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Hyperscale and AI Data Center Network Infrastructure

Hyperscale and AI Data Center Network Infrastructure

Your Partner for Cutting-Edge Cabling Infrastructure and Design Support

When you always have your eye on the next generation, you need a cable infrastructure partner who can support that vision. Leviton creates solutions on a global scale for some of the largest data center businesses in the world. As a vertically integrated manufacturer of cable, connectors, assemblies and enclosures, we have the capacity, agility and resources to deliver high performance cabling systems in every time zone, on demand.

Contact our data center experts for a private presentation of Leviton's AI infrastructure offering.

Leviton’s full suite of STRATA™ fiber cabling infrastructure products deliver 1.6 Terabit data rates and beyond for AI networks. We offer a wide range of pre‑terminated fiber cabling for speed of deployment and global availability, including very small form factor MMC connectivity, MPO 16-fiber connectivity, high‑fiber count trunk cabling, and more.

In addition, Leviton’s NVIDIA certified data center designers can provide rack elevations and layout optimization to support AI applications effectively for today and tomorrow.

AI Infrastructure Overview

Get an overview of the challenges when deploying AI clusters and the factors that drive the network architecture, cabling, and connectivity required in AI data centers.

Read our white paper

Greater Density with MMC Connectivity

Create densities of up to 3,456 fiber per-rack-unit using MMC very small form factor (VSFF) fiber connectors.

Learn more about MMC connectivity

Cooling Cabling and Connectivity for Fluid Immersion Cooling

Learn how Leviton solutions can support this emerging technology for cooling AI servers and high-performance computing (HPC) systems.

Explore TORRENT™ Solutions

Leviton Completes Fiber Factory Expansion

The $25 million project doubles the size of Leviton’s North Carolina facility, allowing Leviton to support growing demand for fiber optic cabling solutions.

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Customer Spotlight | Exceeds Standards

“All the Leviton equipment we evaluated exceeded our standards. It delivers outstanding performance, quality, and reliability.” 

— Network Infrastructure Director of a Major AI Hardware and Software Provider


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PRISM DCS | A Leviton Company


Providing hot aisle and cold aisle containment for some of the world largest companies   

Frequently Asked Questions

Generative AI relies on the use of GPUs to handle high-performance computing (HPC) workloads. The GPUs are typically built in clusters, which require much larger amounts of processing, data storage, and power densities than a traditional data center.

As an alternative to direct connections, structured cabling offers significant benefits in AI clusters. It reduces congestion in the overhead trays and cuts down on cabling runs — creating up to 85% fewer cables to manage. 

Also, the trunk cabling infrastructure can be pre-installed before active equipment is in place, so only the patch cords need to be installed once active equipment is installed. And structured cabling allows for smaller in-rack cables on the front side of patch panels. This helps reduce congestion and improve cable density within the rack itself.

Today, 200 Gb/s is most likely the slowest data rate in a large-scale AI cluster. In fact, 400 Gb/s and 800 Gb/s are more typical, and 1.6 Tb/s is expected to gain adoption in the near future, with 3.2 Tb/s to follow.

Connection at the 400 Gb/s data rate is dominated by traditional 12-fiber MPO connectors and LC connectors, with volume on the LC duplex FR4, and MPO-based DR4 and SR4 parallel optics. One difference is that, at this rate, multimode interfaces will drive the adoption of angled physical contact (APC) to reduce reflectance or return loss.

At the 800 Gb/s rate, 16-fiber MPO connectors will emerge as an option. With an offset key, shifted to the side, MPO-16 has its own unique connector interface while still using eight pairs of fibers for communication. Very Small Form Factor, or VSFF connectors, have also been introduced for these higher data rates. While the transceivers may keep using the MPO and LC interfaces, the MMC connector, for example, can enable higher densities at the patch panel to help facilitate the large volume of fibers that need to be managed.

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Learn more about Leviton's offering for AI and hyperscale data centers.