Analog Optical Transmitter Module

This is a low noise, analogue optical transmitter operating from 10MHz to 18GHz. It is often used in antenna remote control, fibre optic delay lines, distributed antenna systems, broadband wireless communications, etc.

This is an ultra-small size, low power consumption without cooling, operating frequency up to 6GHz, with optical power monitoring and control of analog optical transmitter module, widely used in satellite communications, GPS signal transmission, distributed antenna systems, 5G communications, etc.

This is a temperature controlled coaxial analog optical transmitter module supporting C-band up to 21 GHz for antenna remote control, secure communications, fiber optic delay lines, distributed antennas, broadband, OFDM fiber optic transmission, and more!

This is a low power consumption, XFP form factor optical transmitter with dual optical isolators, fiber optic link up to 40KM and automatic optical power control. Ideal for antenna remote control, wireless signaling, digital QAM networks, distributed antenna systems, etc.

This Analog Optical Transceiver has low noise, long transmission distance, operating frequency up to 40GHz, integrated optical monitoring and alarm function, high dynamic range. It is used in RFOF, microcomputer communication, antenna remote control, optical delay line, microwave wireless communication and other fields.

This highly dynamic DWDM analog optical transceiver contains both Tx and Rx components. It operates from 10 MHz to 18 GHz with APC/ATC for applications such as antenna remote control, satellite communications, delay lines, distributed antenna systems, and broadband wireless communications.

This cooled analog coaxial laser diode with built-in TEC/thermistor/MPD and modulation frequency up to 18GHz can be used in fiber optic RF, RF delay line, antenna remote control, GPS transmission, broadband microwave transmission and so on.

Narrow linewidth stable frequency lasers are based on an external cavity design and feature ultra-low RIN noise, ultra-narrow linewidth, high output optical power, and other advantages.