Avaya P333R-LB Manuel D’Utilisation
Chapter 14
Load Balancing in the P333R-LB
30
Avaya
P333R-LB User’s Guide
10.1.1.3
Done!
P333R-LB-1(config-rsg:service-group)# exit
P333R-LB-1(configure)# virtual-server web-farm
Done!
P333R-LB-1(config-vs:web-farm)# id 1
Done!
P333R-LB-1(config-vs:web-farm)# vip 193.170.1.3
Done!
P333R-LB-1(config-vs:web-farm)# virtual-slb-service www-
service
Done!
P333R-LB-1(config-v-srvr:web-farm-v-slb-srvc:www)# id 1
Done!
P333R-LB-1(config-v-srvr:web-farm-v-slb-srvc:www)#
application tcp 80
Done!
P333R-LB-1(config-v-srvr:web-farm-v-slb-srvc:www)# rsg
service-group
Done!
P333R-LB-1(config-v-srvr:web-farm-v-slb-srvc:www)# exit
P333R-LB-1(config-vs:web-farm)# exit
Full NAT Load Balancing
In Full NAT based load balancing, the P333R-LB replaces the Virtual IP address of
the P333R-LB with the real IP address of the Real Server, as in Half NAT load
balancing. In addition, P333R-LB replaces the incoming client’s IP address with a
user-configured Proxy IP (PIP).
For the commands to configure Full NAT based load balancing, refer to Proxy IP
(PIP) Commands on page 310.
Full NAT enables the P333R-LB to provide the following:
•
the P333R-LB with the real IP address of the Real Server, as in Half NAT load
balancing. In addition, P333R-LB replaces the incoming client’s IP address with a
user-configured Proxy IP (PIP).
For the commands to configure Full NAT based load balancing, refer to Proxy IP
(PIP) Commands on page 310.
Full NAT enables the P333R-LB to provide the following:
•
Eliminates the possibility of traffic that entered via the P333R-LB from
bypassing the P333R-LB on return
bypassing the P333R-LB on return
- The PIP-client IP translation has to be
performed by the P333R-LB. This ensures that even in complex networks, or
when the Clients and Real Servers are in the same network, the return traffic
from the Real Servers to the Clients always traverses the P333R-LB, and not
through an potentially existing alternative route. This is also true in situations
where the Real Servers are in the Public realm.
when the Clients and Real Servers are in the same network, the return traffic
from the Real Servers to the Clients always traverses the P333R-LB, and not
through an potentially existing alternative route. This is also true in situations
where the Real Servers are in the Public realm.