Epiq Design Solutions, Inc.
Provides software-defined radio (SDR) hardware, RF front-ends and frequency-extension modules, embedded and RFSoC-based compute integrations, and system-level RF sensing software for spectrum awareness, signal classification, direction finding, and geolocation. Offers small form-factor and VPX/3U SDR modules, rackmount systems with high spurious-free dynamic range, wide instantaneous bandwidth options (up to ~1 GHz IBW), open APIs and streaming interfaces, GPU-accelerated and RFSoC edge compute integrations, and turnkey integration and deployment services for defense, space and commercial spectrum-monitoring applications.
Industries
N/A
Products
Small form-factor embedded SDR modules (M.2 / Mini PCIe / similar)
Compact SDR modules for embedded and payload applications providing multi-channel RF capability in low-SWaP form factors suitable for ceiling-mounted sensors and embedded computers.
Rackmount and VPX multi-channel SDR and tuner systems
High-performance rackmount and VPX SDR and tuner systems for congested RF environments, spectrum monitoring and high-density channel deployments, supporting SOSA-aligned open architectures.
RF downconverters and frequency-extension modules
Converters and IF modules that extend RF coverage into higher frequency bands for integration with SDR backends and high-frequency receivers.
RF distribution, phase-coherent switching and calibration hardware
Rugged RF distribution, switching and calibration hardware for multi-antenna arrays and coherent measurement systems to preserve phase alignment and enable validated direction-finding operations.
Integrated RF sensing systems for continuous monitoring
Turnkey RF sensing solutions combining SDR hardware, demodulation/decoding and signal analytics to provide continuous detection, geolocation and facility monitoring for wireless security applications.
Portable spectrum scanners with real-time APIs
Compact spectrum scanners and real-time APIs designed for integration with mobile devices and UAS controllers for fast wideband scans and telemetry.
Small form-factor embedded SDR modules (M.2 / Mini PCIe / similar)
Compact SDR modules for embedded and payload applications providing multi-channel RF capability in low-SWaP form factors suitable for ceiling-mounted sensors and embedded computers.
Rackmount and VPX multi-channel SDR and tuner systems
High-performance rackmount and VPX SDR and tuner systems for congested RF environments, spectrum monitoring and high-density channel deployments, supporting SOSA-aligned open architectures.
RF downconverters and frequency-extension modules
Converters and IF modules that extend RF coverage into higher frequency bands for integration with SDR backends and high-frequency receivers.
RF distribution, phase-coherent switching and calibration hardware
Rugged RF distribution, switching and calibration hardware for multi-antenna arrays and coherent measurement systems to preserve phase alignment and enable validated direction-finding operations.
Integrated RF sensing systems for continuous monitoring
Turnkey RF sensing solutions combining SDR hardware, demodulation/decoding and signal analytics to provide continuous detection, geolocation and facility monitoring for wireless security applications.
Portable spectrum scanners with real-time APIs
Compact spectrum scanners and real-time APIs designed for integration with mobile devices and UAS controllers for fast wideband scans and telemetry.
Services
Turnkey SDR system integration
End-to-end integration and deployment of SDR modules into RF sensing and spectrum-awareness systems with on-site or remote support, calibration and operational handover.
Custom RF payload adaptation and platform integration
Adapting compact SDR modules for platform payloads and mission-specific integrations (manpack, unmanned systems, rackmount, VPX), including mechanical, thermal and power integration and form-factor compliance.
Embedded compute and ML integration services
Integration of GPU-accelerated and RFSoC/FPGA-based embedded compute for ML model deployment, on-edge inference, low-latency signal processing and validated integrations with third-party ML providers.
UAS and airborne RF measurement integration
Integration of compact spectrum analyzers and SDR sensors with unmanned aerial systems for autonomous surveys, real-time telemetry and three-dimensional RF mapping.
Software, API and developer enablement
Support for SDR software stacks, open-source APIs, code examples and tutorials for rapid prototyping and integration with community toolchains and single-board computers.
Technical documentation, training and measurement guides
Provision of application notes, whitepapers and measurement guides covering SDR design trade-offs, RF verification methods, timing and calibration procedures.
Turnkey SDR system integration
End-to-end integration and deployment of SDR modules into RF sensing and spectrum-awareness systems with on-site or remote support, calibration and operational handover.
Custom RF payload adaptation and platform integration
Adapting compact SDR modules for platform payloads and mission-specific integrations (manpack, unmanned systems, rackmount, VPX), including mechanical, thermal and power integration and form-factor compliance.
Embedded compute and ML integration services
Integration of GPU-accelerated and RFSoC/FPGA-based embedded compute for ML model deployment, on-edge inference, low-latency signal processing and validated integrations with third-party ML providers.
UAS and airborne RF measurement integration
Integration of compact spectrum analyzers and SDR sensors with unmanned aerial systems for autonomous surveys, real-time telemetry and three-dimensional RF mapping.
Software, API and developer enablement
Support for SDR software stacks, open-source APIs, code examples and tutorials for rapid prototyping and integration with community toolchains and single-board computers.
Technical documentation, training and measurement guides
Provision of application notes, whitepapers and measurement guides covering SDR design trade-offs, RF verification methods, timing and calibration procedures.
Expertise Areas
- Software-defined radio architecture and embedded RF hardware design
- Wideband RF front-end and downconversion development including microwave/mmWave frequency extension
- Multi-channel coherent receiver design and phase-coherent system calibration
- High-dynamic-range receiver design (high SFDR) and performance characterization
Key Technologies
- Wideband RF tuners and downconversion architectures
- RF frequency extension to microwave/mmWave (~40 GHz)
- Multi-channel coherent MIMO SDR receivers
- Phase-coherent RF distribution and switching