Lightpath Builds Fiber Superhighway for AI From Columbus to Chicago

NEW YORK, NY – May 12, 2026 – In a significant move to bolster the digital backbone of the American Midwest, connectivity provider Lightpath has announced the construction of a new, 392-mile long-haul fiber route connecting Columbus, Ohio, and Chicago, Illinois. The project, secured by a major anchor customer award, represents a strategic investment in the infrastructure required to power the next wave of artificial intelligence and cloud computing.

This new route is Lightpath's first organically built long-haul system, a notable pivot for a company historically focused on dense metropolitan networks. The entirely underground, multi-conduit fiber network will traverse three states, linking two of the most rapidly expanding data center markets in North America. The project is scheduled for a phased rollout, with full completion anticipated by the end of 2028.

“This award marks a significant milestone in Lightpath’s infrastructure strategy,” said Chris Morley, CEO of Lightpath, in a statement. “Connecting two of the world’s fastest-growing data center markets on our own purpose-built infrastructure positions Lightpath to support the next generation of AI and cloud workloads at scale.”

Fueling the AI and Cloud Revolution

The timing and location of this monumental infrastructure project are no coincidence. The announcement comes amid an unprecedented surge in demand for high-capacity, low-latency data transmission, driven primarily by the explosive growth of artificial intelligence. AI and machine learning workloads require exponentially more data and processing power than traditional cloud services, creating a bottleneck that can only be solved by building more robust and direct fiber pathways.

Lightpath's new route is being engineered as an "AI-grade" network, designed to handle the immense data flows generated by hyperscale cloud providers. The project's initiation was spurred by an "anchor award," which signals a long-term commitment from a large, undisclosed customer—most likely a major tech firm heavily invested in AI. This reflects a broader industry trend where hyperscalers are proactively funding the construction of new fiber routes to guarantee the capacity they need for future growth.

This corridor addresses the sustained demand for what the company calls "production-grade standards." This means the network is not just about speed but also resilience. By placing the entire 392-mile route underground in a multi-conduit system, Lightpath is building a highly secure and durable asset, protected from weather and other surface-level disruptions. The multi-conduit design also provides future-proofing, allowing for the installation of additional fiber cables as demand inevitably grows without the need for new, disruptive construction.

The Midwest's Rise as a Digital Crossroads

This fiber optic superhighway connects two cities that have unexpectedly become global powerhouses in the data center industry. According to a 2025 market comparison report from Cushman & Wakefield, Columbus, Ohio, has rocketed from being unranked in 2024 to the sixth-largest data center market globally. During the same period, Chicago climbed to the ninth position. This rapid ascent has transformed the Midwest into a critical digital crossroads, attracting billions in tech investment.

Several factors contribute to the region's appeal. Relatively low-cost and available land, access to reliable power grids, and a business-friendly environment have made Ohio and Illinois prime territory for constructing the massive warehouse-sized buildings that house the digital world. Lightpath's investment both validates and accelerates this trend. By creating a direct, high-capacity link between these two hubs, the company is effectively paving a digital trade route that will make the region even more attractive for future data center development, cloud service providers, and large enterprises.

The economic impact is expected to extend beyond the tech sector. The construction and maintenance of the fiber line and its associated data centers will create skilled jobs. Furthermore, the availability of world-class digital infrastructure is a powerful magnet for businesses of all types, potentially boosting local economies in communities along the Ohio, Indiana, and Illinois route. This project reinforces Columbus's role as a regional connectivity hub, leveraging about 17 percent of Lightpath's existing network in the city.

A Strategic Pivot from Metro to Long-Haul

For Lightpath, a company jointly owned by Optimum Communications and Morgan Stanley Infrastructure Partners, the Columbus-to-Chicago route marks a bold strategic evolution. While the provider operates an extensive 20,000-route-mile network across eleven major U.S. metro markets, its historical strength has been in providing last-mile and dense urban connectivity. This project, along with a recent acquisition, signals a clear and aggressive expansion into the competitive long-haul fiber market.

This is Lightpath's second major long-haul asset. In late 2024, the company acquired a 323-mile fiber system connecting the data center epicenters of New York City and Ashburn, Virginia. That acquisition provided a ready-made, geographically diverse route along the East Coast. In contrast, the Columbus-to-Chicago corridor is being built from the ground up—an organic build that gives the company complete control over the network's design, materials, and construction quality.

“Building this corridor from the ground up — on a timeline driven by a real anchor award — demonstrates what our team is capable of delivering,” noted Tim Haverkate, Chief Commercial Officer at Lightpath. “This route opens a new dimension of the network for our customers and creates a durable entry point into the Chicago market toward continued strategic expansion.”

This dual strategy of acquisition and organic growth positions Lightpath to compete more directly with established long-haul giants like Lumen Technologies and Zayo Group. With deep-pocketed backing from Morgan Stanley's infrastructure fund, the company is well-equipped to undertake these capital-intensive projects and carve out a significant share of the burgeoning market for AI-driven data transport.

Building the Digital Backbone

The technical scope of the project underscores its ambition. Along the 392-mile route, Lightpath will construct eight of its proprietary "LightCube Data Centers," seven of which will be new. These facilities are not merely passive signal boosters; they will serve as critical hubs for colocation, power management, amplification, and interconnection. This allows customers to place equipment directly on the fiber path, reducing latency and creating a more integrated network ecosystem.

Upon completion, Lightpath intends to offer a full suite of services, including dark fiber (unlit strands that customers can manage themselves), high-capacity wavelengths, and other managed connectivity services. This flexible approach caters to a wide range of clients, from hyperscalers needing massive, raw capacity to enterprise and carrier customers requiring more tailored solutions.

The project will be executed in phases. The southern portion of the route, connecting Columbus to South Bend, Indiana, is slated to be the first segment to go live. This phased approach allows Lightpath to begin generating revenue and serving customers before the entire route is completed in the fourth quarter of 2028. This strategic build ensures that the digital infrastructure essential for tomorrow's technology is being laid today.