RFI: Best Practices in Distributed General-Purpose Radio Frequency (RF) Signal Processing DARPA-SN-26-90
Summary
AI-generated · Jun 11, 2026Seek information on best practices and innovative approaches for distributed general-purpose RF signal processing, focusing on standardizing control, scheduling, and processing of advanced RF systems to boost performance, efficiency, and interoperability in complex operational environments. Also aim to reduce the cost of laboratory-scale prototype systems and shorten the time required to port prototypes to tactical platforms.
Provide insights on leveraging existing standards, optimizing aperture use, and advancing distributed and heterogeneous computing for RF applications. Responses may be used to inform future program development and interoperability for existing capabilities.
The Defense Advanced Research Projects Agency (DARPA) Multi X Office (MXO) seeks information regarding best practices and innovative approaches for distributed general-purpose radio frequency (RF) signal processing. DARPA is exploring methods to standardize the control, scheduling, and processing of advanced RF systems to enhance performance, efficiency, and interoperability in complex operational environments. DARPA simultaneously wishes to reduce the cost of laboratory-scale prototype systems and the time required to port prototype systems to tactical platforms. The Department of War (DoW) typically operates in environments where advanced, adaptable RF systems dictate mission completion. This RFI aims to gather insights into leveraging existing standards, optimizing aperture use, and advancing distributed and heterogeneous computing for RF applications. Responses to this RFI may be used to inform future program development and interoperability for existing DARPA capabilities.
From Special Notice posted on Jun 10, 2026Notice history
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Special Notice LATEST Posted Jun 10, 2026
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