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Configuring Frame Relay Services
5-24
308624-14.10 Rev 01
Individual SVC Inactivity Values
To set the inactivity timer and direction for a particular SVC, navigate to the SVC
options prompt (for example,
box; serial/3/2; frame-relay/3/2; service/8.0.32;
svc-options/toronto
) and enter:
inactivity-timer
<integer>
integer
integer is the length of time, in seconds, before the SVC terminates
because no data has traveled over the circuit in the direction specified by the
inactivity-direction
parameter. The value can be from 0 to 2147483647 seconds.
The default is 60.
For example, the following command line sets the inactivity timer to 90 seconds:
svc-options/toronto#
inactivity-timer 90
svc-options/toronto#
To configure the inactivity direction, enter:
inactivity-direction
<direction>
direction
can be:
both --
only data transmitted AND received by the router prevents the expiration
of the inactivity timer. If the router does not transmit and receive data, the
inactivity timer expires and disconnects the SVC.
outbound --
only data transmitted by the router prevents the expiration of the
inactivity timer. If the router does not transmit any data, the inactivity timer
expires and disconnects the SVC.
inbound --
only data received by the router prevents the expiration of the
inactivity timer. If the router does not receive any data, the inactivity timer expires
and disconnects the SVC.
either --
only data transmitted OR received by the router prevents the expiration of
the inactivity timer. If the router does not transmit or receive data, the inactivity
timer expires and disconnects the SVC.
The default is
both
.
For example, the following command line sets the inactivity direction to
outbound:
svc-options/toronto#
inactivity-direction outbound
- 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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