Ipv6; Led Display; Avaya Knowledge And Solution Engine - Avaya Virtual Services Platform 7000 Series Troubleshooting Manual

After the switch learns that a client wants a particular stream, it stops flooding the stream to all ports,
and sends only to the client that requested it.
If no clients request the stream, and the switch has not learned the multicast address for the stream
(unknown multicast address), the normal behavior is for the switch to broadcast the traffic to all ports
(multicast flooding).
You can disable multicast flooding with the unknown-mcast-no-flood enable command.

IPv6

With IPv6, the switch can function as a dual stack network node and both IPv4, and IPv6 protocol
stacks can run simultaneously. To run IPv6, you must enable the IPv6 interface on the management
VLAN, and enable IPv6 globally on the IPv6 stack.
Because the current release does not support IPv6 routing, only one IPv6 interface is associated to
the management VLAN. You can only perform IPv6 interface configuration (enabling, assigning IPv6
address and prefix, changing other parameters, querying interface statistics) with ACLI or EDM.
The IPv6 protocol runs on the base unit in a stack and you must issue ACLI commands for IPv6
from the base unit console.
For detailed information about IPv6, see Configuring Layer 2 on Avaya Virtual Services Platform
7000 Series, NN47202–502.

LED display

The Avaya Virtual Services Platform 7000 Series switches display diagnostic and operation
information using light emitting diodes (LEDs). To become familiar with the interpretation of the
LEDs on the VSP 7000, see Installing Avaya Virtual Services Platform 7000 Series, NN47202–300.

Avaya Knowledge and Solution Engine

The Knowledge and Solution Engine is a database of Avaya technical documents, troubleshooting
solutions, software patches and releases, service cases, and technical bulletins. The engine is
searchable by natural-language query.
July 2015
Comments on this document? infodev@avaya.com
Troubleshooting Avaya VSP 7000 Series
IPv6
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