UNSPSC 43223326: Fiber optic patch cord

A cord used for linking the equipment and components in a fiber optic network.

UNSPSC 43223326 Fiber optic patch cord is a Commodity code describing single, pre-terminated fiber optic connectors and cord assemblies that state and local governments procure as components within broader fiber optic network and infrastructure projects. The recent solicitation record shows this code captures demand across three distinct application domains: structured cabling systems for education and municipal facilities, large-scale fiber backbone and metro-ethernet transport services, and field materials for broadband and transportation network deployment. Issuing bodies span state departments of information technology and transportation, county governments, independent school districts, municipal utilities, and transit authorities. The City of Palo Alto's RFQ 198248 for 75,000 feet of 432-fiber optic cable (due July 1, 2026) exemplifies materials procurement tied to utility operations; the Madison County School System's RFP for low-voltage data cabling at Comer Elementary (due July 20, 2026) shows structured cabling demand in K–12; and the City of Brownsville's ITB for 5G infrastructure deployment (due July 30, 2026) reflects fiber integration into intelligent transportation systems. Illinois Department of Information Technology has issued multiple RFQs for fiber-based metro-ethernet services supporting wide-area network connectivity, including DOT-R506 Fithian and DHS-R076 Carbondale facilities. These solicitations reveal a market spanning component-level materials buys, construction and installation services, and managed transport services across California, Texas, Georgia, Florida, Illinois, Connecticut, Mississippi, and North Carolina.

Geographic concentration clusters around Florida, Illinois, Georgia, and Texas, with recent high-activity demand for fiber infrastructure tied to broadband BEAD program implementation, intelligent transportation system upgrades, and statewide WAN consolidation. Burke County, Georgia's April 2026 sealed-bid procurement for fiber optic materials under the federal BEAD program (due May 6, 2026) signals substantial state and local capital investment in last-mile fiber deployment and network redundancy. School districts and municipal utilities dominate the competitive landscape, with Hillsborough County Public Schools, City of Charlotte, and Broward County each soliciting cabling services contracts with multi-year terms and on-call structure. County-level transportation authorities—notably Broward County on Pine Island Road projects and Harris County Toll Road Authority—are actively procuring fiber optic infrastructure for adaptive traffic control and signal systems. Illinois DoIT's series of dark fiber and IRU sole-source awards to Stratus Networks, i3 Broadband, and Bluebird Network indicates incumbent consolidation in statewide backbone services, while open RFQs for metro-ethernet services suggest competitive pricing opportunity where alternative carrier infrastructure exists. K–12 school districts show sustained demand for cabling services tied to facility modernization and remote-learning network upgrades, with contracts typically structured as indefinite-quantity arrangements with hourly labor rates and material markups. No single vendor dominates across geographies; opportunities are distributed among telecom carriers (Lumen, i3 Broadband, Bluebird), regional construction firms, and specialized fiber contractors, with most recent awards reflecting best-value evaluation criteria favoring experience, local capacity, and prior district relationships over price alone.