UNSPSC 43222605: Network gateway

In the IP community, an older term referring to a routing device. Today, the term router is used to describe nodes that perform this function, and gateway refers to a special-purpose device that performs an application-layer conversion of information from one protocol stack to another. Devices that perform application layer conversion from one protocol stack to another and devices used to connect voice-over-Internet Protocol (VoIP) and dial access solutions to the Public Switched Telephone Network (PSTN).

UNSPSC 43222605 Network gateway, a Commodity code, is not well-represented in recent state and local procurement activity. The opportunities in the dataset tagged to this code span a diverse range of actual work—student payment platforms, wireless access points, network switches, fiber cabling infrastructure, firewall appliances, uninterruptible power supplies, and traffic control systems—none of which closely align with the abstract category name "network gateway." The mismatch between code and substance is pronounced: the sample includes school district RFPs for Cisco Meraki switching and wireless solutions, county and municipal procurement for adaptive traffic control systems and fiber backbone replacement, education E-Rate-funded hardware contracts for HPE Aruba and Cisco equipment, and municipal firewall and access control upgrades. A smaller set of opportunities do target routing and switching appliances (Cisco Catalyst, HPE Aruba, Juniper, Meraki core switches) that function as network traffic aggregation points, which are closer to gateway-level infrastructure, but most recent solicitations under this code address either endpoint or access-layer hardware or are projects with tangential networking components.

State and local buyers soliciting under the code include school districts (Tarrant County College District in Texas, Tacoma School District No. 10 in Washington, Houston County School District in Georgia, Fayette County Public Schools in Georgia, Grosse Pointe Public Schools in Michigan, and others), city and county governments (City of Eugene, Oregon; City of Atlanta; Wake County, North Carolina; Jackson County, Georgia; City of Philadelphia), and public utility districts (Seminole County Public Works, Broward County, Florida). A meaningful share of recent activity is education-sector procurement funded through the E-Rate program; city and county infrastructure upgrades for traffic management, fiber optics, and network refresh feature prominently as well. Representative recent opportunities include the City of Eugene's cooperative procurement of $366,711.40 in Juniper network switches and support services via NASPO cooperative agreement (posted July 2, 2026, vendor comments due July 9, 2026); Seminole County Public Works' bid for network equipment supporting Advanced Traffic Management System upgrades including switches, optics, and encoders (IFB524026LTT, posted June 29, 2026, due July 22, 2026); Wake County IT Department's bid for specified Cisco networking equipment with authorized Cisco Channel Partner eligibility requirements (posted June 26, 2026, due July 10, 2026); Jackson County, Georgia's RFP for Cisco network switching and routing equipment replacement with a $1.5 million performance bond requirement (posted June 9, 2026, due July 2, 2026); and Bibb County School District's E-Rate-funded switch upgrade RFP for Cisco Catalyst C9500 switches across 45 locations (posted January 30, 2026, due March 2, 2026). Geographic activity concentrates in Georgia (school districts and county procurement), Florida (municipalities and school boards), Texas (college districts and cooperatives), the Pacific Northwest (Washington and Oregon), the Northeast (Connecticut, Michigan), and North Carolina. The code shows sustained but diffuse activity across dozens of issuing bodies; no single state or jurisdiction dominates, and repeat buyers do not emerge strongly in the recent window.