From New SOSA Standard to Low SWaP RF Payload
The defense SDR industry is entering a new phase of low-SWaP modular open architecture development....
The defense SDR industry is entering a new phase of low-SWaP modular open architecture development....
Modern RF environments are crowded, contested, and increasingly difficult to accurately analyze....
Wyatt Taylor gives an overview of the new Matchstiq™ Z4 including its compelling low power modes...
The new Matchstiq™ V40 is Epiq’s first direct sampling, multi-GHz bandwidth SDR. In this video...
Since our founding back in 2009, Epiq has strived to provide our customers with unique and...
Epiq Solutions is excited to announce the Sidekiq™ NVM2 - the latest addition to Epiq's small form...
Today, we’re excited to announce a new partnership with DeepSig that will allow us to deploy...
The world of AI and ML is evolving at a rapid pace. While much of the fanfare is focused on...
Epiq Solutions is excited to announce the Sidekiq™ NV800 - the latest addition to Epiq's...
Epiq Solutions is excited to introduce the Thunderkiq™ NV100, a Thunderbolt™ 3 compatible SDR...
The architecture of radio frequency (RF) systems and software-defined radios (SDR) has seen a...
Software defined radios (SDRs) have been used in ground and airborne applications for decades....
The term software defined radio (SDR) can bring to mind large racks of equipment or a bunch of...
Software defined radio (SDR) development is an inherently complex engineering challenge. Taking...
Many traditional wireless signals of interest exist below 6GHz: GPS, 3G/4G, legacy WiFi, L-band and...
Larger RF and software-defined radio (SDR) systems have taken advantage of multi-channel capability...
Traditionally RF and digital hardware in the defense industry has followed a siloed architecture,...