- play_arrow Configuration
- play_arrow Adding Bundles
- play_arrow Configuring VComp Bundles (CTP Menu)
- Configuring IP Parameters for VComp Bundles (CTP Menu)
- Configuring Compression Parameters for VComp Bundles (CTP Menu)
- Configuring T1 and E1 Port Parameters for VComp Bundles (CTP Menu)
- Configuring 2W-FXS Port Parameters for VComp Bundles (CTP Menu)
- Configuring 2W-FXO Port Parameters for VComp Bundles (CTP Menu)
- Configuring 4WE&M Port Parameters for VComp Bundles (CTP Menu)
- Allocating Channels for Analog Interfaces for VComp Bundles (CTP Menu)
- Allocating DS0 Time Slots for T1 and E1 Ports for VComp Bundles (CTP Menu)
- play_arrow Configuring VComp Bundles (CTPView)
- Configuring IP Parameters for VComp Bundles (CTPView)
- Configuring Compression Parameters for VComp Bundles (CTPView)
- Configuring T1 and E1 Port Parameters for VComp Bundles (CTPView)
- Configuring 2W-FXS Port Parameters for VComp Bundles (CTPView)
- Configuring 2W-FXO Port Parameters for VComp Bundles (CTPView)
- Configuring 4WE&M Port Parameters for VComp Bundles (CTPView)
- Allocating Channels for Analog Interfaces for VComp Bundles (CTPView)
- Allocating DS0 Time Slots for T1 and E1 Ports for VComp Bundles (CTPView)
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- play_arrow Administration
- play_arrow Changing the Status of Bundles
- play_arrow Displaying Runtime Information for VComp Bundles
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- play_arrow Troubleshooting
- play_arrow Knowledge Base
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4WE&M Interface Module with VComp Bundles Overview
The 4WE&M module is a four-wire audio interface with E and M signaling interfaces. E and M is a type of supervisory line signaling that uses separate leads, called the E (ear) lead and the M (mouth) lead. In 4WE&M signaling, two wires are used to receive and two wires are used to transmit, incorporating simplex control and differential payload in each channel. The 4WE&M module supports type I, II, and V signaling.
The 4WE&M module provides the following features:
Enables a CTP device to connect directly to analog PBX voice switch trunks and transport those trunks over the IP/MPLS network.
Minimizes IP overhead by bundling multiple analog channels from a single module or multiple modules into one packet.
Works with T1/E1 DS0s to enable small analog sites to be aggregated into larger digital T1 or E1 PBX voice switches.