AIT, SET GmbH Sign Representative Agreement for Databus Instrumentation Modules

Avionics Interface Technologies (AIT) announced today that it has recently signed a representation agreement with Smart Embedded Technologies (SET GmbH) for test instrumentation, analyzers, and rugged embedded systems.

This mutually beneficial partnership will greatly increase AIT’s engagement in the German market, capitalizing on SET GmbH’s expertise and experience as well as AIT’s technological innovation. AIT’s product lines include test instrumentation, analyzers, and rugged embedded avionics databus modules.

Since its founding in January 2001, SET GmbH has grown steadily and has established itself as the primary reference of important industries, laboratories, and research programs. This experience enables SET GmbH to help its client choose the best COTS and custom solutions in order to fully satisfy even the most demanding application requirements, including hardware and software integration. SET GmbH solutions are used in research and development, industrial testing, measurement, control, data acquisition, and analysis. Their range of products, services, and solutions is among the most comprehensive in Germany.

SET GmbH Engineers were fully trained on all of AIT’s product lines by Tim Fleissner, AIT’s Europe Technical Sales Engineer. They are now prepared to provide in-depth demonstrations as well as answer any technical questions about AIT’s product line. Valuing customer service local expertise, SET GmbH and AIT are an ideal match to serve the German market. 

ABOUT AIT

AIT is a leading designer and manufacturer of high-performance flight modules, test and simulation modules, embedded solutions, data bus analyzers, and support systems. With over ten years experience in the avionics industry, the company has supported all major US Department of Defense top tier suppliers as well as the Air Force, Navy, Army, Marines, and NASA directly. Their technically superior products offer both custom and commercial-off-the-shelf (COTS) user software and a flexible hardware architecture based on the use of FPGAs with embedded Power PC Processors for onboard specific application programming.