
Adding a Static RIF Cache Entry for a Two-Hop Path Example
Configuring Source-Route Bridging BC-153
Figure 60 Assigning a RIF to a Source-Route Bridge
The static RIF entry would be submitted to the router on the left as follows:
rif 1000.5A12.3456 0630.0081.0090
Adding a Static RIF Cache Entry for a Two-Hop Path Example
In Figure 61, assume that a datagram was sent from a router on ring 21 (15 hexadecimal), across
Bridge 5 to ring 256 (100 hexadecimal), and then across Bridge 10 (A hexadecimal) to ring 1365
(555 hexadecimal) for delivery to a destination host on that ring.
Figure 61 Assigning a RIF to a Two-Hop Path
The RIF in the router on the left describing this two-hop path is 0830.0155.100a.5550 and is entered
as follows:
rif 1000.5A01.0203 0830.0155.100a.5550
SR/TLB for a Simple Network Example
In the simple example illustrated in Figure 62, a four-port router with two Ethernets and two Token
Rings is used to connect transparent bridging on the Ethernets to SRB on the Token Rings.
Figure 62 Example of a Simple SR/TLB Configuration
S1100a
Bridge 1
IBM PC
1000.5A12.3456
Token
Ring 8
Token
Ring 9
IBM PC
1000.5A01.0203
S1101a
Bridge 5
Bridge 10
Ring
21
Ring
256
Ring
1365
Router
Virtual ring 10
Pseudo
ring 3
S1274a
Token
Ring 2
T1
Token
Ring 1
T0
E1
E0
Comentários a estes Manuais