PAR Technology Corporation of New Hartford, NY announced on August 15 that its subsidiary, Rome Research Corporation (RRC), was awarded a five-year (base plus five options) firm-fixed-price contract with a potential and expected total value of $26.2 million.
This contract provides support to operate and maintain the U.S. Navy
Satellite Communications Facility (NAVSATCOMMFAC) Northwest, located in
Chesapeake Virginia and a component activity of the Naval Computer and
Telecommunications Area Master Station Atlantic (NCTAMSLANT) Norfolk, Virginia.
The contract represents continuing work for RRC.
“We are proud the United States Navy has selected RRC to provide
continued support to this critical effort at NAVSATCOMMFAC Northwest,”
commented Matt Cicchinelli, president of PAR’s Government Business. “RRC’s
success is only possible through the expertise and sustained commitment of our
dedicated employees – who share the Navy’s passion for providing the best
possible support to our country’s service men and women.”
NAVSATCOMMFAC Northwest is a premier Department of Defense (DoD)
Satellite Gateway supporting the Joint Information Environment (JIE).
NAVSATCOMMFAC Northwest is a Teleport Enhanced, Large Satellite Gateway
Facility providing satellite and terrestrial connectivity for voice, video, and
data to ships, submarines, aircraft and ground mobile forces operating
worldwide in support of DoD and Joint Forces Missions. RRC is a leading
provider of Large Satellite Gateway O&M services providing
interconnectivity to all facets of the DoD and has operated the Northwest
facility since 2001.
Under the contract, RRC will provide 24/7/365 operation and maintenance of 27 satellite terminals operating in both the military and civilian satellite communication frequency bands. Specific program support includes the Defense Information Systems Agency (DISA) Military Satellite Communications (MILSATCOM) Branch, DISA Teleport Program Office (TPO), Mobile User Objective System (MUOS) and numerous other defense communication Program Offices.
Source: PAR Technology
By 
