OEwaves' Micro-Opto-Electronic Oscillator (Micro-OEO) Supports Successful Miniature Interc... OEwaves' chip-scale Micro-Opto-Electronic Oscillator (Micro-OEO) supported Lockheed Martin's Extended Area Protection and Survivability (EAPS) program's successful » Read More...

OEwaves Reported A Breakthrough in Microwave Opto-Electronic Oscillator (OEO) Technology OEwaves, Inc. has achieved unprecedented phase noise performance in a microchip package based on proprietary ultra-high quality factor (Q) crystalline optical resonators and the opto-electronic oscillator architecture. Capable of microwave frequencies beyond 100 GHz, such high performance microwave photonic oscillator chip revolutionizes commun » Read More...

OEwaves Receives Contract from DARPA to Develop an EMP (electro-magnetic pulse) Immune All... DARPA's challenging EMPiRe program seeks to develop a microwave receiver front-end capability that will survive and operate short pulses of high energy while maintaining high sensitivity, bandwidth, and dynamic range. OEwaves' novel approach will achieve the performance goals of the EMPiRe program and result in delivery of the All-Dielectric Photonic-Assisted Radio Front-End (ADNERF) w » Read More...

OEwaves Received Award from DARPA to Investigate GMTI Radar Feasibility for WASP UAV OEwaves performed a study based on its unique microwave photonics technologies, when combined with conventional RF technologies, to investigate the feasibility of deploying a miniature GMTI radar system on the WASP UAV. Using Whispering Gallery Mode (WGM) optical resonator technology, OEwaves developed and demonstrated a transmit/receive capability that is small in size » Read More...

OEwaves Enables Quick and Effortless Ultra-Low Phase Noise Measurement for Microwave Sourc... OEwaves' OE8000 Ultra-low phase noise measurement system simplifies phase noise testing for NIST. The high performance measurement system requires virtually no setup, and its user friendly interface allows simple operation and quick phase noise measurements. The unique measurement system was developed to measure OEwaves' proprietary ultra-low phase » Read More...

OEwaves Contributes to Advanced Missile System Technology Developed by RDECOM in Collabora... OEwaves opto-electronic oscillator (OEO) capability was highlighted in a recent significant event by Army RDECOM: "The Research and Development Engineering Command (RDECOM) Aviation & Missile Research & Engineeri » Read More...

DARPA Extends OEwaves' Contract to Develop Compact Frequency Agile Opto-Electronic Oscilla... Drawing from knowledge gained in previous DARPA sponsored programs (aPROPOS and ChaSER), OEwaves, Inc. will demonstrate the feasibility of a compact, wideband tunable, ultra-high performance microwave oscillator suitable for radar and communication systems, to support small platforms such as Unmanned Vehicle Systems (UAS). The approach combines the use of a fiber base » Read More...

OEwaves to Develop an All-Optical Integrated Micro-Primary Atomic Clock (AO-IMPAC) for DAR... OEwaves, Inc. has been awarded a DARPA contract to develop and demonstrate an all-optical atomic clock with drastically reduced size, weight, and power (SWAP) over state-of-the-art primary time and frequency standards. OEwaves will develop the clock with support from the Aerospace Corporation. The OEwaves clock will be based on the novel technology of Kerr optical frequency combs generated in a » Read More...

Lockheed Martin Awards OEwaves Second Phase of Contract for Key Microwave Photonics Techno...OEwaves to extend collaboration with Lockheed Martin in support of a contract from the U.S. Army Research and Development Command's Aviation and Missile Research Development a » Read More...

Lockheed Martin Contracts OEWaves To Develop Key Microwave Photonics Technology Components... OEwaves, Inc. has been selected as a subcontractor to support Lockheed Martin Maritime Systems & Sensors in support of a Science and Technology contract from the U.S. Army Research Development and Development Command's (RDECOM) Aviation and Missile Research Development and Engineering Center (AMRDEC). The total value of the initia » Read More...

OEwaves Appoints Suzanne Gilman as New Chief Financial Officer OEwaves, Inc. is pleased to announce that Suzanne Gilman has joined the company as its new Chief Financial Officer. Gilman brings over 20 years of financial experience to the newly created position. She comes to OEw » Read More...

OEwaves Subcontracted to Develop Wideband High Performance Electro-Optic Modulator for Rec... OEwaves, Inc. has been awarded a contract by UCLA to develop a wideband, high dynamic range EO resonator modulator prototype that is highly sensitive and small in size, weight and power (SWAP), ideal for high performance receiver front end applications. OEwaves will prototype the EO resonator modulator and integrate it with an all-dielectric antenna for the radio front end. The UCLA ADNERF effort is part of the DARPA Electro-Magnetic Pulse Tolerant Microwave Receiv » Read More...

Vice Admiral Rodney P. Rempt, U.S. Navy (retired) Joins the Board of Directors at OEwaves OEwaves is pleased to announce that Vice Admiral Rodney P. Rempt, U.S. Navy (retired) has joined the Board of Directors of the company. During his 41-year active duty career in the Navy, Admiral Rempt oversaw the research, development and deployment of numerous weapons systems, headed up two of the Navy's prestigious » Read More...

OEwaves Awarded Contract to Develop Microwave Photonic Tunable Filters for Agile Receivers... OEwaves, Inc. has been awarded a contract to develop frequency agile band-pass and notch filters to support agile receiver systems for military and communication applications. The filter development builds upon OEwaves' proprietary photonics filter technology concept that provides wideband tunability. Such highly agile filters enhance rece » Read More...