QNet Qubit Controller

This document is a combined synopsis/solicitation (RFQ NB672030-26-00349) for a QNet Qubit Controller, issued as an unrestricted acquisition under NAICS code 334513. Quotes are due by April 6, 2026, 2:00 PM MST, and must be submitted electronically to lia.arthofer@nist.gov. All quoters must have an active SAM.gov registration. The solicitation incorporates provisions from FAC 2025-06 and the Revolutionary FAR Overhaul. Quotations require a firm-fixed-price for CLIN 0001 and must include a technical quotation, price quotation, and terms and conditions. Technical submissions need to demonstrate product compliance with specifications (Attachment #1 and #2), country of origin, manufacturer authorization (if applicable), and ability to meet delivery, installation, training, and warranty terms. The award will be made to the lowest-priced, technically acceptable offer, with the Government reserving the right to award without discussions.

NIST's Communications Technology Laboratory requires a QNet Qubit Controller, a low-noise, programmable RF and microwave pulse generator for quantum networking research. This device, essential for microwave-optical transducer devices at NIST and partner institutions, needs to generate and synchronize multiple tones between DC and 16 GHz. Key requirements include multiple output channels with synchronized oscillators, high output power (>+5dBm), low phase noise (<-145 dBc/Hz at 1 MHz offset), and both manual and programmable control. The controller will drive experimental sequences for quantum operation measurements, supporting both continuous and discrete variable quantum information schemes. Specific technical needs include precise timing adjustment across frequencies and phases, and robust output power to operate optical modulators and overcome dilution refrigerator attenuation. Shipping is to NIST-Boulder or NIST-Gaithersburg, with partial delivery acceptable. Inspection and acceptance include 15 business days for performance tests. Other sections such as training, warranty, calibration, maintenance, and government-furnished materials are noted as N/A or require further detail.

This document, NB672030-26-00349 QNet Qubit Controller, outlines the applicable provisions and clauses for a federal government contract, incorporating both by reference and in full text. It details Federal Acquisition Regulation (FAR) and Commerce Acquisition Regulation (CAR) provisions concerning business ethics, responsibility matters, system for award management, and various socio-economic considerations. Key clauses incorporated by reference cover subcontractor sales, whistleblower rights, executive compensation, and small business utilization, among others. Full text provisions address agency, GAO, and Court of Federal Claims protests, specifying submission procedures and contact information for the NIST/Acquisition Management Division and the Department of Commerce Office of the General Counsel. Additionally, it specifies the place of acceptance for supplies and services at the National Institute of Standards and Technology (NIST) in Gaithersburg, MD, and outlines contractor responsibilities during changes in NIST operating status, including guidance for inclement weather, power outages, and lapses in appropriation. Billing instructions require electronic invoice submissions to INVOICE@NIST.GOV with specific content, and mandates the use of the U.S. Department of the Treasury's Invoice Processing Platform System (IPP) for payment requests, providing details for registration and support.

The provided document outlines the structure for a Request for Quotation (RFQ) Questions and Answers (Q&A) section. It serves as a template or guide for organizing inquiries and responses related to an RFQ. The document specifies categories for referencing each question, including 'Page', 'Section', 'Para.' (Paragraph), 'Question No.', and 'RFQ Attachment No.', alongside dedicated fields for the 'REFERENCE', 'QUESTION', and 'GOVERNMENT RESPONSE'. This structure is crucial for maintaining clarity, traceability, and comprehensive record-keeping during the procurement process, ensuring all stakeholder questions are addressed systematically and officially by the government entity issuing the RFQ.

NIST's Communications Technology Laboratory requires a QNet Qubit Controller, a low-noise, programmable RF and microwave pulse generator capable of generating and synchronizing multiple tones between DC and 16 GHz. This equipment is crucial for operating and measuring microwave-optical transducer devices developed at NIST, the University of Colorado, and CU-JILA, supporting quantum networking projects. The controller will act as the experimental brain, driving pulse sequences for quantum operation measurements, particularly for discrete variable schemes. Key requirements include multiple programmable output channels across the DC-16 GHz range with high output power (>+5dBm), synchronized oscillators with low phase noise (<-145 dBc/Hz at 1 MHz offset), and both manual and programmable control interfaces. The procurement also specifies N-Type or 2.92 mm (K) coaxial output connectors, rack mount or bench-top unit, and detailed shipping and delivery criteria. The document outlines additional considerations for shipping, installation, facility utilities, inspection, acceptance, training, warranty, calibration, maintenance, and government-furnished materials.