Destination node station address
Source node station address
Routing control field
Data
H2
H1
8270
DSAP
SSAP
Data
Frame received by bridge A
Incoming LAN ID; bridge ID
Internal LAN ID; bridge ID
Outgoing LAN ID; bridge ID of 0
H2
H1
8830
001A
100A
0020
DSAP
SSAP
Data
Frame sent by bridge A onto ring 2
Incoming LAN ID; bridge ID
Internal LAN ID; bridge ID
Outgoing LAN ID; bridge ID of 0
H2
H1
8A30
001A
002A
101A
0030
DSAP
SSAP
Data
Frame sent by bridge B onto ring 3
Incoming LAN ID; bridge ID
Internal LAN ID; bridge ID
Outgoing LAN ID; bridge ID of 0
H2
H1
8C30
001A
002A
003A
102A
004A
DSAP
SSAP
Data
Frame sent by bridge C onto ring 4
Figure 19. Structure of an Explorer Frame
R
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g
S
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v
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N
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2
Bridging Service
Source-Routing Bridging
2-29
Summary of Contents for 600 Series
Page 1: ...Hewlett Packard Series 200 400 and 600 Routers HP Routing Services and Applications ...
Page 4: ......
Page 5: ...1 Product Notes ...
Page 6: ...Features of HP Routers Architecture and Technology Branch Office Routing Product Notes 1 2 ...
Page 38: ...Architecture and Technology Software Control Path Architecture 1 34 ...
Page 52: ...Branch Office Routing Future Directions 1 48 ...
Page 53: ...2 Routing Services Notes ...
Page 106: ...Bridging Service Traffic Prioritization 2 54 ...
Page 158: ...Novell IPX Routing Service NetBIOS Protocol Support 2 106 ...
Page 194: ...Data Compression for WAN Links Conclusion 2 142 ...
Page 195: ...3 Application Notes and Case Studies ...
Page 224: ...Improving Network Availability Application Recovery 3 30 ...
Page 234: ...ISDN Wide Area Network Design Dry Creek Joint Elem School District Performance 3 40 ...
Page 316: ......