Point to Point and Frame Relay Wide Area Networking Protocols

IPM Inverse Packet Multiplexing is an option that delivers 3 to 8 Megabits of interconnectivity over Dedicated T1/E1 WANs

REDundant IP Video is an optional configuration that automatically switches from the Primary to a Secondary Encoder's IP Video Stream for mission critical broadcasts.

IP Multicast is utilized to distribute MPEG video similtaneously to multiple decoders.

 WAN Routers and Bridges  
Engage has been manufacturing Wide Area Network routers since 1989. We were one of the first companies to combine a T1 and E1 DSU/CSU with a WAN router. Standards based WAN protocols, PPP, Multilink PPP, and Frame Relay, ensure 24/7 interoperability.

The Inverse Packet Multiplex is specificially designed to provide the high performance bandwidth required to deliver
Broadcast Quality MPEG Video from Studios to Satellite Teleports .
 
IP•Express GT1 is a high performance, bandwidth scalable, IP WAN Router or Bridge with 1-4 T1 ports offering a standards-based inverse multiplexing (N x E1) capability. The 4 E1 ports are able to connect to 4 remote locations or to be N x T1 inverse packet multiplexed to remote locations from 3 Mbps to 6 Mbps.
 
IP•Express DLT1 is a high performance, bandwidth scalable, IP WAN Router or Bridge with 1-2 T1 ports offering a standards-based inverse multiplexing (N x E1) capability. The 2 T1 ports are able to connect to 2 remote locations or to be N x T1 inverse packet multiplexed to remote locations at 3 Mbps.
 
IP•Express GE1 is a high performance, bandwidth scalable, IP WAN Router or Bridge with 1-4 E1 ports offering a standards-based inverse multiplexing (N x E1) capability. The 4 E1 ports are able to connect to 4 remote locations or to be N x E1 inverse packet multiplexed to remote locations from 4 Mbps to 8 Mbps.
 
IP•Express DLE1 is a high performance, bandwidth scalable, IP WAN Router or Bridge with 1-2 E1 ports offering a standards-based inverse multiplexing (N x E1) capability. The 2 E1 ports are able to connect to 2 remote locations or to be N x E1 inverse packet multiplexed to remote locations at 4 Mbps.
 
 
 
 
 
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