Multiplexers T1/E1

Transporting 600ohm Analog or Serial over T1/E1

Convert analog signals into digital signals and transmit them from sender to receiver with our T1/E1 multiplexers. The multiplexers transport 600 ohm Analog or Serial and other signals over T1/E1.

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8 Ch DIO over T1/E1 Multiplexer (TC8612)

The TC8612 offers a simple and effective solution for transporting dry contacts over T1/E1, replacing complex T1/E1 channel banks for small scale applications and providing a plug and play solution. It’s economical, easy to install and comes standard with built-in power redundancy and extensive diagnostics.

4 Ch 600 ohm Analog & Dry Contact-over-T1/E1 Multiplexer (TC8614)

The TC8614 is a 4-channel 600 ohm Analog & Dry Contact-over-T1/E1 Multiplexer that allows network managers the flexibility of leveraging their existing T1/E1 circuits by adding low cost analog or dry contact links as needed. It is economical, simple to install and comes standard with built-in power redundancy.

C37.94-Over-T1/E1 Multiplexer (TC8616)

The TC8616 is a one- or two-channel C37.94-over-T1/E1 multiplexer. For T1 Channel 1 supports N=1 to 12 and Channel 2 support N=1 to 8. For E1 both channels support N=1 to 12. This allows network managers the flexibility to leverage existing T1/E1 circuits by adding teleprotection relays. It is economical, simple to install and comes standard with built-in power redundancy.

4 Ch Voice-over-T1/E1 Multiplexer (TC8618-1 and -2)

The TC8618 is a 4-channel Voice/Fax/Modem over T1/E1 Multiplexer that allows network managers the flexibility of leveraging T1/ E1 circuits by adding low-cost analog as needed. Dialing and paging between TC8618-1 (FXS) units is supported, providing customers flexibility for voice calls. The TC8618 is economical, simple to install and comes standard with built-in power redundancy.

Ethernet over T1/E1 Multiplexer (TC8619)

The TC8619 Ethernet-over-T1/E1 Gateway allows the user to extend Ethernet backhaul applications to remote locations over existing TDM Telecom infrastructure. It converts the Ethernet data into framed T1/E1 format for transmission over T1/E1 links, and the modules are used in pairs. The TC8619 performs store-and-forward of frames with Ethernet traffic conditioning and bridging functions at wire speed, fully utilizing the TDM circuit.

1U T1/E1 Redundancy Card (TC8630-1)

The TC8630-1 is a T1/E1 Redundancy Card that allows network managers the flexibility of leveraging their existing T1/E1 circuits by adding backup T1/E1 link as needed. It is economical, simple to install and comes standard with built-in power redundancy. The built-in Sync mechanism verifies both device and T1/E1 link operation. No other test equipment is required for link and device verification.

DB9 RS-232 Sync-over-T1/E1 Multiplexer (TC8631-4)

The TC8631-4 is a 2 or 4 Channel RS-232 Sync-over-T1/E1 central directional multiplexer. Using two DB9 female ports (Port 1 & Port 2) for RS-232 Sync signals and each channel supports up to 28.8 Kbps. It features three different types of built-in loopbacks: local, remote, and T1/E1 loopback, and can assist in isolating whether an issue lies on your serial line or your T1/E1 line. CSU Loop Code Up/Down is also supported.

4 or 8 Ch 600 ohm Analog & Dry Contact-over-T1/E1 Multiplexer (TC8634)

The TC8634 is a 4-channel 600 Ohm Analog & Dry Contact-over-T1/E1 Multiplexer used in a 1U chassis with built in power redundancy. It is part of the JumboBank series of products from TC Communications. Economical and easy to install, the TC8634 gives network managers the flexibility of leveraging their existing T1/E1 circuits by adding low-cost analog or dry contact links as needed.

4 Ch Voice-over-T1/E1 Multiplexer (TC8638-1/2)

The TC8638 is a 4-channel Voice/Fax/Modem over T1/E1 Multiplexer that gives network managers the flexibility of leveraging T1/E1 circuits by adding low-cost analog as needed. Dialing and paging between TC8638-1 (FXS) units is supported, providing customers flexibility for voice calls. It is economical, easy to install and comes standard with built-in power redundancy.