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TERASi to support the development of Tactical 2.0, an airborne communications capability bringing secure, high-capacity networks to missions where traditional telecoms infrastructure or satellite systems are unavailable or compromised
TERASi uses state-of-the-art X-ray imaging to inspect every micron of its' SiP assemblies; ensuring precision, performance, and mission-ready reliability in every system.
TERASi, a frontrunner in sub-terahertz wireless technologies, is set to play a pivotal role in enabling next-generation 6G applications with its AirCore™ D-band antenna.
Modern unmanned systems rely on an ever-growing ecosystem of sensors. Sensors by themselves are incapable of forming a complete picture. This picture emerges when all the sensors communicate.
TERASi, a pioneer in advanced wireless communication solutions, is set to play a pivotal role in enabling next-generation 6G communications with its wafer-scale Aircore™ packaging technology.
The global demand for deployable connectivity across military, response, and smart industry scenarios makes SWaP optimization one of the defining engineering challenges in next generation wireless.
TERASi unveils the world’s smallest ultra-compact radio with military-grade security, designed for rapid deployment and secure communications in Defence, Disaster Relief, and Industrial Operations.
TERASi reinforcing its position as a trusted deeptech provider to pioneer the development of Compact Active Planar Antennas for W-band Satellite Communication.
TERASi develops highly compact E-band filters for 5G radio systems, offering industry leading performance in a package 40 times smaller than conventional solutions.
TERASi reveals its cutting-edge AirCore™ System-in-Package (SiP) solution for mm-wave front-end modules.
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