eompls

Topology: Configuration: ---------------PE1------------------------MPLS Label Range 200 299MPLS Label Protocol LDPMPLS LDP Router-id Loopback0Interface Loopback0IP address 192.168.1.1 255.255.255.255No shut!Interface FASTETHERNET0/1IP address 23.

Topology: Configuration: ---------------PE1------------------------MPLS Label Range 200 299MPLS Label Protocol LDPMPLS LDP Router-id Loopback0Interface Loopback0IP address 192.168.1.1 255.255.255.255No shut!Interface FASTETHERNET0/1IP address 23.1

one of the ISP using the 802.1 QinQ Tunnel technology. The VLAN is restored when it is uploaded to the destination;QinQ isolates VLANs of different enterprises. However, if the ISP still has a ring connection, STP should be considered;QinQ does not transmit STP. To create a SPT across ISPs, use LRPT;QinQ cannot be routed, Cisco is dedicated;EoMPLS only supports p2p;MPLS is based on Label Switching, similar to L2 switching, between 2-3 layers;The key

high as 38.7Mpps. It supports 468 Ethernet or 10/100 Ethernet power ports, 252 Ethernet 10/100/1000 ports, or 9 10 Gigabit Ethernet ports. The integrated POE (802.3af) supports 240 port 10/100 or 240 port 10/100/1000. Catalyst 3750 supports IPv6 routing in hardware for optimal performance. The Metro Ethernet version can be used to support QoS classification and Traffic Shaping, Cisco smart switch 802.1Q tunneling QoS, virtual LAN (VLAN) ing, and Multi-Protocol Label Switching (MPLS) support for

In terms of the comprehensive performance of Cisco SUP720, how can we understand Cisco SUP720? You will find many methods on the network. The following article compares the performance in three aspects, hope to help the majority of fans. Compared with SUP720, The sup720-3BXL is mainly different from the PFC used by the two. The SUP720-BXL uses PFC3BXL, while the SUP720 uses PFCA, And the SUP720 can be upgraded to a SUP720-3BXL by replacing the PFC. Cisco SUP720 Scalability:◆ The number of Route