Site icon Converge Digest

Lumen Brings 400Gbps Data Center Connectivity to 16 U.S. Metro Markets

Lumen Technologies is expanding its U.S. data center and cloud connectivity with Ethernet and IP services scaling up to 400Gbps across 16 major metro markets and more than 70 third-party facilities. The upgrade targets AI acceleration and multi-cloud demand, enabling enterprises to provision bandwidth in minutes, scale capacity dynamically, and pay only for what they use. The initiative includes support for high-performance connections to major cloud on-ramps while leveraging Lumen’s nationwide fiber backbone.

The expansion brings high-speed connectivity to Northern Virginia, Atlanta, Chicago, Dallas, Los Angeles, New York, San Jose, Seattle, and other metros, with San Antonio coming online later in 2025. Services include Ethernet On-Demand, Internet On-Demand, and Ethernet variants such as E-Line, E-LAN, and E-Access. By operating its own network, Lumen offers enterprises tighter control, lower latency (under 5 ms at the edge for 97% of U.S. enterprises), and direct access to more than 2,200 third-party data centers and 163,000 on-net customer sites.

The company is also pursuing a long-term buildout, with plans to reach 47 million intercity fiber miles by 2028. These investments aim to meet surging capacity requirements from AI, data-intensive workloads, and distributed cloud applications.

“This investment isn’t just about faster data center connectivity–it’s about creating the digital foundation for an AI-first economy,” said Ashley-Haynes Gaspar, Chief Revenue Officer at Lumen.

🌐 Analysis: Lumen’s move underscores how network providers are adapting to the AI boom by boosting metro data center connectivity and enabling flexible, usage-based models. The strategy aligns with similar expansions from rivals like Zayo and AT&T, who are also pushing 400G and beyond in metro and intercity backbones. With fiber buildouts planned through 2028, Lumen is positioning itself to be a key enabler of distributed AI and multi-cloud workloads, where high-capacity, low-latency networking is a prerequisite for enterprise adoption.

Exit mobile version