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High-Density Power Distribution for AI & GPU Infrastructure

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Featured Case Study

High-Density Rack PDU Deployment for AI & GPU Infrastructure

Link Power supported a UK-based high-density AI and GPU infrastructure deployment requiring stable power distribution, intelligent monitoring and a configuration capable of supporting long-term scale. The project called for a practical rack PDU solution aligned to elevated rack density, fluctuating load conditions and the need for improved operational visibility.

Project Summary

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Project Type:

AI / GPU

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InfrastructureEnvironment:

High-density compute

 

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Rack Density:

60kW+

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Solution:

Custom intelligent rack PDU

 

Location:

UK-based deployment

The Challenge

The deployment environment presented several challenges commonly associated with modern high-density AI infrastructure. Rack power demand was elevated and subject to fluctuation, increasing the need for stable distribution, improved visibility and a design that could support future growth without introducing unnecessary operational risk.

  • High and fluctuating GPU load

  • Increasing rack density

  • Need for real-time monitoring

  • Requirement for scalability

The Solution

Link Power supplied a custom high-density rack PDU solution designed to support the deployment’s power, monitoring and configuration requirements. The solution combined intelligent monitoring capability with a custom voltage and outlet configuration, helping align the power layer to the technical demands of the environment while supporting delivery within the required project timeline.

  • Custom high-density PDU

  • Intelligent monitoring

  • Custom voltage and outlet configuration

  • Scalable design

  • Delivered within timeline

The Outcome

The resulting deployment provided stable power distribution for a high-density AI environment, improved operational visibility and a power architecture better suited to future infrastructure growth. By aligning the PDU configuration to the deployment’s real technical requirements, the project reduced power-related risk while supporting a more scalable environment.

  • Stable power delivery

  • Improved monitoring visibility

  • Scalable infrastructure

  • Reduced power risk

Key Delivery Strengths

  • High-density deployment support

  • Custom rack PDU configuration

  • Monitoring integration

  • Responsive delivery support

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