SOFTWARE
DEFINED RADIOS
To Enable YOUR SPECTRUM DOMINANCE
We build highly optimized SDR and turnkey solutions to offer you unmatched visibility and control over the RF landscape.
Dedicated to reducing your development risk, accelerating your product launch, and providing white glove support, our team is more than just a solution provider. We're your partner in tackling the most pressing RF challenges and helping make the world a safer place.
Epiq Solutions
OurSOFTWARE DEFINED RADIO
High-performance and small form factor—providing unmatched flexibility and integration.
...are an integral part of our
INTEGRATED SYSTEMS
End-to-end systems to simplify your RF tasks. Harness the power of our SDRs to gain instant insights into your RF environment.
Applications
& Missions
Turn RF Signals into Actionable Data for Space, Security, Communications, and More
Applications
CASE STUDY
Powering Next-Gen Direction Finding through Generative AI
Interested in delving into the synergy of AI and advanced RF sensing solutions? Learn how the integration of Epiq's Sidekiq™ X4 and DeepSig's ML models provided a unique solution for spectrum awareness and RF signal detection, particularly in naval operations.
CASE STUDY
Enhancing Cybersecurity Through Continuous Wireless Device Detection
Discover how Epiq’s Flying Fox® Enterprise enhances cybersecurity in secure facilities with accurate 24/7 wireless intrusion detection. See its impact on a Department of Defense Joint Base and learn how it helped ensure strict compliance with federal policies against Personal Electronic Devices (PEDs) in sensitive areas.
CASE STUDY
How TSC Adapted Epiq’s Matchstiq™ Z3u for an RF-Integrated MOD Payload
Explore how Epiq’s Matchstiq™ Z3u enabled SDR-based Mod Payload for deploying advanced SIGINT and A-PNT applications. Read the case study to learn more about our collaboration with TSC, a high-tech engineering firm serving the U.S. Government, which resulted in a cutting-edge RF Mod Payload solution for USSOCOM.
Missions
CASE STUDY
How TSC Adapted Epiq’s Matchstiq™ Z3u for an RF-Integrated MOD Payload
Explore how Epiq’s Matchstiq™ Z3u enabled SDR-based Mod Payload for deploying advanced SIGINT and A-PNT applications. Read the case study to learn more about our collaboration with TSC, a high-tech engineering firm serving the U.S. Government, which resulted in a cutting-edge RF Mod Payload solution for USSOCOM.
CASE STUDY
An Introduction to SOSA
The SOSA Technical Standard defines a reference architecture that aligns with many of the industry's existing standards, such as VITA's OpenVPX. By using these existing standards, prior work can be leveraged and SOSA then picks applicable parts to use.
CASE STUDY
Building blocks that deliver small yet flexible radio solutions in record time
Using Sidekiq™ modules to create Flying Fox Enterprise®, a robust RF-sensing solution, we unlocked a new way to safeguard facilities from unauthorized wireless devices, allow for swift removal of threats, and boost first-line defence.
Products
SMALL FORM FACTOR
SOSA / CMOSS
PLATFORMS
With a proven track record of leading the industry in low SWaP, high performance, and open architecture, our SDRs are easy to integrate and come with white glove support to ensure your success.
FLYING FOX® ENTERPRISE
SKYLIGHT™
PRiSM™
ERA™
It’s not just hardware and software—we offer turnkey solutions ready for immediate deployment backed by white glove support.
NEW IN PRODUCTS
Sidekiq™ NV800
Featuring eight high performance RF receivers, this SDR is ideal for applications in challenging signal environments. Look no further for unmatched flexibility and highly efficient design.
Matchstiq™ G40
The Matchstiq™ G20 and G40 are highly flexible RF and signal processing SDR platforms, ready to enable applications with the most challenging SWaP-C requirements. Both the Matchstiq™ G20 and G40 have Epiq's flagship SDR, Sidekiq™ NV100, as a fundamental component.
Matchstiq™ X40
Meet our high-performance Low SWaP SDR optimized for AI & ML at the RF edge. Optimized for small form factor applications with challenging SWaP-C requirements and superior integration capabilities, it is ideal for applications like UsX payloads.
NDR325
The NDR325 is an SDR packaged in a Modular Payload design standard, Rev. 5.0 compliant 1U form factor. It includes a 4-channel, superheterodyne tuner that covers RF signals from 20 MHz to 6 GHz.
NDR358
The NDR358 is an 8 channel, high-performance RF SDR super-heterodyne downconverter that covers RF signals from 20 MHz to 6 GHz.
Applications
Turn RF Signals into Actionable Data for Space, Security, Communications, and More
Explore Related Case Studies
Building the Game-Changer in Rescue Operations
When CENTUM needed an SDR solution for their Lifeseeker search and rescue system that was compact yet powerful, our Sidekiq™ M.2 SDR fit the bill perfectly.. In the span of just one year, our Sidekiq™ M.2 card became a silent hero, helping CENTUM save over 100 lives to date.
READ MORECommunications
Explore Related Case Studies
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READ MOREExplore Related Case Studies
Enabling Wireless Security with Flying Fox® Enterprise
Discover how Flying Fox® Enterprise, with Sidekiq™ modules at its core, redefines RF-based security. By detecting and mitigating unauthorized wireless transmissions within a facility, this state-of-the-art solution enhances protective measures and helps you address potential threats.
READ MOREMeet Our Team
Epiq Team
EPIQ MINDS, BOLD DESIGNs
Want to see who's behind the Epiq solutions? Spoiler alert: it’s us, and we can't wait to meet you! We’re a team of industry experts, engineers, and visionaries—relentlessly driving Epiq’s engineering breakthroughs. We look forward to sharing our journey with you.
Blog
Epiq Stories
Stay ahead of the Epiq curve. From recent RF industry highlights and sage advice to a reservoir of comprehensive resources—our newsletter is your one-stop for all things RF.
Introducing Sidekiq™ NVM2: Small Form Factor MIMO SDR
Epiq Solutions is excited to announce the Sidekiq™ NVM2 - the latest addition to Epiq's small form factor software-defined radio (SDR) portfolio. Packaged in the compact 3042 M.2 form factor, the NVM2 integrates the Analog Devices ADRV9004 with the AMD Artix 7™ FPGA to provide a high-performance low SWaP SDR ready for deployment in a range of host platforms. Sidekiq™ NVM2 is set to enable the next generation of applications for RF spectrum monitoring, small form factor payloads, counter unmanned aerial systems (cUAS), assured precision navigation and timing (APNT), and signals intelligence.
How to Troubleshoot an SDR in 6 Steps
If troubleshooting is an art, troubleshooting a complex embedded device like a Software Defined Radio (SDR) is doubly challenging.
As an SDR engineer, I know what it’s like to design a product you and your team are deservedly proud of… only to get an email the next morning from the customer support team asking for your help resolving an issue.
When this happens, I have three options:
Accelerating AI/ML Signal Processing: Epiq’s New Partnership with DeepSig
Today, we’re excited to announce a new partnership with DeepSig that will allow us to deploy artificial intelligence and machine learning (AI/ML) applications directly onto our software-defined radios (SDRs), making integration easier for our customers.
Welcoming CyberRadio Solutions to Team Epiq
Epiq has spent the last 14 years focused on bringing low-SWaP software-defined radio platforms to the market in support of dozens of use cases for 400+ customers all over the world. We started with the core idea that if we can develop state-of-the-art flexible RF hardware, do it in standards-compliant form factors from M.2 to 3U VPX, and wrap it all with a well-defined software API, the sky’s the limit for the products we can enable for our customers.
Epiq Solutions Paves the Way for AI/ML Integration in RF Spectrum Analysis
The world of AI and ML is evolving at a rapid pace. While much of the fanfare is focused on analyzing the surprisingly human-like output of ChatGPT, the usage of AI/ML in defense applications is also getting significant attention. This is especially true for use cases where there is an ever-increasing amount of digital data to process in order to understand the RF spectrum and wireless threat landscape. In these applications, AI/ML techniques can bring a unique perspective to provide insights where classical processing may fall short for latency, data throughput, or processing SWaP-C.