UNSPSC 32101652: Standard logic integrated circuit

UNSPSC 32101652 Standard logic integrated circuit is a Commodity code, but recent state and local procurement activity tagged under it does not align with the code's nominal scope of semiconductor components. The opportunities posted show no solicitations for standard logic ICs themselves; instead, the records capture printed circuit board assemblies, law enforcement equipment, security systems and parts, electrical supplies, motor drive modules, and printing services—none of which are semiconductor logic chips. This mismatch signals that the code has little relevant recent activity in state and local procurement, or that issuing bodies are applying the code inconsistently to broader electrical and electronics categories outside the narrow commodity definition.

The five most recent opportunities span Wisconsin (University of Wisconsin-Madison custom PCB boards, Request for Bids due July 20, 2026), Minnesota and Washington (Sourcewell cooperative purchasing vehicle for law enforcement equipment across multiple counties and participating entities, RFP due June 16, 2026), Florida (Sarasota County Schools security systems services and parts, Invitation to Bid due March 10, 2026), Arizona (City of Phoenix electrical parts and supplies, Invitation for Bid due July 9, 2025), California (Riverside County water filtration plant AC drive module, Request for Bid due March 25, 2026), and Wisconsin again (City of Madison printing and mailing services, RFP due April 3, 2026). The issuing bodies include state universities, county cooperative purchasing vehicles, school districts, municipal public works departments, and water authorities. No clear geographic concentration emerges; opportunities scatter across the upper Midwest, South, and West with no standout repeat buyer under the code itself. The divergence between the code's definition and actual solicitation content suggests caution in relying on this code to identify genuine semiconductor logic IC demand at the state and local level.