Custom Timing Boards
Since our product platforms are designed for flexibility, we can integrate our timing engine into a wide range of form factors. As an example, we developed a conduction-cooled compact PCI card as a timing controller for a ruggedized system.
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Electronic Warfare Performance Enhancement
In order to increase the location accuracy within its electronic warfare program, Spectracom designed a Master Clock system delivering both accurate timing and low phase noise frequency signals, as well as network timing.
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Frequency Calibration
Spectracom has developed a number of high-reliability and highperformance frequency systems as required by manufacturers and laboratories, including enhanced traceability and accuracy analysis.
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Mobile Communications
When a military force was developing a new field-deployable mobile communications system, they turned to Spectracom to deliver the synchronization subsystem. A GPS master clock was combined with a distribution system for specific time and frequency signals..
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Satellite Ground Segment Synchronization
For a major satellite communications program’s ground segment, Spectracom provides the time & frequency synchronization infrastructure. The combination of high performance clocks and a redundant architecture allows the distribution of diverse time and frequency interfaces with the highest reliability. The project included design collaboration, factory acceptance testing, installation, documentation, and maintenance planning.
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Submarine Clock System
We designed a high precision clock system to provide high timing accuracy in a GPS-denied environment. The system is ruggedized and highly redundant.
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Synchronized Air Forces
Spectracom developed and deployed a synchronization network throughout an air force for air operations command and control, radar systems and other communications. We validated the proposed architecture studies, delivered the hardware and continue to provide integrated logistic services.
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Test Range Synchronization
Spectracom improves sensor and logging systems with accurate data-stamping. Precise timing is distributed throughout large facilities through a combination of optical networks and optimized synchronization architecture.
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