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  • Freewave Technologies Transceiver

    Type : Pre-Bid Notification

    Due : 23 Dec, 2019 (about 4 years ago)
    Posted : about 4 years ago
    Started : 18 Dec, 2019 (about 4 years ago)

    The Naval Air Warfare Center, Weapons Division, China Lake, CA intends to procure on an other than full and open basis the following items: 1) Quantity of 120 Freewave Technologies Transceivers Radio Frequency Modem MM2-9X5W in accordance with FAR PART 12 and 13.

    From: Federal Government (Federal)

  • NIST 6G Sub-Terahertz Small Cell Networks Design and Development Support

    Type : Bid Notification

    Due : 04 Aug, 2022 (21 months ago)
    Posted : 21 months ago
    Started : 21 Jul, 2022 (21 months ago)

    The key enablers for 6G Sub-THz are transceiver technologies with network control and optimization under extremely high frequencies above 100 GHz.  With the rapid growth in wireless traffic and the continuing trend towards faster data communications, the 6G wireless standard is anticipated to move further towards Sub-Terahertz  (Sub-THz) bands where more spectrum is available. 

    From: Federal Government (Federal)

  • Herrick Technology Laboratories Quad Channel Transceivers

    Type : Bid Notification

    Due : 23 Aug, 2022 (20 months ago)
    Posted : 20 months ago
    Started : 21 Aug, 2022 (20 months ago)

    The Naval Research Laboratory (NRL) intends to award a sole source purchase order to Herrick Technology Laboratories Inc of Germantown, MD to furnish two quad channel transceivers (PN#910-00314-001) to upgrade and in-place system.  The North American Industry Classification System Code (NAICS) for this requirement is 334220 with the size standard of 1250 employees.   

    From: Federal Government (Federal)

  • Dell Networking Transceivers, or Equal

    Type : Bid Notification

    Due : 22 Nov, 2021 (about 2 years ago)
    Posted : about 2 years ago
    Started : 08 Nov, 2021 (about 2 years ago)

    ARFQ-0402-EDD2200000021-2 Buyer Name: Michelle L Childers Buyer Phone (304) 558-2686 Buyer Email: michelle.childers@k12.wv.us Last Amended: 11/15/2021 Type: Agency Request for Quote Document Department: 0402 Category: Info Technology Description: Dell Networking Transceivers, or Equal

    From: West Virginia (State)

  • F5 VELOS Blades and Transceivers

    Type : Bid Notification

    Due : 10 Jul, 2023 (9 months ago)
    Posted : 18 months ago
    Started : 30 Jun, 2023 (10 months ago)

    F5 VELOS Blades and Transceivers Project Description :Technology and Innovation has a requirement for additional F5 VELOS Blades and Transceivers.

    From: MerX (Federal)

  • Communication Hardware

    Type : Pre-Bid Notification

    Due : 15 May, 2024 (in 11 days)
    Posted : 5 hours ago
    Started : 01 May, 2024 (2 days ago)

    The purpose of this synopsis is to provide notice of Naval Information Warfare Center (NIWC) Atlantic's intent to award a Firm-Fixed-Price purchase order on a non-competitive basis to Scientific Research Corporation (SRC) (Cage Code: 0D5A6), 2300 Windy Ridge Parkway, Suite 400 South, Atlanta, GA 30339. Part numbers & descriptions: 06808050-1POWER SUPPLY 06808159-1CF-54 UPGRADE KIT 06808100-1JACK BOX 06808025-1DATA DISTRIBUTION SYSTEM 511697-3 R5 TRANSPONDER 06808814 TERMINAL BOX The Government intends to negotiate solely with SRC under the authority of FAR Part 13.106-1(b). There is a lack of competition due to the constraints placed on components that the Government uses in the sustainment from the original design. Since the Government is ...

    From: Federal Government (Federal)

  • TECHNOLOGY TRANSFER OPPORTUNITY High-Speed, Low-Cost Telemetry Access from Space (MFS-TOPS-62)

    Type : Bid Notification

    Due : 07 Oct, 2023 (6 months ago)
    Posted : 19 months ago
    Started : 07 Oct, 2022 (19 months ago)

    NASA provides no funding in conjunction with these potential licenses.THE TECHNOLOGY: Researchers at NASA's Marshall Space Flight Center have developed software-defined radio (SDR) telemetry transceiver technology to collect and transmit data to and from small satellites and microsatellites. The SDR concept uses a minimal number of traditional analog radio frequency components to convert RF signals to a digital format.

    From: Federal Government (Federal)