Morton Photonics develops advanced component and sub-system technologies for RF Photonics and future datacom / optical fiber communications systems, supporting both DoD and commercial markets.

Silicon Photonics devices are being developed for optical time delay in phased array systems, and linearized optical modulation for RF photonics systems and to generate complex modulation formats in high speed digital systems.  High linearity analog systems are being developed through a combinaton of silicon photonics devices and Morton Photonics ultra-low-noise lasers.

High power, ultra-low-noise lasers being developed by Morton Photonics provide improved SFDR in RF Photonics links, improved performance in coherent communications systems, as well as providing the required low phase and intensity noise for use in interferometric sensing systems.

Latest News:

Feb 2012:  Morton Photonics awarded a $515k, one year DARPA SBIR Phase IIb contract to continue R&D on 'Highly-Integrable Microresonators with Fast Tunable Group Delay for Broadband RF True Time Delay’, to commercialize devices and transition to the Missile Defense Agency program 'Photonics TDU for Radar True Time Delay'.           ⇒ More News

   Photonics R&D:  Founded 2002

• RF Photonics Devices and Sub-systems
  
• Silicon Photonics Devices
• Silicon Photoncs 'System on a Chip' (SOC)
  
• Ultra-Low-Noise Lasers
• Advanced Datacom / Telecom
• Sensing Systems