Avaya 555-245-600 Manual Do Utilizador
Network design
306 Avaya Application Solutions IP Telephony Deployment Guide
Topologies
The network topology most commonly recommended consists of a redundant core with building
blocks of layered routers and switches as shown in the figure below. This is the defacto
standard for network design supporting both modularity and reuse.
blocks of layered routers and switches as shown in the figure below. This is the defacto
standard for network design supporting both modularity and reuse.
Figure 82: Typical Network Topology Design
Of course, real networks are far more complex with many more nodes and services. In addition,
real deployments typically have legacy constraints, multiple sites, and heterogeneous
equipment. It is beyond the scope of this document to detail solutions for the potential
configurations of entire networks. To address those issues, Avaya provides a full range of
service offers from assessment to outsourced management. Please visit the Avaya web site for
further information regarding these services.
real deployments typically have legacy constraints, multiple sites, and heterogeneous
equipment. It is beyond the scope of this document to detail solutions for the potential
configurations of entire networks. To address those issues, Avaya provides a full range of
service offers from assessment to outsourced management. Please visit the Avaya web site for
further information regarding these services.
Server Cluster
A review of the server cluster configuration as applied to a set of G650 IP-connected port
networks will serve to illustrate the principles discussed and validate the modular topology.
networks will serve to illustrate the principles discussed and validate the modular topology.