50 GHz Vector Signal Generator
ID: NB672060-25-01316Type: Combined Synopsis/Solicitation
Overview

Buyer

COMMERCE, DEPARTMENT OFNATIONAL INSTITUTE OF STANDARDS AND TECHNOLOGYDEPT OF COMMERCE NISTGAITHERSBURG, MD, 20899, USA

NAICS

Instrument Manufacturing for Measuring and Testing Electricity and Electrical Signals (334515)

PSC

ELECTRICAL AND ELECTRONIC PROPERTIES MEASURING AND TESTING INSTRUMENTS (6625)

Original Source

https://sam.gov/opp/9b537698d9a844a081f7fef7d239eda0/view
Timeline
    Description

    The National Institute of Standards and Technology (NIST) is seeking quotations for a 50 GHz Compact Vector Signal Generator, aimed at supporting advanced research in quantum computing. The procurement requires a generator capable of outputting frequencies from less than 1 GHz to over 50 GHz, with a maximum output power ranging from less than -100 dBm to above +5 dBm, and must support external I/Q modulation with a bandwidth greater than 1 GHz at 50 GHz. This equipment is critical for generating modulated high-frequency pulses to control quantum bits, reflecting the government's commitment to advancing technological standards in superconducting electronics. Interested vendors must submit their quotations electronically by the specified deadline to the designated contracting officers, with delivery expected within 18 weeks after order placement to the NIST facility in Boulder, Colorado. For further inquiries, contact Clifford Nicholson at clifford.nicholson@nist.gov or Daniel Kent at daniel.kent@nist.gov.

    Files
    Title
    Posted
    Atch A - Specifications_Amd 01.pdf
    The Communications Technology Laboratory's Superconducting Electronics Group is seeking a vector signal generator for quantum computing research, with the ability to generate modulated high frequency pulses to control quantum bits. The specifications for the required equipment include frequency output of less than 1 GHz to over 50 GHz and a maximum output power ranging from less than -100 dBm to above +5 dBm. The instrument must support external I/Q modulation with a bandwidth greater than 1 GHz at 50 GHz and be compatible with commercially available frequency extension modules to reach up to 100 GHz. Delivery is expected at the NIST facility in Boulder, CO, though details on shipping and installation are minimal, showing flexibility in the delivery and acceptance processes. The document emphasizes the need for new, used, or refurbished equipment meeting the OEM specifications. It serves as a Request for Proposal (RFP) which indicates the federal government’s need for specialized instruments to support advanced research projects, reflecting the importance of technological advancement in quantum computing.
    Atch A - Specifications.pdf
    The Communications Technology Laboratory is requesting a Vector Signal Generator for quantum computing research, with a focus on generating high-frequency modulated pulses for quantum bits control. The generator must exceed 50 GHz in frequency output, deliver a maximum output power greater than +5 dBm, and support external I/Q modulation. The specifications also include a future capability to extend the frequency to 100 GHz. The procurement involves the purchase of a single generator, which can be new, used, or refurbished based on OEM specifications, with specific shipping and delivery requirements to NIST-Boulder, Colorado. Additionally, the document outlines inspection and acceptance terms, warranty conditions, and does not currently necessitate training or maintenance requirements. The focus is on ensuring a precise quote that adheres to government procedures and timelines while maintaining flexibility for possible future expansions in capabilities. The RFP emphasizes accurate compliance and a thorough understanding of the outlined needs to support advancement in superconducting electronics.
    NB672060-25-01316 Amd 01 QnAs-1.pdf
    This document outlines the specifications and requirements for a radio frequency generator procurement as part of a government Request for Quotation (RFQ). The primary focus is on a generator capable of outputting frequencies up to 50 GHz, with considerations for future expansion to over 70 GHz and eventually up to 100 GHz. The document invites vendors to confirm whether they can meet these specifications and emphasizes the necessity for quoting items that align with all stipulated requirements. It does not endorse specific brands or models, though it mentions potential options such as Keysight and Rohde & Schwarz products as examples. Clarifications regarding capability expansion and model specifications are provided in an attached amended specifications document. The overarching aim of the RFQ is to ensure compliance with the technical requirements crucial for governmental and defense applications, while promoting fair competition among various manufacturers.
    RFQ NB672060-25-01316 50 GHz Compact VSG.pdf
    The file outlines a combined synopsis/solicitation for a Request for Quote (RFQ) from the National Institute of Standards and Technology (NIST), specifically for a 50 GHz Compact Vector Signal Generator. The solicitation, reference number NB672060-25-01316, follows the streamlined procurement processes under FAR 12.6 and 13.106, disregarding formal source selection procedures. Offerors are invited to submit written quotations that meet the specified requirements, including a firm fixed price for at least one vector signal generator, detailing whether the item is new, used, or refurbished. Quotations must be submitted via email to designated contracting officers and adhere to specified technical and pricing guidelines. Deliveries are required within 18 weeks after the order is placed, with further emphasis on inspection and acceptance protocols upon receipt. This RFQ seeks to procure equipment that meets government standards, reflecting a commitment to transparency and compliance within federal procurement systems. The document incorporates various clauses relevant to the acquisition, such as Buy American provisions and contract terms, ensuring that offerors are briefed on all requirements and evaluation criteria, including technical acceptability and price evaluation. This initiative further underscores NIST's dedication to advancing standards in technology through reliable and responsible sourcing practices.
    RFQ NB672060-25-01316 Amd 01_50 GHz Compact VSG.pdf
    This document outlines a Request for Quotation (RFQ) NB672060-25-01316 for a 50 GHz Compact Vector Signal Generator, issued by the National Institute of Standards and Technology (NIST). Amendment 01 provides responses to industry questions while maintaining the original solicitation conditions. The RFQ is part of an unrestricted procurement under FAR 12.6 and FAR 13.106, indicating it will not adhere to formal source selection procedures. Offerors must submit technical and price quotations electronically by the specified deadline. Technical quotations must demonstrate compliance with the specifications through evidence, while price quotations should include a firm fixed price. The evaluation will follow a Lowest Price Technically Acceptable (LPTA) process, focusing on technical capability and price reasonableness. Delivery is required FOB Destination at NIST in Boulder, CO, within 18 weeks ARO, with inspections scheduled within seven days of receipt. The document specifies various contractor obligations regarding compliance, delivery, and invoicing procedures, including participation in the System for Award Management (SAM). Compliance with federal standards related to origins and manufacturing is emphasized, ensuring adherence to security and acquisition regulations. This RFQ illustrates the government's aim to procure necessary equipment efficiently while ensuring quality and compliance standards are met.
    Specifications.pdf
    The Superconducting Electronics Group at the Communications Technology Laboratory is requesting proposals for a 50 GHz Vector Signal Generator, essential for quantum computing research. The device must meet specific requirements, including a frequency output greater than 50 GHz, a maximum output power exceeding +5 dBm, and external I/Q modulation with over 1 GHz bandwidth. Future expansion to 100 GHz is also desired. Only new or OEM-refurbished instruments are acceptable. The document outlines procurement details, including shipping to NIST-Boulder, inspection and acceptance processes, and warranty conditions. It specifies that no installation or training is required, but vendors must ensure the equipment meets the outlined specifications upon acceptance. The government expects accurate quotes and any additional logistical or utility considerations before procurement. This RFP reflects the laboratory's ongoing commitment to advancing quantum technologies and sets precise criteria for vendors to contribute effectively to this research initiative, adhering to federal standards and requirements for government contracts.
    Lifecycle
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    50 GHz Vector Signal Generator
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    Combined Synopsis/Solicitation
    50 GHz Vector Signal Generator
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