HP Intelligent Management Center Licenses - Manual (Page 102)

Operation Procedure
1. Import devices to the MPLS TE manager.
a.
Select the Service tab, select ResourceDevice from the navigation tree to enter the MPLS
TE device management page.
b. Click Import Device to import devices. For details, refer to Resource Manager.
2. Configure static MPLS TE tunnel.
a.
Select the Service tab, click MPLS TE Tunnel Management in the navigation tree to enter
the MPLS TE tunnel list page.
b. Click Add to enter the page for adding an MPLS TE tunnel.
c. Type the basic configuration information, select Static CR-LSP from the Protocol drop-down
list, and then click Next to enter the static CR-LSP configuration page.
d. On the static CR-LSP configuration page, you can perform the following operations:
•
Add a static CR-LSP node: Click Add to enter the page for adding a static CR-LSP
node. Type the basic information of the node and click OK.
•
Delete a static CR-LSP node: Click the Delete icon of a node record to delete the
node.
•
Modify a static CR-LSP node: Click the Modify icon of a record node to enter the
node modification page. Modify the node basic information and then click OK.
•
Move a static CR-LSP node: Select one node record, and then click the Upwards or
Downwards button to move the node record up or down.
e. Click Finish.
Configure MPLS TE tunnel using dynamic signaling protocol
Application Scenario
A bank has four branches, branch A through branch D, which are connected to one another
through networks. Branch A needs to send important data to branch D. It is required that there
must be enough bandwidth to guarantee the data transmission even if network congestion occurs.
Assume that the routers are reachable to each other after being configured with IS-IS or OSPF and
are properly configured with basic MPLS and MPLS TE capabilities, as shown in the following
figure:
•
Router A: LSR ID address is 1.1.1.1/32; address of Ethernet 1/0 is 2.1.1.1/24.
•
Router B: LSR ID address is 2.2.2.2/32; address of Ethernet 1/0 is 2.1.1.2/24; address of
POS 5/0 is 3.2.1.1./24.
•
Router C: LSR ID address is 3.3.3.3/32; address of Ethernet 1/0 is 4.2.2.1/24; address of
POS 5/0 is 3.2.1.2/24.
•
Router D: LSR ID address is 4.4.4.4/32; address of Ethernet 1/0 is 4.2.2.2/24.
102 MPLS TE manager