Eaton EMAGLFA5A2A5A2L – 3-Phase Managed HDX Rack PDU G4

Product Overview

The Eaton EMAGLFA5A2A5A2L is a 3-phase managed HDX rack PDU built for 208V enterprise data center and colocation deployments that demand high power density. With 54 outlets and full 3-phase managed capability, this rack PDU is engineered for GPU-intensive workloads such as HPC, supercomputing, generative AI, and high-frequency trading. It is designed to deliver enterprise-quality power distribution to racks with diverse and demanding power needs.

Product Description

The EMAGLFA5A2A5A2L HDX Rack PDU G4 is built for deployment within a rack in an enterprise data center, colocation data center, or distributed IT infrastructure environment. As a 3-phase managed PDU, it provides the outlet density and phase balancing needed to support the extremely high power density demanded by GPU-intensive applications, including high-performance computing, supercomputing clusters, generative AI training and inference, and high-frequency trading platforms. With 54 total outlets, it can power a large volume of rack-mounted equipment from a single managed unit.

Because power quality and phase balance are critical in GPU-dense racks, the EMAGLFA5A2A5A2L's 3-phase, 208V design allows facilities teams to distribute load evenly across all three phases, helping avoid the circuit imbalances that can occur when a rack is powered exclusively from single-phase strips. As part of Eaton's G4 rack PDU generation, it is built to meet the diverse and demanding rack power requirements found in modern enterprise and colocation data centers supporting AI and HPC infrastructure. This makes it a strong fit for data center operators and colocation providers standardizing on managed, high-density power distribution for next-generation compute racks.

Key Features

• 3-Phase Managed Design — Balances power delivery across three phases for high-density GPU and HPC racks.
• 54 Total Outlets — Powers a large volume of rack-mounted equipment from a single unit.
• 208V Input — Matches common enterprise and colocation data center electrical infrastructure.
• HDX G4 Platform — Part of Eaton's rack PDU generation built for enterprise-quality power distribution.
• Built for GPU-Intensive Workloads — Suited for HPC, supercomputing, generative AI, and high-frequency trading racks.
• Enterprise and Colocation Ready — Designed for deployment in enterprise data centers, colocation facilities, and distributed IT infrastructure.

Typical Applications

• Enterprise data center high-density compute racks
• Colocation data center deployments
• GPU and AI/HPC infrastructure racks
• Distributed IT infrastructure environments

Technical Specifications

Frequently Asked Questions

What kind of workloads is this PDU designed for?

The EMAGLFA5A2A5A2L is built for GPU-intensive applications such as HPC, supercomputing, generative AI training and inference, and high-frequency trading, where power density and phase balance are critical.

Why does this PDU use 3-phase power instead of single-phase?

3-phase distribution allows load to be balanced across three separate phases, reducing the risk of circuit imbalance and supporting the extremely high power density required by GPU-dense racks.

Is this PDU suitable for a colocation facility?

Yes, it is designed for deployment within a rack in an enterprise data center, colocation data center, or distributed IT infrastructure environment.

Does this PDU offer network management capability?

As a managed rack PDU in Eaton's HDX G4 platform, it supports management features typical of that platform; contact Creation Networks for specific network management and monitoring details for your deployment.

What input voltage does this PDU require?

It is rated for 208V 3-phase input, common in enterprise data center and colocation electrical infrastructure.

What warranty applies to this PDU?

Eaton backs this unit with its standard manufacturer warranty; contact Creation Networks for the current term and any extended coverage options.

Can Creation Networks help plan a GPU rack power layout?

Yes, our team can help evaluate phase balancing, outlet count, and rack power density requirements for AI, HPC, or high-frequency trading deployments.