In 1982 ASC began commercially delivering the fledgling USA Today via satellite.
ASC contributed to Department of Defense communications systems and built the first digital satellite route from Hawaii to the U.S. mainland via a land base in California.[6]
The corporation also invented a shipboard antenna that could connect military vessels to satellite communications despite the pitch and yaw motion of the ship.[7]
In 1984, the corporation control became the largest U.S. transceiver satellite communications network.
The Transmission Operations department was responsible for operations and maintenance. The Network Operations Control Center was located at Vernon, NJ, and was later relocated to Ellenwood, DeKalb County outside of Atlanta, GA.
At the end of 1987, the Southeast Region consisted of the following sites:
NASA Goddard Space Flight Center Greenbelt MD, DOD Ft Meade MD
Fairchild Industries Gaithersberg VA, DOD Ft Belvoir VA, DOD Virginia Beach VA, DOD Damneck VA
NASA Etam WV
Allstate Insurance Charlotte NC, USA Today Greensboro NC, DOD Ft Bragg NC
DOD Shaw AFB SC, Metropolitan Life Insurance Greenville SC
DOD Savannah GA, USA Today Gainesville GA
DOD McDill AFB FL, New York Times Lakeland FL, NASA Merritt Island FL, FAA Miami FL,
DOD Hurlburt Field FL, DOD Eglin AFB FL, DOD NAS Pensacola FL
NASA Marshall Space Flight Center Huntsville AL, SCI Huntsville AL, Lockheed Martin Huntsville AL
Social Security Birmingham AL
US Pencil and Pen Shelbyville TN, Dept of Energy Oak Ridge TN, Olin Mills Inc Chattanooga TN
Federal Express Memphis TN
DOD Ft Campbell KY
NASA Slidell LA
DOD Hattiesburg MS
Abbott Labs, Puerto Rico.
American Satellite initially leased satellite service on the Western Union WESTAR satellites.
American Satellite contracted with RCA Astro to build the ASC-1 satellite which was launched via NASA space shuttle Discovery mission STS-51-I on August 27, 1985. The satellite has 18 C-band and 6 Ku-band transponders. On C-band, the satellite had 12 each 36 MHz transponders that used Solid State Power Amplifiers (SSPAs) and 6 each 72 MHz transponders that used Traveling Wave Tube Amplifiers (TWTAs). The SSPAs had 8.5 watts of Radio Frequency (RF) power and the TWTAs had 16.2 watts of RF power. On Ku-band the satellite had 6 each 72 MHz transponders. The satellite had a Horizonal polarity beacon at 4100 MHz, a Vertical polarity beacon at 3700 MHz. The Satellite was parked at 81 degrees west. ASC-2 was launched via a Delta-7925 rocket from Cape Canaveral on April 3, 1991 and was parked at 101 degrees west. ASC-3 was not used and sold to PanAmSat.
References
^ ab"American Satellite Moving To Establish Early Service". Fairchild World. 9 (11). November 1972.