Fiber Optics

Our range of Fiber Optic Links are ideal for both IF and RF signals, communication systems, antenna and local oscillator remoting, delay lines, digital and cellular signals, GPS antennas, internet towers to name a few.

Our Fiber Optic Links are available in many different packages which include: Hermetic Kovar, Rack mount and outdoor enclosures.

These Fiber Optic Links could be used in very wide applications such as EMC testing, Antenna Remoting (LO Remoting/ Phased Array Antenna), Inter-facility RF communication Links, Radio Astronomy, Radio over fiber, Delay Lines for Radar applications (radar testing and calibration), Network Analyzer Port Extenders, Airborne and shipboard applications, TV broadcast, CATV, Wireless and Mobile/Cellular Communications; S,L,C,X, Ku, and Ka Band Links for Satellite Ground Stations, Wireless communications inside Tunnels and Buildings, Electronic Intelligence (ELINT), Electronic Warfare (EW) and Electronic Counter Measures (ECM), SATCOM applications, Tactical Common Data Link (TDCL), Frequency and timing distribution, Telemetry, Particle Accelerators and Colliders (Cyclotron).

We can customize the electrical specifications and packaging of all our fiber optic receivers, fiber optic transmitters and fiber optic link pairs to meet your specific requirements.



Featured
• Bandwidth .......................... 50 kHz to 3 GHz
• Small size• Un-cooled DFB laser
• No external control circuits required
• Transimpedance amplifier in both

Application
• Antenna remoting• Local oscillator remoting
• Interfacility communication links

Featured
• Bandwidth .......................... 5 kHz to 2.5 GHz
• Small size• Un-cooled DFB laser
• No external control circuits required
• Transimpedance amplifier in both
  • transmitter and receiver
  • Operational status monitor pins

Application
• Antenna remoting
• Local oscillator remoting
• Interfacility communication links


Featured
• Bandwidth .......................... 50 kHz to 4.5 GHz
• Small size
• Un-cooled DFB laser
• No external control circuits required
• Transimpedance amplifier in both
  • transmitter and receiver
  • Operational status monitor pins

Application
• Antenna remoting
• Local oscillator remoting
• Interfacility communication links


Featured
• Bandwidth .......................... 50 kHz to 6 GHz
• Small size
• No external control circuits required
• Transimpedance amplifier in both
   transmitter and receiver

Application
• Antenna remoting
• Local oscillator remoting
• Interfacility communication links


Featured
• Bandwidth .......................... 10 MHz to 15 GHz
• Small size
• No external control circuits required
• Transimpedance amplifier in both
   transmitter and receiver

Application
• Antenna remoting
• Local oscillator remoting
• Interfacility communication links