Dedicated Point to Point Circuit (Dahlonega)

The Board of Regents of the University System of Georgia, specifically the University of North Georgia, is seeking qualified suppliers to provide a dedicated point-to-point 1Gbps Layer 2 Ethernet circuit system for its Dahlonega campus locations. This procurement opportunity, identified by the contract ID 67b321daf00dfe84a0053b14, requires the selected supplier(s) to handle comprehensive installation of all necessary equipment, cabling, and associated infrastructure. The primary deliverables include a fully functional network circuit with complete maintenance services that meet the solicitation's detailed requirements. The contract is structured as a potential one-year agreement with provisions for up to four annual renewals, indicating a long-term potential engagement. Interested suppliers must submit their proposals by March 13, 2025, which is 28 days after the initial posting date of February 13, 2025. The procurement will require vendors to demonstrate technical capabilities in network infrastructure, Layer 2 Ethernet implementation, and ongoing system maintenance.

While specific set-aside designations are not explicitly detailed in the provided information, the procurement appears to be open to qualified technology and telecommunications service providers capable of meeting the University System of Georgia's network infrastructure requirements. The contract opportunity is associated with Lee County (FIPS Code 13177), though the actual service location is in Dahlonega. No incumbent vendor information or existing infrastructure details are provided in the current document. The potential contract value is not specified, but given the complexity of a 1Gbps point-to-point Ethernet circuit system with comprehensive installation and maintenance services, it likely represents a significant technology investment for the university. Prospective suppliers should be prepared to demonstrate extensive experience in enterprise network solutions, robust technical support capabilities, and the ability to seamlessly integrate advanced telecommunications infrastructure.