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Penguin Solutions

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Penguin Solutions designs, builds, and manages end-to-end AI data-center infrastructure.

Overview

Penguin Solutions is an AI factory platform company that designs, builds, and manages next-generation data centers to serve enterprises, sovereign AI initiatives, and neo-cloud providers. The company combines deep expertise in data-center AI infrastructure with memory-centric capabilities and end-to-end services, delivering a full-stack platform that integrates infrastructure software, memory, computing systems, and partner technologies to help customers accelerate deployment, optimize economics, and maximize AI investment returns.

Mission statement

To accelerate AI deployment by delivering a full-stack data-center platform with integrated memory and AI infrastructure that enables enterprises and sovereign AI initiatives to deploy, operate, and scale AI at high reliability and growing ROI.

What we offer

OriginAI Infrastructure Solution

Streamline AI infrastructure deployment and optimize performance with OriginAI.

www.penguinsolutions.com/en-us/products/originai-infrastructure-solution

ClusterWareAI AI Factory Platform

Accelerates AI infrastructure deployment with a comprehensive platform.

www.penguinsolutions.com/en-us/products/clusterwareai-ai-factory-platform-operating-system-software

NVIDIA AI Enterprise Software

Empowers enterprises to deploy and manage AI workloads efficiently in data centers.

www.penguinsolutions.com/en-us/products/nvidia-ai-enterprise

ComputeAI Systems

Enable AI workloads with optimized compute power and scalable infrastructure.

www.penguinsolutions.com/en-us/products/computeai-ai-computing-infrastructure

MemoryAI KV Cache Server

Accelerate in-memory data workloads with optimized performance.

www.penguinsolutions.com/en-us/products/cxl-memory-expansion-servers

Altus AMD EPYC Servers

Deliver scalable performance for AI and HPC workloads.

www.penguinsolutions.com/en-us/products/altus-amd-servers

Relion Intel Xeon Servers

Deliver high-performance AI computation with reliable infrastructure.

www.penguinsolutions.com/en-us/products/relion-intel-servers

GPU Accelerated Servers

Enhanced performance for AI workloads with GPU optimization.

www.penguinsolutions.com/en-us/products/gpu-accelerated-servers

Dell AI Optimized Hardware

Enhance AI deployments with optimized, scalable hardware for superior performance.

www.penguinsolutions.com/en-us/products/dell-ai-infrastructure

NVIDIA DGX Systems

Optimized for AI workloads, delivering unprecedented compute power and scalability.

www.penguinsolutions.com/en-us/products/nvidia-dgx-systems

Stratus ztC Endurance

Provides unmatched availability for critical applications.

www.penguinsolutions.com/en-us/products/stratus-ztc-endurance

MemoryAI KV Cache Server

Accelerate in-memory data workloads with optimized performance.

www.penguinsolutions.com/en-us/products/cxl-memory-expansion-servers

GPU Accelerated Servers

Enhanced performance for AI workloads with GPU optimization.

www.penguinsolutions.com/en-us/products/gpu-accelerated-servers

Market segments

Market size by segment

Growth potential (CAGR)

AI infrastructure orchestration

11.02 Billion USD22.3% CAGR

Infrastructure-aware workload scheduling and cost-optimized execution across cloud, hybrid, and on-premises environments to run AI workloads efficiently and reduce compute costs.

AI compute infrastructure

12 Billion USD25% CAGR

Rack-scale CPU and integrated-memory compute systems designed for large-scale AI training and inference with scalable architectures and energy-optimized designs for data centers.

GPU-accelerated compute

119.97 Billion USD13.7% CAGR

GPU-centric systems and appliances optimized for accelerated model training and inference, offering high-density GPU configurations, thermal and power optimizations, and support for large datasets.

Low-latency operational database and caching

19.9 Billion USD13.7% CAGR

In-memory data stores that provide sub-millisecond reads/writes, session stores, and high-throughput caching for performance-sensitive applications.

Edge compute and high-availability infrastructure

100 Billion USD20% CAGR

Edge and fault-tolerant compute platforms engineered for continuous operations and ultra-high availability in distributed or mission-critical environments.

More information about our offering

OriginAI Infrastructure Solution

OriginAI Infrastructure Solution is a software platform that provides robust AI infrastructure deployment and operations, integrating enterprise AI models, frameworks, and application blueprints.

  • Accelerate Deployment
    Quickly deploy and manage AI infrastructure with a scalable platform designed to minimize time-to-value.
  • Enhance Workloads
    Support a variety of AI workloads with integrated enterprise models and frameworks optimized for performance.
  • Maximize Uptime
    Deliver critical applications without any unplanned downtime, ensuring continuous operation and reliability.
  • Speed Production Use Cases
    Utilize pre-built application blueprints to reduce development time and accelerate AI initiatives.

ClusterWareAI AI Factory Platform

ClusterWareAI AI Factory Platform is an AI factory platform and operating system software designed for robust AI infrastructure deployment. It integrates various technologies to serve enterprises and optimize performance.

  • Maximizes Resource Efficiency
    ClusterWareAI optimizes hardware and software resource usage, enhancing the performance of applications running on the platform and ensuring your AI projects thrive efficiently.
  • Enhances Data Processing Speed
    By providing integrated memory solutions, the platform significantly boosts data access speeds, crucial for high-performance AI analytics and machine learning.
  • Guarantees Continuous Uptime
    With built-in fault tolerance, ClusterWareAI minimizes downtime, allowing businesses to effectively run critical applications without interruptions.
  • Streamlines Implementation Process
    The platform's end-to-end services reduce onboarding time and complexity, allowing organizations to quickly realize the benefits of their AI investments.

NVIDIA AI Enterprise Software

NVIDIA AI Enterprise Software provides enterprise-grade AI software for deployment and management in data centers, enabling organizations to fully leverage and optimize their AI initiatives.

  • Enables Efficient AI Workload Management
    Delivers a robust framework for organizations to manage and deploy AI workloads efficiently, supporting various AI-driven tasks in a secure and scalable environment.
  • Streamlines AI Deployment Processes
    Facilitates seamless integration and management of AI workloads, ensuring high levels of productivity and operational efficiency in enterprise contexts.
  • Provides Continuous Service
    Guarantees that enterprise AI applications remain operational and responsive, minimizing downtime and enhancing overall reliability.
  • Adapts to Increasing Workload Requirements
    Allows organizations to scale their AI capabilities seamlessly based on evolving business demands, ensuring optimal resource utilization.

ComputeAI Systems

ComputeAI Systems are AI-optimized compute servers designed to support large-scale training, inference, and workloads, with deployment and future growth in mind.

  • Facilitates Rapid Expansion
    The architecture allows for modular growth that fits evolving business needs.
  • Enhances AI Model Development
    Facilitates the processing of vast datasets, speeding up training times for complex AI models.
  • Optimizes Real-Time Processing
    Delivers quick responses to real-time AI tasks, allowing businesses to leverage AI capabilities effectively.
  • Accelerates Data Processing
    Provides advanced memory capabilities that enhance data handling efficiency and effectiveness within AI workloads.

MemoryAI KV Cache Server

MemoryAI KV Cache Server is a memory-centric KV cache server designed to accelerate in-memory data workloads. It leverages advanced caching technologies to enhance the performance and efficiency of data-intensive applications while ensuring low latency and high throughput for various enterprise applications.

  • Enhances Throughput And Reduces Latency
    Delivers exceptional performance for data-intensive applications, ensuring quick access and improved responsiveness.
  • Speeds Up Data Retrieval And Processing
    Facilitates quick data access for applications requiring real-time performance, improving overall operational efficiency.

Altus AMD EPYC Servers

Altus AMD EPYC Servers are AI/HPC compute servers powered by AMD EPYC processors, designed specifically for demanding AI workloads and providing exceptional performance in data-centric applications.

  • Enhance Processing Power
    Utilizing AMD EPYC processors, these servers deliver powerful performance, optimizing resource utilization for both AI training and inference tasks.
  • Reduce Power Expenses
    These servers run optimally while consuming less power, aiding organizations in lowering their energy bills while being environmentally responsible.
  • Adapt Systems As Required
    This feature allows users to scale their systems efficiently based on workload demands, ensuring optimal performance and cost-efficiency.

Relion Intel Xeon Servers

Relion Intel Xeon Servers are AI/HPC compute servers built on Intel Xeon processors, specifically designed to handle demanding AI workloads with high performance and reliability.

  • Maximize AI Performance
    Designed specifically for AI and high-performance computing (HPC) tasks, these servers significantly boost processing speed and efficiency, enabling businesses to extract insights faster and more effectively.
  • Ensure Continuous Operations
    With fault tolerance and robust design, Relion Intel Xeon Servers enable businesses to maintain critical operations without interruption, crucial for AI deployments that require consistent performance.
  • Easily Scale with Business Needs
    Organizations can expand their computational capabilities without re-architecting their infrastructure, ensuring that the investment pays off long term.
  • Streamline AI Implementation
    Relion Servers simplify the deployment of AI projects by offering a cohesive ecosystem that supports every aspect of AI infrastructure.

GPU Accelerated Servers

GPU Accelerated Servers are AI compute platforms that leverage GPUs for accelerated AI workloads.

  • Enhance AI Workload Performance
    By optimizing for AI tasks, GPU Accelerated Servers enable faster processing and improved efficiency, reducing time to deploy AI solutions.
  • Scale With Workload Requirements
    Users can adjust configurations effectively to manage fluctuating workloads without compromising performance.
  • Handle Extensive Data Efficiently
    Supports large-scale data analytics without delays, crucial for AI workloads requiring immediate insights.
  • Reduce Energy Costs
    Energy-efficient architecture leads to lower operational costs while maximizing performance output in AI data processing.

Dell AI Optimized Hardware

Dell AI Optimized Hardware provides AI-optimized hardware for AI deployments built on Dell technologies. This platform enables support for large-scale AI workloads, ensuring efficient performance, scalability, and integration with existing systems, thus streamlining the deployment of AI applications across various sectors.

  • Optimize AI Workloads
    Dell AI Optimized Hardware is designed specifically to manage extensive AI workloads, allowing organizations to leverage advanced AI capabilities with greater efficiency.
  • Scale With Ease
    The scalability features enable businesses to adjust and expand their infrastructure as their AI needs grow, ensuring long-term investment value.
  • Seamlessly Integrate
    The hardware integrates smoothly with existing IT ecosystems, minimizing downtime and maximizing efficiency during deployments.
  • Maximize Performance
    Enhancements in cooling and power management technologies ensure the hardware operates at peak performance while reducing operational costs.

NVIDIA DGX Systems

NVIDIA DGX Systems are AI training and inference hardware platforms designed for scalable AI compute.

  • Maximizes AI Training Efficiency
    Provides powerful GPU acceleration tailored for AI model training, resulting in faster processing times and improved output for data-intensive tasks.
  • Supports Multiple Deployments
    Allows integration across various systems, ensuring resources can be allocated effectively as project requirements evolve.
  • Integrates Software and Hardware
    Offers seamless compatibility between hardware and software for AI applications, streamlining deployment and enhancing the user experience.

Stratus ztC Endurance

Stratus ztC Endurance is designed to deliver 99.99999% availability, enabling operational continuity without downtime, and is ideal for critical applications across multiple industries. With edge and data center solutions, it empowers businesses needing high levels of reliability and performance.

  • Ensures Continuous Operation
    With its resilient design, Stratus ztC Endurance mitigates service interruptions and data loss, empowering organizations to maintain full operational capabilities.
  • Adapts to Various Environments
    This product can thrive in both centralized and decentralized infrastructures, providing versatile deployment options tailored to different business landscapes.
  • Simplifies IT Oversight
    By minimizing management overhead, organizations can focus on core business functions while ensuring their infrastructure runs smoothly.

MemoryAI KV Cache Server

MemoryAI KV Cache Server is a memory-centric KV cache server designed to accelerate in-memory data workloads. It leverages advanced caching technologies to enhance the performance and efficiency of data-intensive applications while ensuring low latency and high throughput for various enterprise applications.

  • Enhances Throughput And Reduces Latency
    Delivers exceptional performance for data-intensive applications, ensuring quick access and improved responsiveness.
  • Speeds Up Data Retrieval And Processing
    Facilitates quick data access for applications requiring real-time performance, improving overall operational efficiency.

GPU Accelerated Servers

GPU Accelerated Servers are AI compute platforms that leverage GPUs for accelerated AI workloads.

  • Enhance AI Workload Performance
    By optimizing for AI tasks, GPU Accelerated Servers enable faster processing and improved efficiency, reducing time to deploy AI solutions.
  • Scale With Workload Requirements
    Users can adjust configurations effectively to manage fluctuating workloads without compromising performance.
  • Handle Extensive Data Efficiently
    Supports large-scale data analytics without delays, crucial for AI workloads requiring immediate insights.
  • Reduce Energy Costs
    Energy-efficient architecture leads to lower operational costs while maximizing performance output in AI data processing.

References

Methodology and sourcing behind the market figures shown above.

AI infrastructure orchestration

Estimated current market size based on published AI orchestration market reports: MarketsandMarkets and Precedence Research both report ~USD 11B market size in 2025 and project strong growth (~22% CAGR) through 2030–2035. I adopt the 2025 figure (~USD 11.02B) and the reported ~22% CAGR as representative for the AI infrastructure orchestration segment.

AI compute infrastructure

Estimates use published AI infrastructure market figures (widely reported $72B–$136B range in mid-2020s and multi-hundred-billion projections to 2030) and assume compute is a major share of that market. Rack-scale CPU, integrated-memory systems are a niche within the compute segment (GPUs dominate compute), so I estimated ~10–15% of total AI infrastructure in the mid-2020s—resulting in ~12B. Growth potential (CAGR ~25%) is aligned with higher-end compute and server segments which are forecast to grow faster than baseline AI infrastructure (many sources report ~19–26% CAGR for AI infrastructure overall, with accelerated-server/server segments growing faster).

GPU-accelerated compute

Primary estimate uses MarketsandMarkets’ Data Center GPU market sizing (USD 119.97B in 2025) and its 13.7% CAGR (2025–2030) for GPU‑centric systems/appliances. Other cited reports show a range of current sizes and higher CAGRs (Persistence Market Research, GMI Insights, TrendX) indicating upside potential (mid‑teens to ~30% CAGR) depending on scope (pure GPUs vs. accelerated‑computing platforms vs. systems+services). I adopt MarketsandMarkets as the primary baseline and its CAGR as a conservative, source‑explicit growth estimate for GPU‑accelerated compute systems.

Low-latency operational database and caching

Estimate derived by combining 2024 market values reported separately for in-memory databases (~$10.56B) and data caching (~$9.35B) to represent the low‑latency operational DB + caching segment, then using the midpoint of reported CAGRs (16.19% and 11.2%) as a blended growth potential (~13.7%). Adjusted for overlap implicitly by presenting a consolidated figure (sum of reported market sizes) as a 2024 snapshot for the combined segment.

Edge compute and high-availability infrastructure

Triangulated public market reports for edge computing (94–111B in 2025–2026) and adjacent infrastructure segments (high‑availability servers ~18.7B in 2024; edge data centers ~$10.4B in 2023). To avoid double-counting platform/software revenue included in broad ‘edge’ figures, I conservatively estimate the combined infrastructure addressable market for edge compute + high‑availability infrastructure at about $100B (near the 2025 mid-point of cited edge market estimates). Growth potential reflects higher edge-market forecasts (MarketsandMarkets 23.3% and edge‑data center ~19.9%) tempered by lower HA‑server forecasts (≈7%), yielding an indicative infrastructure CAGR ~20% driven by 5G, IoT, industrial automation, and mission‑critical availability demands.

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