UNSPSC 32101608: Read only memory ROM

UNSPSC 32101608 Read only memory ROM is a Commodity code that encompasses memory storage components and related infrastructure used in networked computing systems across state and local government. Recent opportunities under this code reflect procurement of network equipment, licensing agreements, and connectivity infrastructure rather than ROM components in isolation; state and local agencies are buying enterprise-scale network hardware, software platforms, and related services bundled as catalog discounts, licensing agreements, or integrated system procurements. Issuing bodies span regional educational service centers and purchasing cooperatives serving multiple districts, state technology agencies, county school systems, transit authorities, and municipal higher-education institutions. Region 7 Purchasing Cooperative (Kilgore, Texas) appears repeatedly as a significant vehicle for network systems and supplies procurement, managing catalog discount bids serving multiple member districts across Texas with estimated values exceeding $12 million per contract cycle.

Recent activity clusters in Texas and Florida, with representative opportunities including Region 7 Purchasing Cooperative's NET2628 Invitation for Catalog Discount Bid (due July 28, 2026, estimated $12.011 million over two years), the Texas Department of Information Resources' TEX-AN cellular and wireless services contract (due July 23, 2026, indefinite-quantity, multiple-award structure), Hillsborough County Public Schools' Meraki Enterprise License Agreement ITB (due February 22, 2026, approximately $10.3 million for 36 months), and Bibb County School District's Switch Upgrade RFP utilizing E-Rate funding (due March 2, 2026). These procurements emphasize hardware standardization on enterprise platforms (Cisco Catalyst, Meraki, Nexus), licensing compliance, and integrated support services rather than component-level ROM procurement, suggesting the code's application here reflects broader network infrastructure classification rather than discrete memory-component sourcing.