HP Intelligent Management Center Licenses - Manual (Page 51)

c. In the VPN lwhich can be queried by device name, IP address, contact, location, device
status and device categoryist, click the link with VPN name as VPN(1000:1.1000:1) to
enter the page of the basic information of the VPN.
d. Under SC List, click Add to add an SC.
e. On the Add SC page, type the SC name SC(1000:1.1000:1), select Full-Mesh from the
SC Networking Type drop-down list, and type the Hub RT 1000:1. Then click OK.
5. Auto discover VPN.
a.
Click MPLS VPN Manager > Auto Discovery in the navigation tree.
b. Click PE Device List and select PE 1, PE 2, and PE 3, which can be queried by device
name, IP address, contact, location, device status and device category.
c. Click Auto Discovery.
6. Add link.
a.
Select the VPN VPN(1000:1,1000:1) in which a link to be added, and click Next.
b. Select PE 1 and its interface Eth 1/0, and click the Modify icon.
c. Select the device CE1 connected with PE 1, the interface Eth1/0/1, and click OK.
d. Perform the same operations to add links for PE 2 and PE 3.
e. Click OK.
7. Query topology.
a.
Click VPN Resources > VPN Management in the navigation tree and select the newly
discovered VPN VPN(1000:1,1000:1) to query its access topology, service topology
and audit information.
Audit configuration changes of UPEs in HoVPN
Scenario description
A carrier proposed VPN broadband access service. With the development of their services, more
and more users select VPN service. However, the original access mode has become the bottleneck
for the extension of their services because of the limitations on device performance and interfaces.
To provide enough bandwidth, more flexible and convenient services for the users, the company
hopes to establish a new VPN network through configuring devices on the current available network
to differentiate services and provide service hosting for the users.
Although the core layer devices of the carrier have large-capacity routing table and high forwarding
performance, they have fewer interface resources, which prevents service extension. Therefore,
HoPE networking is adopted here. The SPE manages and advertises VPN routes. It maintains all
the routes of the VPNs connected through UPEs. The UPEs allow user access by maintaining the
routes of the VPN sites that are directly connected with them.
Suppose all the devices including SPE, UPE 1, UPE 2, CE 1, CE 2, CE 3 and CE 4 have been
configured with all the parameters as the following:
•
SPE: The management IP address is 10.172.1.1/32, and UPE 1 and UPE 2 are connected
to it.
•
UPE 1: The management IP address is 10.172.2.1/32. VRF instance vpnHub is associated
with interface Eth 1/0, Import RT is 1000:1, and Export RT is 1000:2; VRF instance vpnSpoke1
is associated with interface Eth 1/1, Import RT is 1000:2 and Export RT is 1000:1.
•
UPE 2: The management IP address is 10.172.3.1/32. VRF instance vpnHub is associated
with interface Eth 5/1, Import RT is 1000:1, and Export RT is 1000:2; VRF instance vpnSpoke2
is associated with interface Eth 5/2, Import RT is 1000:2 and Export RT is 1000:1.
•
CE 1: The management IP address is 10.172.4.1/32.
•
CE 2: The management IP address is 10.172.5.1/32.
Typical applications 51