCIERNSTRICKS.COM_H1.1_SW4(config-)#ip routing
CCIERNSTRICKS.COM_H1.1_SW4(config)#router eigrp 34567
CCIERNSTRICKS.COM_H1.1_SW4(config-router)#no auto
CCIERNSTRICKS.COM_H1.1_SW4(config-router)#eigrp router-id 123.44.44.44

CCIERNSTRICKS.COM_H1.1_SW4(config-)#interface vlan 34
CCIERNSTRICKS.COM_H1.1_SW4(config-if)#delay 100

2.3 EIGRP in AS 45678
Configure EIGRP in AS 45678 as the following requirements
 The EIGRP autonomous system number is 45678
 The interface Loopback 0 at each router must be seen as an Internal EIGRP prefix by all other
routers
 SW4 and SW6 are layer 3 switches must configure EIGRP
 On all three routers R15,16,17 must use EIGRP the 64bit metric version
 Do not change the interface bandwidth on any physical interface in as 45678
DIAGRAM:
R15
R16 R17
ACME
SYDENY
BGP AS 45678
123.20.1.X/30
E0/0
103.2.45.2/30
E0/1 .1 E0/2 .9
E0/1 .2 E0/2 .10
S55 .3 S66 .11
VLAN 55
VLAN 5
VLAN 66
E0/2 .17 E0/1 .18
E0/0
203.3.16.2/30
E0/0
203.3.17.2/30

SOLUTIONS:
R15:
CCIERNSTRICKS.COM_H1.1_R15(config)#router EIGRP CCIE
CCIERNSTRICKS.COM_H1.1_R15(config-router)#address-family ipv4 unicast autonomous-system 45678
CCIERNSTRICKS.COM_H1.1_R15(config-router-af)#network 123.15.15.15 0.0.0.0
R16:
R17:
SW5:
CCIERNSTRICKS.COM_H1.1_SW5(config)#router EIGRP 45678
CCIERNSTRICKS.COM_H1.1_SW5(config-router)#network 123.20.1.3 0.0.0.0
CCIERNSTRICKS.COM_H1.1_SW5(config-router-)#network 123.55.55.55 0.0.0.0

SW6:
CCIERNSTRICKS.COM_H1.1_SW6(config)#router EIGRP 45678

2.4 EIGRP in AS 65222
 The EIGRP autonomous system number is 45678
 The interface Loopback 0 at each router must be seen as an internal EIGRP prefix by all other
routers
 R17 is the DMVPN hub, R18, R19 as the spoke use the preconfigured tunnel 0
DIAGRAM:
Regional SP-3
BGP 20003
R16 R17
R18 R9
ACME APAC
BGP AS 65222
S1/0
203.3.18.2/30
E0/0 E0/0
S1/0
203.3.19.2/30
E0/2 .17 E0/1 .18
E0/0
203.3.16.2/30
E0/0
203.3.17.2/30
10.1.18.1/24 10.1.19.1/24
SOLUTIONS:
NOTE:MOST OF THE PART OF THIS QUESTION WILL BE UP AND RUNNING AFTER BGP AND DMVPN
CONFIGURATION. THIS TASK IS DEPENDANT TASK 2.7, 2.7 and 3.1, 3.2, 3.3 ONCES THOSE TASK DONE
CONFIG WILL WORK
R17:
CCIERNSTRICKS.COM_H1.2_R17 (config-router-af)#af-interface tun0
CCIERNSTRICKS.COM_H1.2_R17 (config-router-af-interface)# next-hop-self
CCIERNSTRICKS.COM_H1.2_R17 (config-router-af-interface)# split-horizon

CCIE R&S Real Lab H2 Config

Recomendados

Recomendados

Mais conteúdo relacionado

Mais procurados

Mais procurados (17)

Semelhante a CCIE R&S Real Lab H2 Config

Semelhante a CCIE R&S Real Lab H2 Config (20)

Último

Último (20)

CCIE R&S Real Lab H2 Config