- play_arrow Overview
- play_arrow Using Bundles to Create Logical Configurations for Physical Interfaces Overview
- play_arrow SAToP Bundle Overview
- SAToP Bundle Overview
- SAToP Interoperability with M Series E1/T1 Circuit Emulation PICs Overview
- Adaptive Clocking for SAToP Bundles Overview
- Determining Optimal Packet Size for SAToP Bundles Overview
- Providing QoS for SAToP Bundles by Using Service Type Overview
- Loss of Signal Detection Capability on CTP Bundles and SAToP Bundles
- Guidelines for Configuring LOS Detection
-
- play_arrow Troubleshooting
- play_arrow Knowledge Base
-
Configuring Circuit Restart Parameters for SAToP Bundles (CTPView)
This topic describes how to configure advanced options that are related to circuit starvation and restart. Set these parameters to the same values on the local and remote CTP devices.
Before you begin:
Log in to the CTPView software at least at the Net_Admin level.
Connect the CTPView server to the CTP device for which you want to configure bundles.
To configure circuit restart parameters for SAToP bundles using CTPView:
- In the side pane, select Bundle > Configuration.
- Run your mouse over the Display and Select an Existing Bundle bar.
- In the table of bundles, select the bundle that you want to modify.
- Under Bundle Options, place a check mark in the Advanced Options show check box to display advanced parameters, and configure the parameters described in Table 1.
- Click Click to Submit Bundle AND Port Changes.
| Field | Function | Your Action |
|---|---|---|
Consecutive Pkt Loss To Starvation | Specifies how many consecutive circuit packets the IP network must drop before the CTP device restarts the circuit. We recommend that you set the parameter to a larger value when the IP network uses packet-encrypting devices. These devices cause momentary interruption in packet flows when encryption keys are updated. | Enter a number from 1 to 64. |
InSync Pkts After Starvation | Specifies the number of in-sequence packets the CTP device must receive after a starvation before the circuit transitions from in-sync to running. | Enter a number from 1 to 64. |
