Fast Ethernet Dual Fiber

Fast Ethernet Dual Fiber modules are widely used in all kind of telecommunication networks. Devices with SFP ports offers flexible port configurations. This kind of optical modules are really chepa and cover speeds up to 155Mbps. Modules is fully compliant with SFP MSA specifications and supports Optical Monitoring - a digital diagnostic interface (DOM, DDMI) which allows a network administrator to monitor module parameters such as: transmitted and received optical power, temperature.

FTS-Z01M-SXXL-YYY

XX - denotes wavelength: (31 - 1310nm, 55 - 1550nm)

YYY - denotes distance: (002 - 2km, 020 - 20km, 040 - 40km, 80 - 80km)

Z - denotes type of medium: (M - MultiMode, S - SingleMode)

For details please check datasheets or contact support department.

Technical specification

Part number
Output Power RX Sensitivity RX Overload Wavelength Distance* Operating Temp DDMI
FTS-M01M-S31L-002 -15~-8dBm -32dBm -8dBm TX:1310nm 2km 0~70°C No
FTS-M01M-S31L-002I -15~-8dBm -32dBm -8dBm TX:1310nm 2km -40~+85°C No
FTS-M01M-S31L-002D -15~-8dBm -32dBm -8dBm TX:1310nm 2km 0~70°C Yes
FTS-M01M-S31L-002DI -15~-8dBm -32dBm -8dBm TX:1310nm 2km -40~+85°C Yes
FTS-S01M-S31L-020 -15~-8dBm -33dBm -8dBm TX:1310nm 20km 0~70°C No
FTS-S01M-S31L-020I -15~-8dBm -33dBm -8dBm TX:1310nm 20km -40~+85°C No
FTS-S01M-S31L-020D -15~-8dBm -33dBm -8dBm TX:1310nm 20km 0~70°C Yes
FTS-S01M-S31L-020DI -15~-8dBm -33dBm -8dBm TX:1310nm 20km -40~+85°C Yes
FTS-S01M-S31L-040 -5~0dBm -34dBm -10dBm TX:1310nm 40km 0~70°C No
FTS-S01M-S31L-040I -5~0dBm -34dBm -10dBm TX:1310nm 40km -40~+85°C No
FTS-S01M-S31L-040D -5~0dBm -34dBm -10dBm TX:1310nm 40km 0~70°C Yes
FTS-S01M-S31L-040DI -5~0dBm -34dBm -10dBm TX:1310nm 40km -40~+85°C Yes
FTS-S01M-S55L-080 -5~0dBm -34dBm -10dBm TX:1550nm 80km 0~70°C No
FTS-S01M-S55L-080I -5~0dBm -34dBm -10dBm TX:1550nm 80km -40~+85°C No
FTS-S01M-S55L-080D -5~0dBm -34dBm -10dBm TX:1550nm 80km 0~70°C Yes
FTS-S01M-S55L-080DI -5~0dBm -34dBm -10dBm TX:1550nm 80km -40~+85°C Yes

* - transmission distance depends on optical link attenuation