Frequency Electronics, Inc. (NASDAQ: FEIM) is a designer and manufacturer of precision frequency control products and timing solutions for commercial, government and military applications. Since its founding in 1973, the company has developed a broad portfolio of oscillators, frequency references and timing modules that deliver high stability and low phase noise performance. These products play a critical role in systems ranging from satellite communications and global positioning systems to radar and secure telecommunications networks.
The company’s core offerings include oven-controlled crystal oscillators (OCXOs), temperature-compensated crystal oscillators (TCXOs), rubidium atomic frequency standards and GPS-disciplined oscillators. By integrating proprietary temperature control and frequency-stabilization technologies, Frequency Electronics’ solutions meet stringent reliability and accuracy requirements in harsh environments. Its products are commonly embedded in aerospace platforms, defense electronics, telecommunication base stations and spaceborne payloads.
Headquartered in Ithaca, New York, Frequency Electronics maintains manufacturing facilities in the United States and supports customers worldwide through sales and technical service offices in Europe and Asia. The company serves a diverse customer base that includes U.S. and allied defense contractors, commercial satellite operators, national laboratories and network equipment providers. Its global footprint ensures localized support for system integration, qualification testing and aftermarket maintenance.
Under the leadership of Chief Executive Officer William W. Hickey Jr., Frequency Electronics continues to invest in research and development to advance next-generation timing solutions. The company’s long-standing relationships with government agencies and industrial partners underscore its reputation for quality and innovation. With over four decades of expertise in frequency control, Frequency Electronics remains a key supplier to industries where precise timing and synchronization are mission-critical.
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