Alternatively, configure a LAG interface that We recommend that you configure alternative routes between the ICCPĮnd-point IP addresses. To ensure that the ICCP session is as resilient as possible, ICCP is based on TCP and it uses IP routes to reach the The liveness-detection hierarchy configures Bidirectionalįorwarding Detection (BFD) protocol options. The redundancy-group-id-list statement specifies the redundancy groups between ICCP peers and Message Digest 5 (md5) option for an ICCP TCP session. The authentication-key statement is provided by TCP The session-establishment-hold-time statement determines whether a chassis takes over as the primary This could be a specified address or interface address. The local-ip-address statement sets the source address. To enable ICCP, include the iccp statement at the hierarchy level: Inter-Control Center Communications Protocol (ICCP) to exchange information VPLS functions are supported with ether-vpls and vlan-vpls encapsulations.įor multichassis link aggregation (MC-LAG), you must configure Layer 2 circuit functions are supported with ether-ccc and vlan-ccc encapsulations. MC-LAG operates only between two devices. Only single-active MC-LAG mode with multi-homed VPLS instance MC-LAG includes the following functionality: Other to ensure that data traffic is forwarded properly. Of these network devices has one or more physical links connected On the other side of the MC-LAG are two MC-LAG network devices. ThisĬlient device does not need to be aware of the MC-LAG configuration. One or more physical links in a link aggregation group (LAG). On one end of the MC-LAG is an MC-LAG client device that has To exchange the control information between two MC-LAG network devices. The MC-LAG devices use Inter-Chassis Control Protocol (ICCP) (VPLS) routing instances, circuit cross-connect (CCC) applications, MC-LAG can be configured for virtual private LAN service Traditional LAG in terms of node level redundancy, multihoming support,Īnd a loop-free Layer 2 network without the need to run Spanning Tree Multichassis link aggregation (MC-LAG) enables an MX SeriesĥG Universal Routing Platform to form a logical LAG interface with
0 Comments
Leave a Reply. |