DXS-3350SR Gigabit Layer 3 Switch
OSPF Neighbor Table
This table can be found in the
OSPF Monitoring
folder by clicking on the
Browse OSPF Neighbor Table
link. Routers
that are connected to the same area or segment become neighbors in that area. Neighbors are elected via the Hello protocol.
IP multicast is used to send out Hello packets to other routers on the segment. Routers become neighbors when they see
themselves listed in a Hello packet sent by another router on the same segment. In this way, two-way communication is
guaranteed to be possible between any two neighbor routers. This table displays OSPF neighbors of the Switch.
Figure 8- 3 . OSPF Neighbor Table
1
To search for OSPF neighbors, enter an IP address and click
Find
. Valid OSPF neighbors will appear in the
OSPF
Neighbor Table
below.
OSPF Virtual Neighbor
This table can be found in the
OSPF Monitoring
folder by clicking on the
Browse OSPF Virtual Neighbor
link. This
table displays a list of
Virtual OSPF Neighbors
of the Switch. The user may choose specifically search a virtual neighbor
by using one of the two search options at the top of the screen, which are:
Parameter
Description
Transit Area ID
Allows the entry of an OSPF Area ID
−
previously defined on the Switch
−
that allows
a remote area to communicate with the backbone (area 0). A Transit Area cannot be
a Stub Area or a Backbone Area.
Neighbor ID
The OSPF router ID for the remote router. This IP address uniquely identifies the
remote area’s Area Border Router.
Figure 8- 3 . OSPF Virtual Neighbor window
2
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Summary of Contents for xStack DXS-3350SR
Page 114: ...DXS 3350SR Gigabit Layer 3 Switch Figure 6 56 Access Profile Configuration IP 105 ...
Page 118: ...DXS 3350SR Gigabit Layer 3 Switch Figure 6 59 Access Rule Configuration window IP window 109 ...
Page 125: ...DXS 3350SR Gigabit Layer 3 Switch Figure 6 66 Access Rule Display Packet Content 116 ...
Page 129: ...DXS 3350SR Gigabit Layer 3 Switch Figure 6 70 Second 802 1X Authenticator Settings menu 120 ...
Page 284: ......
