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Implementation Notes
3-27
Balancing Traffic between Lines in a Multilink Bundle
With multilink enabled for bandwidth-on-demand, the router sending data divides
the outbound traffic among all the lines in the bundle, keeping each packet intact.
The configured external clock speed of each line determines the proportion of the
total traffic each receives. On the receiving end, multilink resequences packets
arriving on different links using the sequence number from the multilink header.
For more information about traffic distribution, see Configuring PPP Services.
Ensuring Accuracy of the Congestion Threshold Percentages
The router uses several congestion threshold parameters to measure congestion on
the primary line. The value of these parameters determines when the router
activates additional lines to relieve congestion.
If you want to configure the clock speed of your primary line to any value other
than the default, 64 Kb/s, this affects how the router calculates the congestion
thresholds. To ensure the router’s calculations are accurate, you must modify the
clock speed via the synchronous line parameter External Clock Speed. Once you
configure this parameter to the speed you want, you ensure that the congestion
thresholds will be correct.
The External Clock Speed parameter is part of the Synchronous Line Details
configuration. To access synchronous line parameters, begin at the Configuration
Manager window and select the Circuits➔Edit Lines option. From here, you can
select the circuit that you want to edit.
For further instructions on accessing and modifying the synchronous line
parameters, refer to Configuring Line Services.
Testing the Bandwidth-on-Demand Connection
To ensure that the router can activate a secondary line if the primary line becomes
congested, you can execute a
forced dial command. The forced dial command
indicates to the router that the primary line is congested even if this is not the case.
The router then brings up the secondary line. If the secondary line does not come
up, there is a problem with the secondary connection.
- Configuring Dial Services 1
- Bay Networks Software License 3
- Contents 5
- About This Guide 19
- CompuServe 21
- InfoFACTS 22
- World Wide Web 22
- How to Get Help 23
- Conventions 23
- Acronyms 24
- Chapter 1 27
- Dial Services Overview 27
- Dial-on-Demand Service 29
- Demand Lines and Pools 30
- Activating Demand Circuits 32
- Dial Backup Service 34
- Backup Lines and Pools 36
- Activating the Backup Line 37
- Bandwidth-on-Demand Service 38
- Activating Secondary Lines 40
- Terminating Secondary Lines 40
- Chapter 2 43
- ISDN Overview 43
- ISDN Standards 44
- Primary Rate Interface 45
- The D Channel 45
- Figure 2-3. LAPD Frame 46
- ISDN Interfaces 47
- Reference Points 48
- Chapter 3 51
- Implementation Notes 51
- D Channel Support 52
- B Channel Support 52
- S/T Interfaces 53
- BRI Subaddresses 54
- Selective PRI Service 55
- Call Screening 56
- Rate Adaption 56
- Example 1 57
- Example 2 57
- Point-to-Point Protocol 58
- IP Adjacent Hosts 61
- Data Compression 62
- PPP Multilink 63
- Static Routes 64
- Protocol Prioritization 65
- Breath-of-Life Messages 67
- Bandwidth for Backup Circuits 68
- Chapter 4 79
- Using the MIB Object ID 80
- Configuring Line Pools 80
- Pool ID Parameter 86
- Line Media Type Parameters 86
- Adding Line Pools 87
- Configuring ISDN Lines 91
- PRI Physical Interfaces 93
- MCT1/MCE1 Clock Parameters 97
- MCT1/MCE1 Port Parameters 98
- MCT1 Port Parameters 100
- Creating Line Pools 101
- Configuring Dial Services 102
- MCE1 Port Parameters 105
- MCT1/MCE1 Logical Lines 108
- Logical Lines Parameter 111
- (continued) 113
- (continued) 114
- Configuring ISDN Logical Lines 116
- Logical Lines Parameters 118
- fills in the fields below it 121
- Local Phone Number Parameters 123
- Changing a Line Pool 127
- Changing Lines in a Pool 128
- Port Parameters 134
- Timeslots 134
- Chapter 5 137
- Configuring Circuits 137
- Interface for Dialup Lines 139
- Demand Circuit Parameters 140
- Configuring Circuits 141
- Click on Done 151
- Schedule Parameters 152
- Deleting Demand Circuits 155
- 4. Click on OK to save 157
- Providing Backup Circuits 164
- Click on OK 166
- Circuit Options Parameters 168
- Primary Circuit Parameters 169
- (Figure 5-19) 175
- (Figure 5-20) 176
- Manager window 176
- Deleting Backup Circuits 178
- Click on Done to exit 182
- Congestion Monitor Parameters 189
- (Figure 5-26) 194
- Chapter 6 197
- Configuring Phone Lists 197
- Configuring Phone Lists 199
- Chapter 7 209
- Caller Resolution Table 209
- (Figure 7-2) 210
- Appendix A 217
- Configuration Examples 217
- Dial-on-Demand Using PPP 218
- Demand Pools Configuration 219
- Demand Circuit Configuration 220
- Configuration Examples 221
- Configuration of Router 1 222
- Configuration of Router 2 223
- Demand Pool Configuration 224
- Outgoing Phone List 225
- Protocol Configuration 226
- Backup Circuit Configuration 230
- Backup Pool Configuration 235
- Type)➔Circuit Options window 236
- Appendix B 239
- Appendix C 247
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