Allied Telesis x900-48 series Function Manual - Page 12
Browse online or download pdf Function Manual for Network Router Allied Telesis x900-48 series. Allied Telesis x900-48 series 18 pages. Configuring hardware filters
Also for Allied Telesis x900-48 series: Datasheet (5 pages)
Print PageHow to see the current filter resource usage on the switch
The show switch command outputs a number of counters that display the current usage of
filtering resources. A typical output from this command, and a discussion of each of the
values it outputs, is shown below:
Command output
Traffic Control Unit,hardware
resource usage:
Total system rule space ... 2048
Total number of rules used .... 8
Total rule space usage ........ 24
Number of rules per application:
MLD Snooping ................ 4
Accel. Card(IPv6) ........... 1
Switch HwFilter ............. 2
QOS ......................... 1
Total number of actions ... 1024
Number of actions used ........ 10
Device Resource, device #0:
Number of rules used ........ 7
Rule space usage ............ 16
Number of rules per application:
MLD Snooping .............. 4
Switch HwFilter ........... 2
QOS ....................... 1
Device rule space limit .. 1024
Page 12 | AlliedWare™ OS How To Note: Hardware Filters
How many filters can you create?
Description
Total number of classifiers/filter rules available in the system.
This is the sum of the rules available on the base system and
the rules available on the IPv6 accelerator.
Number of classifiers currently being used
Number of rules reserved, accounting for block size of 8.
Even though there are only 8 rules in use, there have actually
been 3 blocks of 8 rules allocated from the rule table, as the
rules in the rule table must be allocated in blocks of 8. The
blocks are:
one block on the base system for packets arriving into the
switch via port 1 (which has had a QoS policy applied to it)
one block on the base system for packets arriving in via
any other port
one block allocated on the IPv6 accelerator.
Splitting the rule allocation out on a per-application basis:
2 rules on port 1 for MLD, 2 for MLD on all the other
ports
1 default rule in the IPv6 card
1 hardware filter rule for port 1, and one for all the other
ports
1 QoS rule for port 1
Total number of actions available for hardware filters or QoS
8 actions in use by the 8 rules, and 2 default actions (for
packets that match no rules)
Resource being used by the first device, which is the base
board
Same as the 8 above, except for the one that is on the IPv6
card
Two 8-rule blocks have been allocated on the base system
Splitting the rule allocation out on a per-application basis
2 rules on port 1 for MLD and 2 for MLD on all the other
ports
1 hardware filter rule for port 1, and one for all the other
ports
1 QoS rule for port 1
Total number of rules in the rule table on the base system