Spectrum Control Inc. announces a revolutionary new Direct RF extension to its SCi Blocks family of miniature, modular, and intelligent RF+Digital™ system building blocks. This new DirectRF+™ module enables customers to rapidly deploy configurable mission-ready RF front-ends and high-speed digital signal conversion with minimal performance risk. Spectrum Control’s unique approach to miniaturizing wideband RF using small-footprint RF-on-mezzanine and System-in-Packaging (SiP) devices delivers world class signal conditioning and conversion without compromise.
The new SCi Blocks RF+Digital module is intended for a wide range of aerospace and defense applications. The integrated solution can be deployed in existing and emerging defense platforms and expands the technology to small platforms, such as UAVs and expendables. The new module offers user-enabled switching from a radar mission to a SIGINT gathering mission to Electronic Warfare (EW) in an all-in-one SOSA-aligned 3U VPX module. The combination of high-fidelity RF signal handling and integrated digital conversion offers system developers multi-mission flexibility and unmatched size/density.
This extension to the company’s SOSA-aligned wideband module platform leverages Altera® Agilex™ 9 FPGAs to add direct digitization of eight RF inputs and eight RF outputs at sample rates up to 64 Gsps with ultra-low converter interface latency. The Altera FPGA provides a step function improvement in digital modularity and interoperability in RF systems with the revolutionary inclusion of analog-to-digital conversion and processing.
“The promise of integrating Altera’s Agilex™ 9 SoC FPGA Direct RF-Series to radically alter the size, weight, power, and cost (SWaP-C) of future ISR missions in the electromagnetic spectrum is upon us,” said Ian Dunn, chief technology officer at Spectrum Control. “Our SCi Blocks family enables the rapid deployment of new wideband RF+Digital systems. The modularity and channel control of the architecture is designed to manage the integration of digital and analog technologies into a high-performance, single-slot solution. As you shrink critical functions, it opens up the opportunity to use these SWAP-C improvements to enable new capabilities or support new mission parameters.”
Dunn continued, “Plus, fixed analog and digital functions need to make room for more software functionality and the growing application of AI.”
SOURCE: PRNewswire