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Provide high frequency acoustics for optomechanical signal processing.
Starbridge can help you:
Pain points mentioned in board meetings and strategic plans
Instantly outline and draft all requirements
Bring in your USPs and exploit competitor gaps
Starbridge can help you:
Get ahead of RFPs — target accounts planning budget or ending contracts soon
Accounts with contract expirations, meetings mentioning your product, grants, budget changes and more
Starbridge.ai books 30 - 40% of leads into meetings
The Naval Research Laboratory (NRL), under the Office of Naval Research, is soliciting quotations for high-frequency acoustics equipment for optomechanical signal processing, specifically a 4-input multichannel multimode switch (HF-MULTICHAN) and an HF-PID4 PCIe extension card with software for wavelength setpoint control and active stabilization of up to four lasers. The procurement is for new, manufacturer-warranted commercial items capable of producing coherent optical beat frequencies above 100 GHz and is being solicited as an RFQ under FAR Subpart 12.6; it is set aside as a Total Small Business procurement. The award is expected as a firm-fixed-price contract for one unit each of two line items, with a 16-week performance period and delivery to NRL Code 7130 in Washington, DC (place of performance listed as Pittsford, NY).
Posted Date
Dec 9, 2025
Due Date
Dec 12, 2025
Release: Dec 9, 2025
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The Naval Research Laboratory (NRL), under the Office of Naval Research, is soliciting quotations for high-frequency acoustics equipment for optomechanical signal processing, specifically a 4-input multichannel multimode switch (HF-MULTICHAN) and an HF-PID4 PCIe extension card with software for wavelength setpoint control and active stabilization of up to four lasers. The procurement is for new, manufacturer-warranted commercial items capable of producing coherent optical beat frequencies above 100 GHz and is being solicited as an RFQ under FAR Subpart 12.6; it is set aside as a Total Small Business procurement. The award is expected as a firm-fixed-price contract for one unit each of two line items, with a 16-week performance period and delivery to NRL Code 7130 in Washington, DC (place of performance listed as Pittsford, NY).
The University of New Mexico is seeking to purchase an ultra-low noise, high bandwidth Signal Source Analyzer through a sole-source procurement from Berkeley Nucleonics Corp. This analyzer is intended for evaluating VHF to microwave frequency signal sources and will be integrated into the shared equipment facility of the Quantum Nanoscience and Microsystems Initiative (QNM-I). The estimated budget for this purchase is $113,145.
Posted Date
Dec 8, 2025
Due Date
Jan 7, 2026
Close: Jan 7, 2026
The University of New Mexico is seeking to purchase an ultra-low noise, high bandwidth Signal Source Analyzer through a sole-source procurement from Berkeley Nucleonics Corp. This analyzer is intended for evaluating VHF to microwave frequency signal sources and will be integrated into the shared equipment facility of the Quantum Nanoscience and Microsystems Initiative (QNM-I). The estimated budget for this purchase is $113,145.
AvailableThe University of New Mexico (UNM) is soliciting a sole-source purchase of a Berkeley Nucleonics Corp Signal Source Analyzer (model 7300-AM-LN-SPEC-GPIB with PS06 and PS18 options) to support advanced metrology and quantum sensing research. The procurement is designated sole-source due to the unique capabilities required for ultra-low phase and amplitude noise measurements from VHF through microwave frequencies. The procurement is a one-time equipment acquisition with estimated value in the $50,000$150,000 range.
Posted Date
Dec 9, 2025
Due Date
Jan 7, 2026
Release: Dec 9, 2025
Close: Jan 7, 2026
The University of New Mexico (UNM) is soliciting a sole-source purchase of a Berkeley Nucleonics Corp Signal Source Analyzer (model 7300-AM-LN-SPEC-GPIB with PS06 and PS18 options) to support advanced metrology and quantum sensing research. The procurement is designated sole-source due to the unique capabilities required for ultra-low phase and amplitude noise measurements from VHF through microwave frequencies. The procurement is a one-time equipment acquisition with estimated value in the $50,000$150,000 range.
AvailableThe U.S. Coast Guard (USCG), Office: C5I Division 3 Portsmouth, issued a Sources Sought / Request for Information (RFI) to conduct market research for a Next Generation High Frequency Radio System – Shore (HFRS-S) to replace end-of-life HF shore communications equipment. The RFI requests industry input on commercially available HF transceivers, receivers, high-power amplifiers, power supplies, remote control interfaces, and related training/support to ensure beyond-line-of-sight communications across multiple shore sites. Responses are for market research only (not a solicitation for award); interested vendors should provide capability statements, ROM cost estimates, and commented draft specification documents by the response date.
Posted Date
Nov 24, 2025
Due Date
Dec 21, 2025
Release: Nov 24, 2025
Close: Dec 21, 2025
The U.S. Coast Guard (USCG), Office: C5I Division 3 Portsmouth, issued a Sources Sought / Request for Information (RFI) to conduct market research for a Next Generation High Frequency Radio System – Shore (HFRS-S) to replace end-of-life HF shore communications equipment. The RFI requests industry input on commercially available HF transceivers, receivers, high-power amplifiers, power supplies, remote control interfaces, and related training/support to ensure beyond-line-of-sight communications across multiple shore sites. Responses are for market research only (not a solicitation for award); interested vendors should provide capability statements, ROM cost estimates, and commented draft specification documents by the response date.
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