Symmetricom GPS solutions provide the highest level of time and frequency accuracy with our primary reference sources, time and frequency generators, receivers, and other GPS related instrumentation. Our GPS and time code instrumentation solutions support multiple applications and a wide customer base, from assuring wide availability of precision time and frequency throughout a telecom network to securing critical satellite and ground based instrumentation with the world’s most powerful, accurate and versatile Selective Availability Anti-Spoofing Module (SAASM) based GPS time and frequency receiver.
Symmetricom’s GPS Primary Reference Sources, also known as "master clocks," provide the highest level of time and/or frequency accuracy for telecom networking as required by international standards.
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Symmetricom’s GPS & Time Code Instrumentation provide the precise time and frequency that is crucial to the operation of sophisticated communication systems. Our modular ultra precise time and frequency systems are the most versatile and flexible solutions for timing and synchronization requirements, meet multiple specific application needs with a variety of hardware and software options.
See all GPS Time & Frequency Receivers
Symmetricom’s Time Code Generators and Translators operate automatically and provide the ultimate in performance when translating time codes that are contaminated by noise and distortion. Our Time Displays provide highly visible time to remote areas and can be mounted in instrumentation racks, consoles, on ceilings/walls or desktop areas.
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Symmetricom’s time and frequency processor modules provide precise, versatile, and dependable GPS timing for bus level integrated systems. Our modules fit into most computer bus architectures. They allow the capability to customize your systems with interrupt driven algorithms, satisfying most timing requirements.
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Symmetricom provides a broad array of GPS accessories, from lightning arrestors to in-line amplifiers to antennas, that are designed to support the unique requirements of each communication system.
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