AVCOM
AVCOM of Virginia is a vertically integrated technology company with 40 years of experience in the design and manufacture of commercial high quality, spectrum analyzers and signal monitoring products, in the USA.
Founded in 1976, AVCOM initially provided the SATCOM industry with our PSR-3 Satellite Receiver. This product differentiated itself from the competition with its unique “Scan-Tune” functionality which allowed the receiver to be tuned back and forth across all transponders once every 3 seconds. AVCOM continued to develop and produce a variety of receivers and satellite accessories throughout the early 1980’s.
It’s the Scan-Tune functionality developed for the satellite receiver industry that set the stage for the first AVCOM spectrum analyzer product. In 1985, AVCOM developed a cost effective spectrum analyzer modeled after their high-end competitors, but without the extreme performance and much more affordable. The PSA-35 Spectrum Analyzer was introduced to the market at the 1986 Satellite Show in Las Vegas. Since then, AVCOM has continued to expand their product portfolio with remote, rack-mounted and portable spectrum analyzer solutions.
Rack Mount Spectrum Analyzers
EVO RSA 2290B
The EVO-RSA is a spectrum analyser designed on a completely new platform to meet today’s system challenges. Avcom’s newest analyser technology provides excellent performance by employing high-performance DSP, and FPGAs. This robust product features many capabilities to provide reliable operation and monitoring in rackmount applications.
The spectrum analyser can be connected via ethernet, or USB, and supports communication with a WEB-GUI, POSIX-C API, and Avcom’ s EVO GUI. This wide range of options makes the unit ideal for integrating with custom M&C systems or easy setups using existing Avcom applications.
EVO-RSA (Rev B)
RF Signal Monitoring Appliance
RF Signal Monitoring Appliance
Satellite teleport operations are becoming increasingly complex. Operators today manage more carriers, more satellites, and more dynamic RF environments than ever before—often with the same or smaller teams. Manual spectrum monitoring, effective for smaller installations, becomes impractical as systems scale. Automated monitoring cannot eliminate RF failures. But it can significantly reduce the time required to detect, diagnose, and document in complexity—more carriers, more satellites, more dynamic RF environments, tighter SLAs—these capabilities become increasingly valuable to operations teams responsible for maintaining reliable service.