H3C Technologies H3C SR8800 - Manual (Page 147)

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2 2.2.2.9 ISIS 1 Level-2 2
3 4.4.4.9 ISIS 1 Level-2 1
4 1.1.1.9 ISIS 1 Level-2 1
# Execute the display mpls te link-administration bandwidth-allocation command on Router A to
view interface bandwidth information.
[RouterA] display mpls te link-administration bandwidth-allocation interface
GigabitEthernet 3/1/1
Link ID: GigabitEthernet 3/1/1
Max Link Bandwidth : 10000 kbits/sec
Max Reservable Bandwidth PreStandard RDM : 0 kbits/sec
Max Reservable Bandwidth IETF RDM : 10000 kbits/sec
Max Reservable Bandwidth IETF MAM : 0 kbits/sec
Downstream LSP Count : 1
UpStream LSP Count : 1
Downstream Bandwidth : 4000 kbits/sec
Upstream Bandwidth : 0 kbits/sec
IPUpdown Link Status : UP
PhysicalUpdown Link Status : UP
BC PreStandard Mode RDM(kbps) IETF Mode RDM(kbps) IETF Mode MAM(kbps)
0 0 10000 0
1 0 8000 0
2 0 5000 0
3 0 2000 0
TE CLASS CLASS TYPE PRIORITY BW RESERVED(kbps) BW AVAILABLE(kbps)
0 0 7 0 6000
1 1 7 0 4000
2 2 7 0 1000
3 3 7 0 1000
4 0 0 0 6000
5 1 0 0 4000
6 2 0 4000 1000
7 3 0 0 1000
8. Create a static route to import traffic into the MPLS TE tunnel
[RouterA] ip route-static 30.1.1.2 24 tunnel 1 preference 1
Execute the display ip routing-table command on Router A. There is a static route entry with
interface Tunnel1 as the outgoing interface.
MPLS LDP over MPLS TE configuration example
Network requirements
Router A through Router E all support MPLS and run OSPF as the IGP.
A local LDP session is established between Router A and Router B, as well as between Router C and
Router D. A remote LDP session is established between Router B and Router C. An MPLS TE tunnel is
established along Router B → Router E → Router C by using RSVP-TE.
Router B uses the SPE card to process MPLS L2VPN services.