Products

Satellite operators running large teleport operations and satellite broadcasters seeking the ultimate technology to power their businesses now have a range of options to choose from thanks to a new generation of GaN SSPAs in DBS introduced to the market by Celestia TTI.
A specialist in delivering high performance SSPAs and BUCs with over 25 years’ experience under its belt, Celestia TTI has developed a line-up of high power SSPAs which rely on the latest solid state Gallium Nitride (GaN) technology to deliver outstanding solutions to broadcast satcom.

Celestia TTI is marking its presence at IBC 2023 by launching a new product for broadcast satcom.  The 200W SSPA/BUC is a powerful new solution for broadcast in DBS band which brings a high power, high performance option to the market.

Based on advanced, GaN technology, the 200W SSPA/BUC delivers up to 52dBm at P LINEAR from a robust, ultra-compact unit.  Lightweight and with a small footprint, it offers high output power and outstanding performance at a highly competitive price when the amplifier has to be located really close to the antenna, either at the antenna hub or arm.

TTI has announced that it has successfully delivered another turnkey solution in broadband uplink satellite communications for Santander Teleport, providing a powerful solution for multicarrier uplinks for the Santander-based business.

TTI develops a 5kW C band SSPA for RARTEL S.A., a Romanian-Italian joint venture specialised in satellite services and applications, in the frame of Space Surveillance and Tracking (SST) in ESA’s SSA Programme.

TTI releases a new BUC Ka 40 W dual band 29-31 GHz. TTI is a European leading supplier of high power GaN technology SSPA/BUCs, having a wide commercial portfolio for different frequency bands.

We have recently upgraded our Low Noise Amplifiers in S band and in X band. These amplifiers provide very low noise and high gain operation, and they are offered in a compact package.

Here at TTI we’ve honed the design of our Ku high power GaN SSPAs and now, within the same external casing as before, you can experience more than 50% additional power.

GaN HEMTs are ideal for making high-power amplifiers for satellite communication, because they are lightweight, compact, efficient and capable of delivering a high output power and uniform gain over a broad bandwidth.