Lightpath expands fiber network to support AI data centers in Greater Columbus

Lightpath completed a network expansion in Greater Columbus, Ohio, extending its fiber infrastructure to connect new Artificial Intelligence (AI) data center deployments across the region.

The development aligns with Lightpath's effort to support AI workload connectivity with a fiber network tailored for high-scale operations, reflecting increased demand for hyperscale data capacity in the area.

This latest expansion involved adding roughly 150 route miles of high-density fiber, more than doubling the company's existing coverage in Columbus. The design combines underground multi-conduit systems and high-count fiber routes capable of servicing both metropolitan and regional applications, including long-haul scenarios.

Work on engineering and construction proceeded with a phased completion timeline set between late 2026 and mid-2027. This project complements Lightpath's broader national initiatives, including networks in Phoenix, Eastern Pennsylvania, and a high-count route connecting New York City to Ashburn, Virginia.

Chris Morley, CEO of Lightpath, said, “Columbus is well established as a leading U.S. destination for data center and AI investment. Our continued expansion in this market reflects both the scale of hyperscale demand and Lightpath's commitment to meeting it with proven quality, speed and agility.” Tim Haverkate, EVP of Major Infrastructure Solutions, added, “By expanding our fiber footprint in Columbus, we're strengthening Lightpath's position as a trusted partner to hyperscale, carrier, and large enterprise customers across the region. This expansion sets the stage for continued growth and new AI-grade connectivity opportunities throughout the Midwest.”

Lightpath currently operates dense fiber systems in multiple U.S. cities, connecting nearly 200 data centers to facilitate workloads in the AI economy. Greater Columbus marks one of the company's regional expansions supporting its network objective to interconnect key hyperscale corridors nationwide.