en.Wedoany.com Reported - Recently, Virginia Fiber Express Networks (VFE Networks) in the United States announced that the first phase of its planned cross-regional fiber optic network project has obtained operational qualifications and the initial land use permit, moving the project into the preparation stage for construction. The first phase will build a multi-route fiber optic channel approximately 126 miles (about 203 kilometers) long, connecting Northern Virginia with the Richmond-Sandston area, with a target to be ready for service by 2027.
This new route does not follow the more communication-facility-concentrated corridors of Interstate 95 and U.S. Route 1, but instead adopts different road and public right-of-way corridors. The project aims to add an independent communication path between Northern Virginia and Central Virginia through a differentiated route. When fiber optic cables in traditional corridors are disrupted due to road construction, equipment maintenance, natural disasters, or other reasons, data traffic can be rerouted through the new line, reducing the risks associated with multiple networks concentrated in the same corridor.
US VFE Networks will construct multi-duct communication conduits along the route and install high-core-count fiber optic cables. Upon completion, the project can provide communication conduits, dark fiber, optical wavelengths, and spectrum transmission services to communication operators, data centers, cloud service providers, and enterprise customers. Unlike finished dedicated lines already equipped with complete transmission equipment, dark fiber allows customers to install their own optical transmission equipment based on capacity needs, making it more suitable for large data centers and communication operators requiring long-term expansion and independent network control.
The project network will be planned with 800G and 1600G dense wavelength division multiplexing transmission capabilities. This design does not mean a single fiber can only provide a fixed rate, but rather increases the overall communication capacity the line can carry by deploying multiple different wavelengths within the same fiber. As data synchronization between data centers, cloud platform connections, and artificial intelligence computing tasks continue to increase, regional backbone networks not only need to expand the number of fiber optic cables but also enhance the transmission capacity of a single channel without repeatedly excavating routes.
The first phase is jointly advanced by US VFE Networks, US Express Technologies (Express-tek), and US S&N Infrastructure. Among them, US Express-tek primarily provides fiber optic network engineering design, route planning, and permitting support; US S&N Infrastructure mainly undertakes communication infrastructure construction, maintenance, and upgrades. The three companies integrate engineering design, permitting procedures, and route construction within the same project system, providing conditions for the project to transition from the permitting phase to actual construction.
The 126-mile route is only the first construction segment of the entire network. US VFE Networks plans to build a regional fiber optic network spanning Virginia, North Carolina, and Maryland in phases, connecting existing and planned data center campuses in the Mid-Atlantic and Southeastern United States. The project announcement describes the overall construction phases using both "five-phase" and "six-phase" terminology, so it is not appropriate to directly determine the final number of segments at this stage. However, it can be confirmed that the first-phase route will serve as the foundation for subsequent cross-state network expansion.
Northern Virginia concentrates a large number of data centers and network interconnection facilities, but local land, space, and infrastructure capacity are becoming increasingly tight. Some new data centers are beginning to expand toward Richmond and other southern areas. As data center locations extend outward, new long-haul fiber optics need to be built simultaneously to connect new campuses to existing internet exchange points, cloud platforms, and data center clusters. The route being built by US VFE Networks is specifically designed to meet this southward expansion demand.
From an engineering scope perspective, subsequent construction will involve communication conduit laying, high-core-count fiber optic cable installation, line splicing, connection facilities, fiber distribution, network node access, and line testing. The project party has not yet announced the specific start date, total investment amount, fiber core count, equipment suppliers, or arrangements for each construction segment. As construction officially begins, procurement needs for fiber optic cables, communication conduits, fiber splicing equipment, wavelength division transmission equipment, and line construction services are expected to become clearer.
