Avaya Configuring Frame Relay Services Manuel d'utilisateur Page 102
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Configuring Frame Relay Services
4-20
308624-14.10 Rev 01
Congestion Counter
To change the value for the congestion counter, navigate to the prompt for the
PVC you want to modify (for example,
box; serial/1/2; frame-relay/1/2;
orlando; pvc/1/2/51
) and enter:
congestion-counter
<integer>
integer
is the maximum number of congestion notifications the router can receive
during the congestion timer period before it stops transmitting data.
The counter value can be from 1 to 500 notifications. The default is 20.
For example, the following command line sets a congestion counter of 30
notifications:
pvc/1/2/51##
congestion-counter 30
pvc/1/2/51##
Congestion Method
To change the value for the congestion method, navigate to the prompt for the
PVC you want to modify (for example,
box; serial/1/2; frame-relay/1/2;
newyork; pvc/1/2/51
) and enter:
congestion-method
<value>
value
can be:
throttle-then-shutdown
-- first queues traffic when congestion occurs, and then
terminates the VC if throttling does not alleviate congestion. This option is valid
only when traffic shaping is enabled.
shutdown
--
the default, terminates the VC when congestion occurs.
throttle
-- queues traffic when congestion occurs; traffic resumes when congestion
clears. This option is valid only when traffic shaping is enabled.
inherit
-- specifies that this VC will use the value of the interface’s congestion
method setting.
For example, the following command line sets a congestion method of throttle:
pvc/1/2/51#
congestion-method throttle
pvc/1/2/51#
- Configuring Frame Relay 1
- Services 1
- Trademarks 2
- Restricted Rights Legend 2
- Statement of Conditions 2
- Contents 5
- 308624-14.10 Rev 01 10
- Before You Begin 17
- Text Conventions 18
- Acronyms 19
- Hard-Copy Technical Manuals 21
- How to Get Help 22
- Chapter 1 23
- Frame Relay Overview 23
- Introduction to Frame Relay 24
- Permanent Virtual Circuits 25
- Switched Virtual Circuits 25
- PVC and SVC Comparison 26
- Frame Relay Packets 27
- . Note, however 28
- Management Protocols 29
- LAPF Operational States 31
- SVC Signaling 33
- Table 1-3. Network Timers 34
- Message Processing 35
- Frame Relay Service Records 36
- Frame Relay Access Modes 37
- Direct Access Mode 38
- Hybrid Access Mode 38
- Source Routing 40
- RFC 1490 40
- Address Resolution for PVCs 40
- Address Resolution for SVCs 41
- Traffic Control 41
- Data Compression 42
- Data Encryption 43
- Protocol Prioritization 43
- Congestion Control 44
- Traffic Shaping 45
- Quality of Service 47
- Traffic Shaping for SVCs 49
- Inactivity Timing for SVCs 55
- X.213 Priority for SVCs 55
- Multiline for PVCs 57
- PVC Pass-Through 59
- Frame Relay Dial Services 60
- Chapter 2 63
- Starting Frame Relay 63
- Configuring PVCs and SVCs 66
- To configure a PVC: 67
- Configuring an SVC 68
- Chapter 3 71
- Selecting a Management Type 72
- Setting XOFF Control 74
- Selecting a DLCI Address Type 75
- Monitoring the Connection 77
- Full Enquiry Interval 78
- Deleting Frame Relay 82
- Chapter 4 83
- Adding Service Records 85
- Deleting Service Records 86
- Enabling Multicast 92
- Configuring PVC Pass-Through 95
- Mapping Pass-Through PVCs 96
- Using Site Manager 100
- Using the BCC 100
- <integer> 101
- <value> 102
- Using Traffic Shaping 103
- Excess Burst 105
- Committed Burst 105
- CIR (Throughput) 106
- Customizing PVCs 109
- Removing Multiline Services 110
- Chapter 5 111
- Customizing SVCs 111
- Call Screening and Blocking 115
- SVC Screening 116
- SVC Screen Usage 116
- Disabling SVCs 119
- Disconnecting Active SVCs 120
- Station Type 122
- Initiation Mode 123
- Retransmission Timer 123
- Idle Timer 124
- Retransmission Limit 124
- Information Limit 124
- Window Size 125
- (continued) 126
- Maximum SVCs 128
- Setup Timer 128
- Disconnect Timer 129
- Release Timer 129
- Call Proceeding Timer 130
- Status Enquiry Timer 130
- Status Enquiry Retry 131
- <direction> 133
- Enabling Traffic Shaping 143
- Appendix A 155
- Site Manager Parameters 155
- Interface Parameters 156
- Figure A-2 157
- SVC LAPF Parameters 166
- SVC Signaling Parameters 171
- Service Name Parameter 176
- <line_number> 177
- <circuit_number> 177
- PVC Parameters 178
- PVC Service Record Parameters 180
- Multiline Algorithm Parameter 186
- C Service Record Parameters 189
- SVC Options Parameters 195
- Appendix B 211
- Table B-1. RIP Parameters 212
- Appendix C 219
- Monitoring Frame Relay Using 219
- Online Help for show Commands 220
- <dlci> 222
- <multiline_name> 222
- <name> 223
- (continued) 229
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