RuggedCom RX1100 用户手册
RuggedRouter
User Guide
Remove prioritization by selecting the Delete and Apply button.
Prioritization Queues
Figure 143: Prioritization Queue Configuration
This menu allows you to edit the name of of a priority queue and to delete the queue.
If you delete a queue referenced by filters, the filters will be adjusted to use the next
lowest queue.
If you delete a queue referenced by filters, the filters will be adjusted to use the next
lowest queue.
Prioritization Filters
Figure 144: Prioritization Filter Configuration
This menu allows you to edit and delete traffic filters.
The Source IP/Netmask and Dest IP/Netmask fields specify the IP addresses and
masks used to match an outgoing packet. Use 0.0.0.0/0 to generate an “all packets”
match.
The Source Port and Dest Port fields specify the port numbers used to match an
outgoing packet. You may specify either a raw number or a mnemonic as specified
in the /etc/services file. This setting matches both udp and tcp ports, unless the
Protocol field specifies udp or tcp.
The Protocol field specifies a protocol to match against, currently either tcp, udp,
icmp, ospf, vrrp or ipsec.
The Target Queue field selects one of the available priority queues.
The Source IP/Netmask and Dest IP/Netmask fields specify the IP addresses and
masks used to match an outgoing packet. Use 0.0.0.0/0 to generate an “all packets”
match.
The Source Port and Dest Port fields specify the port numbers used to match an
outgoing packet. You may specify either a raw number or a mnemonic as specified
in the /etc/services file. This setting matches both udp and tcp ports, unless the
Protocol field specifies udp or tcp.
The Protocol field specifies a protocol to match against, currently either tcp, udp,
icmp, ospf, vrrp or ipsec.
The Target Queue field selects one of the available priority queues.
Prioritization Transmit Queue Length
The WAN protocols supplied by the RuggedRouter rely upon transmit queues to
ensure their efficiency. Even as a packet is starting to be transmitted, other packets
can be lining up behind it. Normally there is only one queue, the transmit queue, and
packets are transmitted from it in the order in which they arrived.
The transmit queue is a means of enhancing performance.
Prioritization favors some packets over others by transmitting them with preference.
ensure their efficiency. Even as a packet is starting to be transmitted, other packets
can be lining up behind it. Normally there is only one queue, the transmit queue, and
packets are transmitted from it in the order in which they arrived.
The transmit queue is a means of enhancing performance.
Prioritization favors some packets over others by transmitting them with preference.
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