DSEI 2019: IMC Industries announces new transceiver for multiple stations communication.

The announcement at DSEI 2019 of the new system created by IMC Industries enables the transfer of high volumes of information, providing a high bit rate and multiple slots for each user.

Advanced transceiver for communication (Picture source: IMC Industries)

IMC Industries - a leading global provider of RF modules, microwave components, antenna, and data link communication systems for defense and homeland security applications - is proud to announce a new advanced transceiver for air-to-air, air-to-ground and sea-to-air, real-time, point-to-point communications. The transceiver is installed on aircraft, helicopters, ships and ground stations.

The new transceiver is one of the most efficient on the market: thanks to unique GaN technology, each user has longer and multiple transmission slots, enabling them to transmit more information, including video. The transceiver can also operate in scenarios in which two antennas are needed, such as where an aerial platform requires an up/down antenna to ensure full coverage.

"IMC has more than 25 years of experience in delivering high-power, TDMA-based transceivers," says Adi Ayalon, VP of IMC Industries. "The new transceiver meets the demands of missions where a great deal of information is required to be transmitted from multiple users. The company's previous suite of transceivers has already been installed on platforms in several European, NATO, and Far Eastern projects.”

Additional features of the transceiver include 40W and 60W power outputs, and high sensitivity due to advanced signal processing - including FEC rate 1/2, support for AES-256 encryption, an advanced bit synchronizer and the ability to control the bit rate and digital filter width.

Also, at DSEI, IMC Industries will highlight data link, microwave and RF systems installed on a variety of military platforms, such as UAV & UGV systems, flight tests and missile experiments, training simulators, electronic warfare (EW) and radar systems, and aerospace systems.