Digital Phase Noise and Frequency Analyzer

Form / Attachment / Pricing Sheet

This document outlines the detailed specifications and requirements for an item and/or ancillary services. It serves as a template for vendors to understand and respond to the government's needs.

Items and/or Ancillary Services:

• Item 1: Specifications to be detailed.
• Item 2 (Separately Priced Option): Specifications to be detailed.

Service Requirements / Item Specifications:

• Planning Considerations: Includes requirements for site visits, US citizen presence, and vendor representative on-site duration.
• Shipping & Delivery: Details shipping criteria (partial delivery, direct delivery), containerization preferences, and delivery date criteria (completion, earliest delivery).
• Electronic Media: Specifies requirements for software, electronic manuals, license keys, or other electronic delivery methods.
• Installation: Outlines potential installation requirements such as vendor technician presence, rigging, uncrating, setup, start-up services, and turn-key installation.
• Facility / Utility Considerations: Lists site-specific utility needs including power availability (voltage, current, phase, frequency, NEMA type) and other considerations.
• Warranty: Details what is included (labor, parts, travel, returns) and the warranty length.
• Training: Specifies training requirements (on-site/off-site, number of trainees, scope of training, materials).
• Inspection and Acceptance: Outlines inspection requirements, including planned government acceptance testing duration and acceptance plans.
• Maintenance: Defines maintenance requirements, including period length, inclusions (labor, parts, updates, etc.), and service level requirements.
• Government Furnished Material / Equipment: Lists any samples for testing or government equipment provided to the vendor.
• Travel: Instructions for vendors to include travel as part of other sections or as a separate line item.

This document is critical for bidders as it defines the precise technical specifications, delivery schedules, installation needs, warranty, training, and maintenance requirements for the goods or services being procured. Vendors must carefully review these sections to determine their ability to meet the requirements and to accurately price their proposals.

Solicitation / RFP / RFQ

This is a combined synopsis/solicitation for commercial items, issued as a Request for Quotation (RFQ) under FAR Part 13, Simplified Acquisition Procedures. The government is procuring a Digital Frequency Stability and Phase Noise Analyzer. The procurement is set aside for small businesses.

• Item: Digital Frequency Stability and Phase Noise Analyzer, as detailed in the attached Requirements and Specifications document.

• Quantity: 1 EA (estimated).

• Delivery: 22 Weeks After Receipt of Order (ARO). Offerors must indicate the soonest possible delivery.

• FOB Point: Destination, to DOC - NIST, 325 Broadway, Boulder, CO 80305.

• Technical Capability: Offerors must submit a technical description, product literature, and/or drawings demonstrating their proposed system meets all minimum requirements. Simply stating compliance is insufficient; evidence must be provided.

• Contract Type: Firm Fixed Price.

• Payment Terms: Net 30.

• Quotation Validity: 90 days from the due date.

• Submission Method: Electronically via email to angela.hitt@nist.gov.

• Submission Deadline: Specified in the solicitation (date and time to be provided).

• Evaluation Criteria: Lowest Price Technically Acceptable (LPTA). Evaluation will be based on:

  • Factor 1: Technical Capability: Rated Acceptable/Unacceptable. Must demonstrate clear understanding and ability to meet minimum requirements.
  • Factor 2: Price: Evaluated for reasonableness.

• Required Information in Quotation: Company letterhead, technical capability demonstration, firm fixed price for each line item, country of origin/manufacture, SAM Unique Entity ID, completed Representations and Certifications (including "Representation by Corporations Regarding an Unpaid Delinquent Tax Liability or a Felony Conviction Under Any Federal Law" and "Free Trade Agreements Certificate").

• Set-Aside: Total Small Business Set-Aside.

• NAICS Code: 334515 (Instrument Manufacturing and Testing Electricity and Electrical Signals).

• Size Standard: 750 employees.

• SAM Registration: Offerors must have an active registration in the System for Award Management (SAM) at www.sam.gov and complete all required Representations and Certifications.

• The solicitation number is NB688000-26-01167.

• All communications and documents must include the solicitation number.

• Offerors proposing products manufactured outside the U.S. must identify any other or unknown charges (e.g., tariffs) as a separate line item.

• Attachment 1 contains the detailed Requirements and Specifications.

Form / Attachment / Pricing Sheet

This document outlines the technical specifications required for a Digital Phase Noise Analyzer. It details the performance characteristics and features necessary for the device.

• Frequency Range: 2 MHz to 400 MHz for DUT and Reference inputs.
• RF Input Level: -10 dBm (lower bound) to +20 dBm (upper bound).
• Input Impedance: 50 ohms nominal.
• Measurement Architecture: Requires a Digital Phase Noise Extraction engine without a PLL, supporting non-harmonic references and continuous cross-correlation with user-definable averages.
• Phase Noise Performance: Minimum offset analysis from 1 mHz to 1 MHz. Residual Phase Noise Floor at 100 MHz Carrier must meet or exceed -121 dBc/Hz at 1 Hz, -178 dBc/Hz at 10 kHz, and -194 dBc/Hz at 10 MHz offset.
• Frequency Stability & Metrology: Must compute Allan Variance (ADEV), Overlapped Allan Variance, Hadamard Variance (HDEV), and Overlapped Hadamard Variance. Residual Allan Deviation (5MHz to 400 MHz) must be less than 7E-14 (@Tau = 1 sec) and less than 5E-16 (@tau = 1000sec).
• Features: "Full" version requires integrated ultra-low noise internal reference oscillators (OCXOs), spurious detection capability, Gigabit Ethernet (RJ-45) interface.
• Physical: Benchtop chassis, maximum 4U height (19-inch rack compatible).

Vendors responding to this opportunity must ensure their proposed Digital Phase Noise Analyzer meets or exceeds all specified technical requirements. This document is critical for understanding the performance, functionality, and physical constraints of the required equipment.

Form / Attachment / Pricing Sheet

This document details the specific hardware components and their quantities required for an Artiq system. It serves as a detailed list for potential bidders to understand the material needs for fulfilling the opportunity.

• EEM AC Power Module: 3 units required for universal IEC input power generation.
• Kasli: 5 units required for coordinating and driving experimental hardware, including real-time schedule execution, clock distribution, synchronization, and communication.
• Kasli-SoC: 1 unit, similar to Kasli but with an integrated CPU for a faster control system.
• DIO-SMA-TTL: 2 units for fast TTL input/output via SMA connections with precise timing.
• DIO-RJ45-TTL: 1 unit for fast TTL input/output via RJ45 connections with precise timing.
• Urukul: 5 units for generating phase-coherent RF signals for AOMs and other hardware.
• Fastino: 2 units for fast, deterministic multi-channel DAC output.
• Shuttler: 2 units for high-speed, deterministic analog waveform generation.
• Shuttler-AFE: 2 units to convert digital output streams to analog voltages.
• DAC Songbird: 1 unit for low-noise analog tone generation.
• Rack mountable crate: 1 unit to house the EEM cards and allow airflow.

This list is crucial for bidders to accurately assess the scope of work, identify necessary components for procurement or integration, and prepare a comprehensive proposal. It outlines the specific hardware configurations expected for the Artiq system.

Form / Attachment / Pricing Sheet

This document specifies the required hardware components for the ATRIQ Experimental control system, detailing specific items, quantities, and their technical requirements. It also outlines specifications for implementing RTIO event batching for Zynq-based core devices within the ARTIQ system.

Hardware Components:

• EEM AC Power Module (3 units): Generates at least 200W from universal IEC input, with Molex MiniFit outputs.
• Kasli (5 units): Artiq Integrated card for coordinating and driving experimental hardware, including real-time schedule management, clock distribution, synchronization, and communication via Ethernet and fiber.
• Kasli-SoC (1 unit): Similar to Kasli but with an integrated CPU for faster control.
• DIO-SMA-TTL (2 units): For fast TTL I/O via SMA connections (at least 8).
• DIO-RJ45-TTL (1 unit): For fast TTL I/O via RJ45 connections (at least 4).
• Urukul (5 units): Multi-channel (at least 4), phase-coherent DDS board for RF signal generation.
• Fastino (2 units): Multi-channel (at least 32) DAC board for analog voltage generation.
• Shuttler (2 units): High-speed analog waveform engine with at least 16 channels.
• Shuttler-AFE (2 units): Converts digital output to analog voltages (at least 16 channels, 125 MSPS DAC).
• DAC Songbird (1 unit): Low-noise DAC board for analog tones (at least 2.5GS/s 16-bit).
• Rack mountable crate (1 unit): To house EEM cards and allow airflow.

RTIO Event Batching Specifications:

• Implement RTIO event batching for Zynq-based core devices (Kasli SoC, ZC706).
• Increase average sustained RTIO event throughput rate compared to ARTIQ 8.0 and 9.0.
• Develop a new context manager (e.g., "with batch") for ARTIQ-Python.
• Integrate functionalities into the main ARTIQ repository for inclusion in the next ARTIQ release.
• Ensure compatibility with NAC-3 ARTIQ compiler and ARTIQ-9.

This document is crucial for bidders to understand the specific hardware components and system-level software requirements for the ATRIQ Experimental control system. It details the exact specifications for each piece of hardware and the critical RTIO event batching functionality that must be implemented. Bidders must ensure their proposed solution meets these detailed technical requirements and software integration standards.