Epiq Solutions specializes in high-performance software-defined radio (SDR) platforms designed for a wide range of applications, including defense and security. With a focus on transforming radio frequency (RF) signals into actionable data, their solutions are used in various challenging environments to provide superior insights and control. For over 15 years, Epiq Solutions has partnered with developers and end-users to offer a spectrum of solutions from compact radios suitable for mobile and remote applications to advanced systems incorporating AI for the most demanding signal processing tasks.
Dedication to innovative technology and customer support underpins Epiq's mission to empower customers with tools for spectrum dominance. Their SDRs are notable for low size, weight, and power (SWaP) configurations, making them ideal for mobile operations such as UAV and portable communications. Epiq’s commitment to integrating the latest technological advancements ensures that their products not only meet but exceed the needs of modern RF applications.
Epiq Solutions provides a broad array of SDR systems that cater to various form factors, including small, ruggedized platforms and larger rack-mount configurations for enhanced performance. Their products are engineered to be easily integrated into existing systems, providing flexibility and scalability for users who require dependable performance across multiple channels and environments. Moreover, Epiq Solutions continually explores cutting-edge methods to advance RF signal detection and processing, enabling sophisticated capabilities such as machine learning-driven spectrum analysis and classification.
The company is headquartered in Rolling Meadows, Illinois, serving customers globally with a robust support infrastructure designed to assist in rapid deployment and effective application of their RF technologies. Through their commitment to excellence and extensive expertise in the RF domain, Epiq Solutions continues to help safeguard and enhance global communication networks.
Read more
