1-5
determine port state based on the port IDs on the end with the preferred system ID. The following is the
detailed negotiation procedure:
z
Compare the system ID (comprising the system LACP priority and the system MAC address) of the
actor with that of the partner. The system with the lower LACP priority wins out. If they are the same,
compare the system MAC addresses. The system with the smaller MAC address wins out.
z
Compare the port IDs of the ports on the system with the smaller system ID. A port ID comprises a
port LACP priority and a port number. First compare the port LACP priorities. The port with the
lower LACP priority wins out. If two ports are with the same LACP priority, compare their port
numbers. The port with the smaller port ID, that is, the port with smaller port number, is selected as
the reference port.
z
If a port (in up state) is with the same port attributes and class-two configuration as the reference
port, and the peer port of the port is with the same port attributes and class-two configurations as
the peer port of the reference port, consider the port as a candidate selected port; otherwise set the
port to the unselected state.
z
The number of selected ports that an aggregation group can contain is limited. When the number of
candidate selected ports is under the limit, all the candidate selected ports are set to selected state.
When the limit is exceeded, the system selects the candidate selected ports with smaller port IDs
as the selected ports, and set other candidate selected ports to unselected state. At the same time,
the peer device, being aware of the changes, changes the state of its ports accordingly.
For static and dynamic aggregation modes:
z
In an aggregation group, the port to be a selected port must be the same as the reference port in
port attributes, and class-two configurations. To keep these configurations consistent, you should
configure the port manually.
z
Because changing a port attribute or class-two configuration setting of a port may cause the select
state of the port and other member ports to change and thus affects services, you are
recommended to do that with caution.
Load Sharing Mode of an Aggregation Group
A link aggregation groups operates in load sharing aggregation mode or non-load sharing mode.
The system sets the load sharing mode of an aggregation group as follows:
z
When hardware resources are available, a link aggregation group operates in load sharing mode.
z
After hardware resources are depleted, that is, when the total number of created load-sharing
aggregation groups and load-sharing service loopback groups reaches the upper threshold, all
new link aggregation groups operate in non-load sharing mode.
Содержание S7906E - Switch
Страница 82: ...1 4 DeviceA interface tunnel 1 DeviceA Tunnel1 service loopback group 1...
Страница 200: ...1 11 DeviceB display vlan dynamic No dynamic vlans exist...
Страница 494: ...ii Displaying and Maintaining Tunneling Configuration 1 45 Troubleshooting Tunneling Configuration 1 45...
Страница 598: ...ii...
Страница 1757: ...4 9...
Страница 1770: ...6 4...
Страница 2017: ...2 11 Figure 2 3 SFTP client interface...
Страница 2062: ...i Table of Contents 1 URPF Configuration 1 1 URPF Overview 1 1 What is URPF 1 1 How URPF Works 1 1 Configuring URPF 1 2...
Страница 2238: ...1 16 DeviceA cfd linktrace service instance 1 mep 1001 target mep 4002...
Страница 2442: ...2 4 Set the interval for sending Syslog or trap messages to 20 seconds Device mac address information interval 20...