Communications

CPI provides microwave and radio frequency (RF) amplifiers for video, voice and data transmission via satellite, and over-the-horizon communications applications. The company has a strong track record in both commercial and military communications applications.

Applications

Satellite Communications:

CPI is a leading producer of vacuum-based and solid-state power amplifiers and amplifier subsystems for satellite uplink ground stations and terminals. The company sells most of these products into the satellite communications (satcom) market. CPI offers one of the industry's most comprehensive lines of satcom amplifiers, with offerings at virtually every frequency and power requirement for both fixed and mobile satellite communications applications in the military and commercial arenas. The company has a strong presence in both the commercial and military sectors. CPI provides TWTAs, KPAs, SSPAs, High Power BUCs and LNAs/LNBs. CPI also provides solid state platforms, modules and bricks for satellite communications applications. CPI satcom products, including high-power BUCs and LNAs/LNBs, are sold primarily into direct-to-home (DTH), military satellite communications, broadcasting, voice/data, maritime and offshore energy applications.
CPI provides a wide range of antenna systems for transmit/receive-only applications. CPI’s broad portfolio of antenna products includes earth station antenna systems (ESAs) with aperture sizes up to 16.4 meters and high-quality, cost-effective VSAT products, including fixed terminals, transportable and commercial grade antennas.
CPI's radomes are used in in-flight entertainment and connectivity (IFEC) applications, supporting the provision of satcom services to travelers on commercial airlines and business jets.

Over-the-horizon Communications:

The over-the-horizon communications market involves over-the-horizon, microwave-based communication systems, for which CPI provides amplifiers. These systems transmit voice, video and data signals for several hundred miles by bouncing the signals off the troposphere, the lowest atmospheric layer, approximately six miles above the Earth’s surface. Since no satellite is required, these systems can provide an easy-to-install, relocatable and cost-efficient alternative to satellite-based communications. Military satellite communications is the largest user of this application.