Epiq Solutions

Selecting the right SDR architecture impacts everything from performance to SWaP and cost. This expert guide breaks down Superheterodyne, Block Converters, Direct Sampling, Zero IF, and hybrid approaches—highlighting how each performs under different mission and system constraints.

There’s no one-size-fits-all in RF design. This detailed SDR architecture guide helps teams align performance requirements with real-world platform constraints. Whether you're developing for SIGINT, EW, or tactical comms—this resource helps you choose smarter.

Meet the new NDR818: an 8-channel, 6 GHz RF streaming platform built for dense signal spaces. High channel count. Phase coherence. Tuned for the toughest tactical missions.

Get a deep technical look into the challenges and solutions behind phase-coherent RF system development. This whitepaper explores design best practices and verification techniques using Epiq’s Sidekiq™ X4—empowering engineers to accelerate SOSA-aligned integration with confidence.

Discover how TSC leveraged Epiq’s Matchstiq™ Z3u SDR to develop a mission-ready, MOD Payload-compliant system supporting SIGINT, EW, and Assured PNT. The case study shows how low SWaP integration, SOSA alignment, and field reliability made the Z3u an ideal choice for unmanned tactical deployments.

When milliseconds matter, your data transport layer can make or break RF system performance. This whitepaper breaks down Ethernet vs. PCIe for high-throughput, low-latency applications—backed by real-world considerations in EW, SIGINT, and spectrum monitoring platforms.