Avaya 8800 Planning And Engineering, Network Design page 27

Table 2: 8010 and 8006 chassis data performance
Module type
8630GBR
8683XLR
8648GTR
8683XZR
8612XLRS
8648GTRS
8648GBRS
8634XGRS
For maximum switch performance, Avaya recommends that you place R modules in chassis slots 2
to 4 or 7 to 9, as available.
A chassis revision with an upgraded High-performance Backplane (HPB) compatible with R
modules and supporting high-performance in all slots is available. You can identify the High-
performance Backplane by the chassis revision number. Use the command line interface (CLI)
command show sys info or the ACLI command show sys-info to display the revision
number. A revision number of 02 or higher in the H/W Config field indicates that the chassis is the
high-performance chassis. Chassis Revision A indicates that the chassis is not a high performance
chassis and must be upgraded.
R and RS series modules and global FDB filters
The Avaya Ethernet Routing Switch 8800/8600 provides global forwarding database filter (FDB)
operations for R and RS series modules. The global FDB filter command for R and RS series
modules is config fdb fdb-filter add <mac-address>.
For more information about the FDB filters, see Avaya Ethernet Routing Switch 8800/8600
Configuration — VLANs and Spanning Tree, NN46205-517.
8648GTR recommendations
Avaya supports the 8648GTR module in a high-performance slot only. Avaya does not support the
8648GTR in a standard slot.
Release 4.1.1 and later allows MLT to run between ports between an 8648GTR and other module
types. MLT ports must run at the same speed with the same interface type, even if using different
Input/Output (I/O) module types.
8683XLR and 8683XZR information and recommendations
The 8683XLR provides 10 Gigabit LAN connectivity, while the 8683XZR module provides both 10
Gigabit LAN and 10 Gigabit WAN connectivity. A synchronous optical network (SONET) frame
encloses WAN Ethernet frames; embedding WAN Ethernet packets inside SONET frames requires
support for SONET-like management, configuration, and statistics.
June 2016
Standard slot (1 and 10) full-duplex
16 Gbit/s
16 Gbit/s
16 Gbit/s
16 Gbit/s
16 Gbit/s
16 Gbit/s
16 Gbit/s
16 Gbit/s
Planning and Engineering — Network Design
Comments on this document? infodev@avaya.com
High-performance slot (2-4, 7-9)
full-duplex
60 Gbit/s
60 Gbit/s
32 Gbit/s
60 Gbit/s
60 Gbit/s
40 Gbit/s
60 Gbit/s
60 Gbit/s
Modules
27