Light Source Communications Launches New Dark Fiber Network to Boost Connectivity in Las Vegas

LSC Unveils New Dark Fiber Network in Las Vegas

Light Source Communications (LSC), a prominent player in secure and scalable connectivity, has recently launched a state-of-the-art dark fiber network in Las Vegas, Nevada. This new network will stretch over a critical 60-mile route that aims to enhance connectivity in one of the country's most rapidly expanding data center markets.

This initiative marks the third network launch by LSC in less than a year, following similar projects in Phoenix, Arizona and Tulsa, Oklahoma. The Las Vegas route will include a ring connecting four cities and multiple data centers, strategically designed to accommodate the burgeoning demand in the region. According to industry forecasts, when combined with Reno, Nevada, this connectivity expansion is set to witness a considerable increase in data center capacity.

Among its significant achievements, LSC has successfully secured partnerships with two major global hyperscalers as anchor tenants for the Las Vegas route, with expectations of onboarding additional clients in the future. This development is particularly vital as Las Vegas remains a tier 2 market that falls short in providing adequate services for advanced computing applications like Artificial Intelligence (AI) and Machine Learning (ML).

Pete Empie Sr., CSO and President of LSC, expressed the company's enthusiasm in executing this ambitious growth plan, which responds to the increasing connectivity demands in Las Vegas. He noted, "The growth of AI and high-performance computing technologies is transforming multiple industries. Companies require high-capacity, low-latency connectivity to thrive in today's competitive landscape, and we are committed to delivering those solutions through our advanced dark fiber networks."

Construction on the Las Vegas network is already underway, with design and engineering phases completed, and most permitting requirements fulfilled. LSC estimates that the construction will reach completion by the end of 2025, contributing to a compelling project list that also includes ongoing work in Phoenix and Tulsa. The Phoenix network alone will cover over 300 miles and feature 15 connectivity rings. Notably, LSC will be the pioneering network provider to establish routes into the new Edged Phoenix data center, specifically designed for ultra-efficient AI training and inference models, which is located less than 25 miles from downtown Phoenix.

In Tulsa, the company plans to enhance its existing network by adding 80 miles of new fiber to the current 50-mile stretch, all of which will be built underground to ensure maximum reliability and security. This underground approach utilizes a robust fiber count and conduit system, aimed at providing uninterrupted service and dependability.

LSC is a carrier-neutral, owner-operator entity that serves various enterprises across the United States. Their commitment to revolutionizing the digital landscape and enhancing the dark fiber infrastructure positions them at a competitive advantage in the current market. Their solutions are designed not only to cater to large hyperscalers but also to support small and medium-sized businesses, offering flexibility and cost-effective options for scaling up connectivity without compromising on performance.

By focusing on innovation and security, LSC aims to develop the next generation of dark fiber routes in strategic U.S. locations, ensuring businesses have the necessary backbone to thrive in an increasingly digital world. For more information on their offerings, one can visit lscfiber.com.

For media inquiries or further details about their services, interested parties may reach out through their website, where they emphasize their commitment to maintaining a customer-centric approach in all their communications. With growing demands for data handling and processing capabilities, LSC’s continued innovations in dark fiber networks promise to be a pivotal part of the future of network connectivity in high-demand markets.