UNSPSC 43221804: Optical networking lasers

A device which produces a single frequency light. It transmits optical pulses of light that creates the transmission of the voice and data packets through fiber. The laser generation portion of the optical networking components making up the transmission unit.

UNSPSC 43221804 Optical networking lasers is a Commodity code that receives minimal relevant state and local procurement activity. Recent state and local solicitations tagged with this code cover data-center network switching, MAN/WAN infrastructure upgrades, converged network design and installation, on-call network cabling, fire alarm communication systems, wireless routers, fiber hardware buildouts, traffic management switches, Cisco enterprise equipment, hyperconverged infrastructure, remote network control units, used networking equipment resale, smartboards, and miscellaneous IT appliances — none of which directly involve optical networking lasers as a distinct product line. The code appears to serve as a catch-all tag for network infrastructure and equipment procurement rather than reflecting actual optical laser component acquisition by state and local buyers.

The issuing-body mix spans counties, cities, independent school districts, state departments, and special-purpose authorities across Georgia, Texas, Florida, North Carolina, New Jersey, California, and Oregon. Gwinnett County Board of Commissioners, Garland Independent School District, the City of Orlando, Bergen Community College and Bergen County (New Jersey), Pinellas County School District, Chatham County Sheriff's Office, Wake County (North Carolina), Jackson County (Georgia), and the State of California post the most recent tagged solicitations. Geographic spread includes active procurement in the Southeast (Florida, Georgia) and Southwest (Texas) alongside isolated activity in California, Oregon, and the Mid-Atlantic. No recent opportunities directly procure optical networking lasers; state and local procurement under this code reflects systemic miscoding against higher-tier network infrastructure and equipment families rather than Commodity-level laser-component demand.