UNSPSC 32101545: Antenna coil

A component that is connected to the device that radiates the electromagnetic wave into the space or captures the radiated electromagnetic wave.

UNSPSC 32101545 Antenna coil (Commodity) covers communications and detection components that state and local governments procure for vehicle fleet management, emergency responder systems, and law enforcement communications infrastructure, though the recent opportunities reveal limited direct purchasing of antenna coils alone and instead show procurement of integrated systems incorporating RF components, radios, and communications equipment. The issuing bodies soliciting under this code span school districts, county sheriffs' offices, cities, and cooperative purchasing consortia serving multiple jurisdictions. The School Board of Hillsborough County, Florida issued an ITQ for inspection, installation, and repair services for vehicle camera, navigation, ridership, and communication systems across its fleet; the City of Phoenix issued an IFB for in-building radio frequency coverage enhancement using bi-directional amplifiers and distributed antenna systems; Santa Clara County issued two RFQs for Motorola radios and accessories for the Sheriff's Office; and Sourcewell issued an RFP on behalf of multiple Washington and other U.S. jurisdictions for law enforcement equipment.

Recent activity appears concentrated in Florida, California, Washington, Texas, and Minnesota. The Hillsborough County ITQ (due June 3, 2026) specified 24 line items for DVR and camera systems, GPS units, vehicle tablets, RFID systems, and two-way radio systems serving approximately 225,000 students, with vendors required to demonstrate a minimum of three years' experience and Florida incorporation. The City of Phoenix IFB (due July 10, 2026) for five-year emergency responder radio coverage systems required NICET certifications, a licensed Arizona professional engineer, and DBE-N compliance under 49 CFR Part 26, with a four-hour emergency response requirement. Santa Clara County's two RFQs for Motorola radios (posted July 16 and June 9, 2026) provided minimal scope detail in available materials. The Texas A&M University System's RFP (deadline April 6, 2026) sought an IP-based operational communications system with seven mobile and seven stationary devices for its ballistics range, requiring integration with existing Cisco and Wi-Fi 6 infrastructure and a two percent VetHUB subcontracting goal. The code shows scattered activity with limited procurement of antenna coils as discrete commodity items; most opportunities integrate RF components into larger communications and detection systems.