TCCOM, Fiber Optic Multiplexers, TC Comm Telephone Extenders, TC Comm fiber optic telephone extenders, Telephone Extenders, media converters

TCCOM -Fiber Optic Multiplexers- Telephone Extenders- Fiber optic modems- Gigabit switches- Singlemode to Multimode Converters- Emergency Phones- Oil Refinery Switches, Traffic Control Switches, Train Control Switches- Fiber Optic Telephone Extenders-Fiber Optic Telephone Extenders- Fiber Telephone Extenders

American Tech Supply carries a complete line of TC Comm fiber optic modems, gigabit switches, singlemode to multimode converters, emergency phones, oil refinery switches, traffic control switches, train control switches, fiber optic telephone extenders ranging from simple "quick talk" extenders to multi-line (24 channel) PBX line extenders allowing you to use existing fiber optic cable to run your voice needs over 2 fiber strands or install fiber optic cable one time and use fiber optics for security proof voice, data, IP, video services on one media- fiber

Fiber Optic Multiplexers

Telephone Multiplexers

Telephone, Analog & Data Multiplexer (TC8800S/R)
Extend up to 28 telephone, data & analog channels to remote network sites with the TC8800 Fiber Optic Multiplexer.

Telephone, Ethernet & Data Multiplexer (TC8520)
The TC8520 Ethernet, Phone & Data multiplexer optimizes fiber optic cable usage by multiplexing one 10/100M Ethernet, 4 Telephone and, optionally, 4 channels of serial data over single mode or multimode fiber. A "bi-directional 1-fiber" option doubles existing fiber optic cable usage.

Analog Multiplexers

Telephone, Data & Analog Multiplexer (TC8800E)
Extend up to 28 telephone, data & analog channels to remote network sites with the TC8800 Fiber Optic Multiplexer.

Analog , Intercom & Data Multiplexer (TC8000)
This analog multiplexer is a specialized 4-28 channel 2/4-Wire Analog, Audio, Intercom & Data Fiber Optic Multiplexer with hot-swappable chassis & high temperature options.

T1 & E1 Multiplexers

T1/E1, Data/Voice & Ethernet Multiplexer (TC8518)
The TC8518 T1/E1, Data/Voice & Ethernet Fiber Optic Multiplexer multiplexes 4/8/16 channels of T1/E1 and 3 Ethernet ports on single mode (1300/1550nm) or multimode (1300nm) fiber.

T1 / E1 & Data Multiplexer w/Ethernet Bridge (TC8510)
Integrated Voice & Data connectivity over fiber optic networks is cost efficient with the TC8510 T1, E1, Ethernet & Serial Data Fiber Optic Multiplexer.

T1 / E1 Multiplexer (1-4 ch.) (TC8300)
The TC8300 1-4 channel T1, E1 Fiber Optic Multiplexer is often used to link PBXs, Channel Banks, Customer Premise Equipment & M13 Muxes to DSX-1 Cross Connects.

Data Multiplexers

RS232 Multiplexer ("Micro") (TC1880)
The pocket-sized 8 channel TC1880 "Micro" RS232 Fiber Optic Multiplexer offers the lowest per-channel cost of any comparable fiber optic mux currently available.

Data Multiplexer (8-128 ch.) (TC8108)
The TC8108 8-128 Channel RS232, RS422, RS485, TTL & Dry Contact Data Fiber Optic Multiplexer is a cost effective way to connect large numbers of serial devices.

Data Multiplexer (8/16 ch.) (TC8116)
The TC8116 Serial Data Fiber Optic Multiplexer is an inexpensive method to connect asynchronous & synchronous terminals, printers, & status collecting devices.

Ethernet Multiplexers

Data & Ethernet Multiplexer (TC8530)
Combine Ethernet & Serial Data over a single mode and multimode fiber optic network with the Model TC8530 Ethernet & Data Fiber Optic Multiplexer.

Multi-Drop Multiplexers

Multi-drop Multiplexer (Self Healing Ring) (TC2800)
The TC2800 RS232/422/485 Multi-Drop Fiber Optic Multiplexer is designed for Ring & Self-Healing Ring topologies in SCADA, Transportation & Process Control networks.

Multi-Drop Multiplexer w/Virtual Channel Mapping (TC2850)
Featuring Virtual Channel Mapping, the TC2850 Serial Data Multi-Drop Fiber Multiplexer enables concurrent applications, cost-saving benefits & reduced polling time.

Wave Division Multiplexers (WDM)

WDM Multiplexer (2-ch.) (TC4001)
The 2-Channel TC4001 Wave Division Multiplexer doubles existing fiber optic cable capacity by transmitting bi-directional signals over a single fiber