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Advanced Computing Systems for Faster, More Predictable AI Deployment

Reduce integration complexity, minimize AI infrastructure design risk, and maintain the flexibility to choose the right technologies for each AI outcome.

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Advanced Computing Portfolio

Pre-Validated Compute that Accelerates Time-to-Value and Establishes Predictable Performance

Deploying and managing AI factories demand significant capital investment and operational precision. Traditional deployments often stall due to challenges with compute integration or design limitations from vendors. When infrastructure is delayed or underutilized, return on investment suffers.

The Penguin Solutions ComputeAI™ portfolio reduces that complexity and risk. With production-ready, pre-validated advanced compute systems, designed to support consistent performance, organizations can spend less time integrating hardware and more time advancing AI initiatives and generating business value.

Drawing on over 25 years of AI and HPC experience, Penguin Solutions validates compute architectures, technology selections, and configurations to provide reliable building blocks for optimized AI factories.

This depth of expertise supports full-stack AI Factory platforms designed to deliver sustained, peak performance for desired AI outcomes.

Architect for Constant Change

Enable disaggregated architectures rather than fixed configurations that scale and adapt as workloads evolve.

Avoid Vendor Lock-In

Leverage systems pre-validated across a broad, multi-vendor ecosystem of accelerators, processors, networking, and cooling.

De-Risk Your Path to Production

Bypass integration bottlenecks with configurations validated by over 25 years of AI and HPC leadership.

The Core Components of ComputeAI

Rather than requiring organizations to choose between rigid, vertically integrated systems and a potentially overwhelming array of configurations, ComputeAI provides validated technologies and configurations aligned to diverse AI workload requirements.

Each system is engineered for efficient operations and reliable performance, allowing teams to build a solid compute foundation for an AI factory environment.

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  • ComputeAI includes predefined, pre-validated node roles optimized for the AI lifecycle, spanning training, inference, storage, login, scheduler, fabric, and management. These integrated configurations help align infrastructure functions across the environment and reduce the effort required to design and validate the compute layer.

  • ComputeAI is validated across leading accelerator and processor ecosystems, including NVIDIA, AMD, and Intel, giving organizations the flexibility to select silicon options aligned to specific workload requirements within a multi-vendor ecosystem.

  • High-density AI workloads demand adaptable thermal management. ComputeAI supports both air- and liquid-cooled configurations, allowing organizations to align system designs with facility requirements, performance targets, and operational constraints.

  • ComputeAI Servers

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  • ComputeAI IEA8 B300

    ComputeAI IEA8-B300

    Penguin Solutions ComputeAI IEA8-B300 is a validated 10U air-cooled NVIDIA HGX B300 platform designed for production AI reasoning, high-concurrency inference, large-context model serving, and advanced fine-tuning workloads. The system combines dual Intel Xeon 6 processors with eight NVIDIA B300 GPUs, 2.3 TB of total GPU memory, 4 TB of host DDR5 memory, and 800 Gb/s scale-out networking to support demanding generative AI and multi-node AI deployments.

    GPU:
    8x NVIDIA B300 GPUs
    Processor:
    Intel® Xeon® 6 Processors (Granite Rapids-SP)
    Memory Capacity:

    4TB DDR5 (32 DIMMS)

    Download Datasheet
  • ComputeAI NML72-GB300

    ComputeAI NML72-GB300

    Penguin Solutions ComputeAI NML72-GB300 is a rack-scale, direct-liquid-cooled NVIDIA GB300 NVL72 system designed for neocloud, sovereign AI, large-model training, AI reasoning, and high-throughput inference services. The validated rack configuration integrates 18 compute trays with 72 NVIDIA B300 GPUs, 36 NVIDIA Grace CPUs, 9 fifth-generation NVLink switch trays, 2.3 TB-class GPU memory per 8-GPU domain scaled to more than 20 TB of total GPU memory per rack, and rack-level NVLink fabric for a single L1 domain.

    GPU:
    72x NVIDIA B300 GPUs
    Processor:
    36× NVIDIA Grace CPUs
    Memory Capacity:

    17.28TB LPDDR5X

    Download Datasheet
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    Talk to the Experts at Penguin Solutions

    Connect with the Penguin Solutions team to explore how ComputeAI can help you reduce integration complexity, lower design risk, and accelerate deployment of AI infrastructure.

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