Sensor Computing Examples
Mercury combines COTS components into adaptable solutions with comprehensive services to provide the most cost-effective sensor computing solutions without compromising performance.
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Mercury’s 10 GigE-to-RapidIO Solution Enables Powerful Network-Centric Sensor Processing for a Complex Combat System
A Prime supplier of defense applications needed to access sensor data – including electronic imaging, video, and weapon systems – from visual display subsystems linked together by a 10 Gigabit Ethernet network.
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Mercury's Innovative Approach to Long-Range Radar Design Off-Loads Processing to FPGAs
A major supplier of radar systems for large US airports called on Mercury to help them with their long-range radar (LRR) design to increase performance while staying within a fixed budget.
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Military GPS Landing System
The VPA-200 single-board computer is designed into an application that will allow aircraft to land on any suitable land- or sea-based surface. The VPA-200 is an ideal solution, because it provides a serious amount of processing power at a low price point. The SBC is also reinforced with many options for I/O, including two PMC sites. |
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Scalable ATCA Modules for Spatial Signal Processing
Complex satellite transceivers may require an enormous amount of FPGA compute power. The ATCA form factor has the flexibility and scalability to accomplish this formidable task. The Ensemble™ ATCA platform is currently being deployed in multiple satellite base-transceivers and base-station subsystems for a key customer. |
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Mercury Expertise Helps Integrated Sensor Data Processor to Perform Critical Calculations
The USAF asked the Space Computer Corporation (SCC) to provide a ruggedized version of their hyperspectral imaging system for deployment on the MQ-1 Predator, but at one-half the size of the commercial version.
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