API Technologies To Exhibit AESA Radar Solutions At DSEI 2015

API Technologies will exhibit subsystem Level Solutions for AESA Radar Applications at Defence and Security Equipment International (DSEI 2015) exhibition in London next month.

The Subsystem Level Solutions for AESA Radar Applications include the company's Active Antenna Array Unit (AAAU) and Quad Transmit Receive Module (QTRM) products, the company announced Tuesday.

The flexible configurations of the AAAU and integral QTRMs support a wide range of applications including naval, air, and ground-based radar. The products are field upgradable and designed to improve the accuracy and serviceability of AESA radar platforms.

The company will also preview its 2-D Array system, which is built on a flexible technology platform. This lightweight, compact unit is designed to ease the challenges associated with phased-array radar development in a variety of next-generation radar applications.

API Technologies will also exhibit Opto-electrical Media Converter Products. The media converters offer a UK-made, low-to-high speed data communications solution specifically developed for harsh environments, including military and commercial avionics, subsea communications, and military vehicle platforms.

Packaged in an EMI 38999 connector, the converters provide improved security due to non-electromagnetic signature, as well as support weight reduction and high speed communications in new aircraft and vehicles.

Designed to be an intrinsically safe alternative to copper-based electrical cables, the converters also offer a desirable and easy-to-install retrofit solution.

The display also includes Encryption & Secure Mobile Communication Products. It will debut the SST Secure Data Hub, a mobile encryption device, which supports up to four devices, including tablets and laptops.

The Secure Data Hub is designed to facilitate secure communications and is ideal for mobile office settings. Other products on display will include the SST™ Secure Venue Tablet and SST™ TEMPEST and ruggedised systems.