Rohde & Schwarz and SRC, Inc. announced the first delivery of the RSGEN™, an electronic warfare (EW) environmental signal generation system, to a US DoD test facility. This delivery marks a milestone in the companies’ strategic partnership, bringing together their expertise to advance EW test, evaluation, and training capabilities for the US military.
The RSGEN system is compatible with the military’s Next Generation Electronic Warfare Environment Generator (NEWEG) architecture, including the intel-enabled Digital Generator (DGEN). RSGEN combines up to six time-coincident emitters per single RF port in a scalable platform for creating complex and realistic electromagnetic environments. It supports NEWEG objectives, allowing users to refine their EW capabilities in real-time, improving detection, classification and response to threats while ensuring the most current, effective countermeasures for war fighters in congested RF environments.
“At Rohde & Schwarz, we are excited to combine the deep industry knowledge of SRC with our RF threat simulation expertise to jointly bring this new solution to market”. Frank Dunn, CEO of Rohde & Schwarz USA, Inc.
“The RSGEN system is a great example of what can happen when collaboration and innovation come together,” said Kevin Hair, president and CEO of SRC, Inc. “Together with Rohde & Schwarz, we’re giving war fighters the tools to test, evaluate, train and operate more effectively across the electromagnetic spectrum.”
RSGEN is a fully commercial off-the-shelf system that is scalable from bench-top setups to full system testing. The scalability of RSGEN makes it ideal for a variety of applications, from smaller, niche scenarios to larger, full-scale installations. It is fully calibrated and designed for quick and easy acquisition, delivery and installation, with logistics support provided by dedicated technical teams with decades of engineering expertise.
RSGEN will be exhibited at the AOC Annual International Symposium and Convention from December 9 to December 11 at the National Harbor, MD, Prince George's Exhibition Hall A-E — 423.
