Cabletron Systems 9H42X-XX Manual Do Utilizador

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The Bridge Status Window
5-5
Bridging
Learning
 (magenta) — the Forwarding database is being created or the 
Spanning Tree Algorithm is being executed due to a network topology change; 
the port is monitoring network traffic, learning network addresses.
Blocking
 (orange) — Spanning Tree Algorithm has configured this port to 
block (filter) frames to prevent redundant data loops in the bridged network; 
the port can’t receive or forward traffic. Bridge topology information will be 
forwarded by the port.
Broken
 (red) — the physical interface has malfunctioned.
Interface Type
Indicates the interface type which applies to each bridge port interface. The 
interface type (ifType) is a mandatory object type from the SNMP MIB-II Interface 
(IF) Group.
Bridge Address
Indicates the physical (MAC) address of the bridge port. 
Interface Speed
Indicates the theoretical maximum speed of the selected interface: 10 Mbits for 
standard Ethernet; 100 Mbits for Fast Ethernet; 2500 Mbits for the INB.
Accessing Other Management Options from the
Bridge Status Window
At the top of the Bridge Status window, you can click on 
 to access a menu 
that provides other bridge management options:
A Bridge Performance Graph that displays statistics for traffic across the entire 
bridge (see Bridge Statistics
).
A Performance Graph window is also available for each individual interface, 
by clicking on a port index button to display the port level management 
options (see Bridge Statistics
The Spanning Tree window, which allows you to set the Spanning Tree 
Algorithm parameters for bridging on your 9H42x-xx module (see Bridge 
Spanning Tree
The Filtering Database window, which lets you configure the bridge’s 
acquired and permanent filtering databases to filter or forward traffic across 
the bridge port interfaces present on the selected 9H42x-xx module (see 
Filtering Database
). 
The Duplex Modes window, which allows you to configure duplex mode (on 
or off) for standard Ethernet interfaces; see Duplex Modes
, for 
details.