ZyXEL Communications ZyWALL 300 User Manual
Chapter 12 Policy and Static Routes
ZyWALL USG 300 User’s Guide
232
12.5 IP Static Routes
The ZyWALL has no knowledge of the networks beyond the network that is directly
connected to the ZyWALL. For instance, the ZyWALL knows about network N2 in the
following figure through gateway R1. However, the ZyWALL is unable to route a packet to
network N3 because it doesn't know that there is a route through the same gateway R1 (via
gateway R2). Static routes are for you to tell the ZyWALL about the networks beyond the
network connected to the ZyWALL directly.
connected to the ZyWALL. For instance, the ZyWALL knows about network N2 in the
following figure through gateway R1. However, the ZyWALL is unable to route a packet to
network N3 because it doesn't know that there is a route through the same gateway R1 (via
gateway R2). Static routes are for you to tell the ZyWALL about the networks beyond the
network connected to the ZyWALL directly.
Figure 151 Example of Static Routing Topology
Bandwidth
Shaping
Shaping
This allows you to allocate bandwidth to a route and prioritize traffic that matches
the routing policy.
You must also enable bandwidth management in the main policy route screen
(Network > Routing > Policy Route) in order to apply bandwidth shaping.
the routing policy.
You must also enable bandwidth management in the main policy route screen
(Network > Routing > Policy Route) in order to apply bandwidth shaping.
Maximum
Bandwidth
Bandwidth
Specify the maximum bandwidth (from 1 to 1048576) allowed for the route in kbps.
If you enter 0 here, there is no bandwidth limitation for the route.
If the sum of the bandwidths for routes using the same next hop is higher than the
actual transmission speed, lower priority traffic may not be sent if higher priority
traffic uses all of the actual bandwidth.
If you enter 0 here, there is no bandwidth limitation for the route.
If the sum of the bandwidths for routes using the same next hop is higher than the
actual transmission speed, lower priority traffic may not be sent if higher priority
traffic uses all of the actual bandwidth.
Bandwidth
Priority
Priority
Enter a number between 1 and 7 to set the priority for traffic. The smaller the
number, the higher the priority. If you set the maximum bandwidth to 0, the
bandwidth priority will be changed to 0 after you click OK. That means the route
has the highest priority and will get all the bandwidth it needs up to the maximum
available.
A route with higher priority is given bandwidth before a route with lower priority.
If you set routes to have the same priority, then bandwidth is divided equally
amongst those routes.
number, the higher the priority. If you set the maximum bandwidth to 0, the
bandwidth priority will be changed to 0 after you click OK. That means the route
has the highest priority and will get all the bandwidth it needs up to the maximum
available.
A route with higher priority is given bandwidth before a route with lower priority.
If you set routes to have the same priority, then bandwidth is divided equally
amongst those routes.
Maximize
Bandwidth Usage
Bandwidth Usage
Select this check box to have the ZyWALL divide up all of the interface’s
unallocated and/or unused bandwidth among the policy routes that require
bandwidth. Do not select this if you want to reserve bandwidth for traffic that does
not match a bandwidth class (see
unallocated and/or unused bandwidth among the policy routes that require
bandwidth. Do not select this if you want to reserve bandwidth for traffic that does
not match a bandwidth class (see
OK
Click OK to save your changes back to the ZyWALL.
Cancel
Click Cancel to exit this screen without saving.
Table 67 Network > Routing > Policy Route > Edit (continued)
LABEL
DESCRIPTION