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DLSw Configuration Overview
3-11
Unconfigured peers normally do not receive broadcast frames from another router.
However, unconfigured peers on a remote Bay Networks router can both receive
and respond to broadcast frames that the configured peer in that router forwards
internally.
When a local DLSw peer (Bay Networks or otherwise) receives a broadcast
response from an unconfigured peer on a Bay Networks router, the local peer
opens a DLSw connection to the unconfigured peer.
Figure 3-5 shows the sample network of three routers running DLSw. This
network uses the following Peer IP Table entries:
• Router A’s Peer IP Table has a single entry, as follows:
— The DLSw single switch communication with Router B does not require
an entry in the Peer IP Table.
— The connection to Router C uses dual switch DLSw. An entry is required
in the Peer IP Table so that Router A can forward DLSw broadcasts to
Router C. The circuitless IP address of Router C (192.32.200.1) is entered
into Router A’s Peer IP Table, since this value is the only value in
Router C’s Slot Table.
• Router B communicates to Router A via a single switch connection. No Peer
IP Table is required for Router B.
• Router C communicates with Router A using dual switch mode. The
circuitless IP address of Router A (192.32.100.1) is entered into Router C’s
Peer IP Table. However, you can use any IP address in Router A’s Slot Table
instead of the circuitless IP address.
When using dual switch mode, DLSw is not configured on the links between the
routers. Only IP must be configured on these interfaces.When communicating
using single switch mode, DLSw is configured on the connecting interfaces.
Note that either link from Router A to Router C can be used to transport DLSw
traffic. IP determines which link will be used for these routers to communicate.
- Configuring DLSw Services 1
- Bay Networks Software License 3
- (continued) 4
- Contents 5
- About This Guide 17
- Before You Begin 18
- InfoFACTS 19
- World Wide Web 19
- How to Get Help 20
- Conventions 20
- Acronyms 21
- Chapter 1 23
- Data Link Switching Overview 23
- DLSw Networking Overview 24
- DLSw Single-Switch Services 27
- DLSw Dual Switch Services 28
- SDLC Support 30
- Integrated SDLC Conversion 31
- Frame Relay Support 33
- DLSw Filtering 35
- DLSw and Related Protocols 36
- Chapter 2 39
- DLSw Implementation Notes 39
- Counting SRB LANs and Bridges 40
- Counting the IP Virtual Ring 41
- Counting the Internal LAN 44
- Counting the DLSw Bridge 45
- Parallel Data Paths 47
- Source Routing Bridge 48
- Multiple DLSw Peers on a LAN 49
- DLSw and Bridging Services 49
- DLSw with Translation Bridge 51
- Memory Requirements 52
- TCP Considerations 53
- Flow Control 54
- LLC2 Flow Control 55
- TCP Flow Control 55
- Performance 56
- Chapter 3 57
- DLSw Configuration Overview 57
- DLSw SAP Table 61
- DLSw Slot Table 62
- DLSw Configuration Overview 63
- DLSw Peer IP Table 65
- Simplifying the Peer IP Table 66
- Configuration Objects for SDLC 68
- Local Devices 70
- Optional Configuration Objects 71
- Chapter 4 75
- Enabling DLSw Services 75
- 2. Click on OK 76
- Mapping Frame Relay Addresses 79
- Adding Slot IP Addresses 81
- Adding DLSw Peer IP Addresses 83
- 4. Click on Done 85
- Subsequent DLSw Configuration 99
- Chapter 5 101
- Editing DLSw Parameters 101
- Accessing DLSw Parameters 102
- (Figure 5-1) and then 103
- Select Protocols➔DLSw➔Global 103
- 3. Click on OK 104
- Enabling a DLSw Interface 113
- 1. Click on Add 118
- 3. Click on Done 121
- Click on Add 122
- 2. Click on Delete 125
- Adding a DLSw SAP Table Entry 127
- Click on Done 130
- 3. Click on Delete 131
- 2. Select the entry to edit 141
- Click on Apply 142
- Deleting DLSw from the Node 154
- Chapter 6 155
- Using DLSw Prioritization 155
- DLSw Priority Queues 157
- The Dequeuing Process 158
- The Dequeue List 159
- Weighted Dequeuing Algorithm 159
- Queue Depth 161
- Select ENABLED 164
- Click on OK 164
- 2. Click on Template 177
- Appendix A 187
- DLSw Default Settings 187
- Appendix B 191
- Predefined DLSw Criteria 192
- DLSw Reference Points 192
- Length (bits) 193
- Specifying MAC Address Ranges 194
- Table B-6. SAP Codes 196
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