Mercury Systems
50 Minuteman Road
Andover, Massachusetts 01810 techsales@mrcy.com
https://www.mrcy.com/?utm_campaign=tl&utm_source=milembedded
Andover, Massachusetts 01810 techsales@mrcy.com
https://www.mrcy.com/?utm_campaign=tl&utm_source=milembedded
Articles related to Mercury Systems
Radar/EW
Order of radar simulation systems expected to ship in the next several quarters. - News
July 28, 2015
CHELMSFORD, Mass. Mercury Defense Systems, a subsidiary of Mercury Systems, has received an order for its radar environment simulation equipment for an international company of aerospace and defense. The order, an estimated $2.7 million, was booked in the fourth quarter of the 2015 fiscal year.
Radar/EW
Missile defense contractor selects Mercury for radar subsystems contract - News
July 23, 2015
CHELMSFORD, Mass. A leading defense prime contractor has selected Mercury Systems to provide radar subsystems and related digital processing technologies for a missile defense application.
Unmanned
Radar/EW
Radar/EW
OpenRFM: A proposed open architecture to support EW and SIGINT applications - Story
April 16, 2015
OpenRFM is an affordable, modular open systems architecture that standardizes the electromechanical interfaces and control planes to drive affordability, ease of integration, and interoperability within the radio frequency (RF)/microwave domain and is ideally suited to electronic warfare (EW) applications. Its modular approach and leverage of commercial technology enables scalability, adaptability, high channel density, and exportable features.
Comms
Ultra-high-density data storage for heavy users - Product
April 12, 2015
Military big data needs require call for high density and Mercury meets that requirement with a modular solution. Mercury’s storage architecture leverages commodity solid-state disks (SSDs), providing tailored capacity with an upgrade path for future requirements.
Radar/EW
OpenRFM: A proposed open architecture to support EW and SIGINT applications - Story
April 07, 2015
OpenRFM is an affordable, modular open systems architecture that standardizes the electromechanical interfaces and control planes to drive affordability, ease of integration, and interoperability within the radio frequency (RF)/microwave domain and is ideally suited to electronic warfare (EW) applications. Its modular approach and leverage of commercial technology enables scalability, adaptability, high channel density, and exportable features.
