SBIR / STTR #DON26BZ05-NV070

Navy SBIR Solicitation: Multi-Frequency Canceller Unit for Advanced Interference Environments

This opportunity is a Navy SBIR solicitation managed by NAVAIR for the research and development of a Multi-Frequency Coverage Unit with advanced interference cancellation capabilities. - Government Buyer: - U.S. Navy, NAVAIR (Naval Air Systems Command) - OEMs and Vendors: - No specific OEMs or vendors are named; the opportunity is open to technology developers and innovators - Products/Services Requested: - Research and development of a high-technology multi-frequency canceller unit - Must support CNI (Communication, Navigation, and Identification) systems with TDMA-based secure, high-speed digital data links and frequency hopping - Capable of maintaining communication up to 120 nautical miles apart in self/co-site interference environments - Must handle high power UHF transmit and receive signals - Physical requirements: compact size (less than 6x6x12 inches), weight under 30 lbs - Phased development approach: - Phase I: Canceller design, proof-of-concept, and lab testing (communication up to 70 nmi) - Phase II: Prototype validation in interference environments, chamber testing, demonstration at greater ranges - Phase III: Dual-use application validation, integration into aircraft, testing with MIDS/JTRS units, and jamming assignments - Unique/Notable Requirements: - Emphasis on innovative technology development rather than procurement of existing commercial products - Classified advanced development and potential for commercial applications - No part numbers, models, or purchase quantities specified

Description

This solicitation is for the development of a Multi-Frequency Coverage Unit with Broad Band Interference and Designed Canceller as part of the SBIR program. The topic is managed by the NAVY and is in the pre-release phase. The solicitation includes detailed instructions and preface documents available via provided links. The response deadline for proposals is February 20, 2017. The solicitation is focused on advanced multi-frequency coverage units with interference cancellation capabilities.

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