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HP 6125XLG R2306-HP 6125XLG Blade Switch MCE Configuration Guide - Page 44

redistribute VPN 2's routes from RIPng process 20 into the OSPFv3 routing table of the MCE.

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Destination: 30::2/128 NextHop : ::1 Interface : InLoop0 Protocol : Direct Preference: 0 Cost : 0 Destination: 2012:1::/64 NextHop : FE80::202:FF:FE02:2 Interface : Vlan30 Protocol : OSPFv3 Preference: 150 Cost : 1 Destination: FE80::/10 Protocol : Direct NextHop : :: Preference: 0 Interface : NULL0 Cost : 0 The output shows that PE 1 has learned the private route of VPN 1 through OSPFv3. Use similar procedures to configure OSPFv3 process 20 between the MCE and PE 1 and redistribute VPN 2's routes from RIPng process 20 into the OSPFv3 routing table of the MCE. # On PE 1, display the routing table of VPN 2. [PE1] display ipv6 routing-table vpn-instance vpn2 Routing Table : vpn2 Destinations : 5 Routes : 5 Destination: ::1/128 NextHop : ::1 Interface : InLoop0 Protocol : Direct Preference: 0 Cost : 0 Destination: 40::/64 NextHop : 40::2 Interface : Vlan40 Protocol : Direct Preference: 0 Cost : 0 Destination: 40::2/128 NextHop : ::1 Interface : InLoop0 Protocol : Direct Preference: 0 Cost : 0 Destination: 2012::/64 NextHop : FE80::200:FF:FE0F:5 Interface : Vlan40 Protocol : OSPFv3 Preference: 150 Cost : 1 Destination: FE80::/10 NextHop : :: Interface : NULL0 Protocol : Direct Preference: 0 Cost : 0 The output shows that PE 1 has learned the private route of VPN 2 through OSPFv3. Now, the routing information for the two VPNs has been added into the routing tables on PE 1. 41

Section	Page
Title Page	1
Contents	3
Configuring MCE	4
Overview	4
MPLS L3VPN overview	4
MPLS L3VPN concepts	5
Site	5
Address space overlapping	5
VPN instance	5
RD	5
Route target attributes	6
MCE	6
How MCE works	7
Configuring VPN instances on an MCE device	7
Creating a VPN instance	8
Associating a VPN instance with an interface	8
Configuring route attributes for a VPN instance	8
Configuring routing on an MCE device	9
Configuration prerequisites	9
Configuring routing between an MCE and a VPN site	10
Configuring static routing between an MCE and a VPN site	10
Configuring RIP between an MCE and a VPN site	10
Configuring OSPF between an MCE and a VPN site	11
Configuring IS-IS between an MCE and a VPN site	12
Configuring EBGP between an MCE and a VPN site	13
Configuring routing between an MCE and a PE	14
Configuring static routing between an MCE and a PE	15
Configuring RIP between an MCE and a PE	15
Configuring OSPF between an MCE and a PE	15
Configuring IS-IS between an MCE and a PE	17
Configuring EBGP between an MCE and a PE	17
Displaying information about MCE	18
MCE configuration examples	18
Using OSPF to advertise VPN routes to the PE	18
Network requirements	18
Configuration procedure	19
Using BGP to advertise VPN routes to the PE	24
Network requirements	24
Configuration procedure	25
Configuring IPv6 MCE	29
Overview	29
Configuring VPN instances on an IPv6 MCE device	29
Creating a VPN instance	29
Associating a VPN instance with an interface	29
Configuring route attributes for a VPN instance	30
Configuring routing on an IPv6 MCE device	31
Configuring routing between an IPv6 MCE and a VPN site	31
Configuring IPv6 static routing between an IPv6 MCE and a VPN site	31
Configuring RIPng between an IPv6 MCE and a VPN site	32
Configuring OSPFv3 between an IPv6 MCE and a VPN site	32
Configuring IPv6 IS-IS between an IPv6 MCE and a VPN site	33
Configuring EBGP between an IPv6 MCE and a VPN site	34
Configuring routing between an IPv6 MCE and a PE	35
Configuring IPv6 static routing between an IPv6 MCE and a PE	35
Configuring RIPng between an IPv6 MCE and a PE	36
Configuring OSPFv3 between an IPv6 MCE and a PE	36
Configuring IPv6 IS-IS between an IPv6 MCE and a PE	37
Configuring EBGP between an IPv6 MCE and a PE	37
Displaying information about IPv6 MCE	38
IPv6 MCE configuration example	38
Network requirements	38
Configuration procedure	39
Support and other resources	45
Contacting HP	45
Subscription service	45
Related information	45
Documents	45
Websites	45
Conventions	46
Command conventions	46
GUI conventions	46
Symbols	46
Network topology icons	47
Port numbering in examples	47

Match case Limit results 1 per page

Destination: 30::2/128

Protocol

: Direct

NextHop

: ::1

Preference: 0

Interface

: InLoop0

Cost

: 0

Destination: 2012:1::/64

Protocol

: OSPFv3

NextHop

: FE80::202:FF:FE02:2

Preference: 150

Interface

: Vlan30

Cost

: 1

Destination: FE80::/10

Protocol

: Direct

NextHop

: ::

Preference: 0

Interface

: NULL0

Cost

: 0

The output shows that PE 1 has learned the private route of VPN 1 through OSPFv3.

Use similar procedures to configure OSPFv3 process 20 between the MCE and PE 1 and

redistribute VPN 2's routes from RIPng process 20 into the OSPFv3 routing table of the MCE.

# On PE 1, display the routing table of VPN 2.

[PE1] display ipv6 routing-table vpn-instance vpn2

Routing Table : vpn2

Destinations : 5

Routes : 5

Destination: ::1/128

Protocol

: Direct

NextHop

: ::1

Preference: 0

Interface

: InLoop0

Cost

: 0

Destination: 40::/64

Protocol

: Direct

NextHop

: 40::2

Preference: 0

Interface

: Vlan40

Cost

: 0

Destination: 40::2/128

Protocol

: Direct

NextHop

: ::1

Preference: 0

Interface

: InLoop0

Cost

: 0

Destination: 2012::/64

Protocol

: OSPFv3

NextHop

: FE80::200:FF:FE0F:5

Preference: 150

Interface

: Vlan40

Cost

: 1

Destination: FE80::/10

Protocol

: Direct

NextHop

: ::

Preference: 0

Interface

: NULL0

Cost

: 0

The output shows that PE 1 has learned the private route of VPN 2 through OSPFv3.

Now, the routing information for the two VPNs has been added into the routing tables on PE 1.