AI & High Performance Computing

AI and high-performance computing (HPC) demand extreme processing power, vast memory bandwidth, and specialized acceleration for handling massive datasets, training deep learning models, and executing complex scientific simulations. Whether working on data science, generative AI, large language models (LLMs), machine learning, or AI development, professionals need a Workstation PC built for speed, efficiency, and scalability. Our high-performance systems feature multi-core Intel Xeon and AMD Threadripper CPUs, NVIDIA RTX and A-series GPUs for accelerated tensor operations, and high-speed NVMe storage for rapid data access—ensuring seamless AI workflows from model training to real-time inference.

 

Each AI and HPC application thrives on optimized hardware for peak efficiency. Generative AI and LLMs require immense GPU power and VRAM for processing billions of parameters, while machine learning benefits from parallel computing with CUDA cores and Tensor cores for accelerated training. Scientific computing and data science demand large-scale RAM and fast CPUs to handle simulations, data modeling, and real-time analytics. Workstation PC builds cutting-edge machines that empower researchers, AI developers, and data scientists to push computational limits, reduce processing times, and drive innovation with uncompromising performance.

Data Science

We build high-performance Data Science workstations designed for seamless data processing, machine learning, and AI-driven analytics. With high-core-count CPUs, massive RAM capacity, ultra-fast NVMe storage, and powerful RTX GPUs, our systems accelerate ETL pipelines, model training, and deep learning workflows. Whether you're handling big data analysis, AI research, or predictive modeling, our Data Science-optimized workstations deliver the power, efficiency, and reliability professionals demand.
Data Science Threadripper Workstation
Data Science Threadripper Workstation
Data Science Threadripper Workstation
Data Science Threadripper Workstation

Data Science Threadripper Workstation

14.65 x 7.28 x 11.5 in

Starting at:

$15,579.00
Title

Designed for heavily threaded data analysis workloads, this workstation is powered by AMD’s Threadripper PRO processors, offering up to 64 cores and an 8-channel memory controller for maximum performance. Built to handle complex computations, large datasets, and high-bandwidth processing, it’s an ideal choice for data science professionals.

 

Housed in a spacious tower chassis, this system provides ample room for expansion, including multiple storage and PCI-Express configurations. While its high core count and memory bandwidth make it perfect for CPU-intensive tasks, power constraints limit the system to a maximum of three high-wattage GPUs. Whether you're working with large-scale simulations or deep learning models, this workstation delivers the processing power you need.
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Data Science Xeon Workstation
Data Science Xeon Workstation
Data Science Xeon Workstation
Data Science Xeon Workstation

Data Science Xeon Workstation

14.65 x 7.28 x 11.5 in

Starting at:

$13,889.00
Title

Engineered for demanding data science workloads, this workstation is powered by Intel’s Xeon W processors, delivering exceptional performance for memory-bound tasks and vector-optimized computations. With AVX512 support and eight fast DDR5 memory channels, it’s built to handle large datasets and complex processing with ease.

 

Featuring an Intel Xeon W-3500 processor, this system offers up to 60 cores in a spacious tower chassis, providing plenty of room for expansion. Whether you need high memory bandwidth or scalable processing power, this workstation is designed to accelerate data science workflows efficiently.
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Generative AI

Our high-performance generative AI workstations are designed for software like Stable Diffusion, powered by cutting-edge NVIDIA GeForce and RTX graphics cards. These systems are also well-suited for running smaller language models with efficiency and speed. In addition, we offer specialized configurations optimized for generative AI, large language model (LLM) development, and machine learning, as well as powerful server solutions for hosting and training large-scale models. Whether you're creating AI-generated art or training complex neural networks, our workstations deliver the performance you need to push innovation forward.
Generative AI Single GPU Workstation
Generative AI Single GPU Workstation
Generative AI Single GPU Workstation
Generative AI Single GPU Workstation
Generative AI Single GPU Workstation
Generative AI Single GPU Workstation
Generative AI Single GPU Workstation
Generative AI Single GPU Workstation
Generative AI Single GPU Workstation

Generative AI Single GPU Workstation

14.65 x 7.28 x 11.5 in

Starting at:

$4,929.00
Title

Designed for running generative vision models like Stable Diffusion, this desktop workstation is optimized for AI-driven still art, video, and audio creation. Whether you're working in Windows or Linux, this mid-tower system provides a powerful entry point for local AI workflows.

 

Tested in our lab with Stable Diffusion, it features high-performance GeForce and RTX GPU options that integrate seamlessly with tools like Automatic 1111, ComfyUI, and SHARK. For those using Automatic 1111, we highly recommend installing the TensorRT extension to maximize performance.
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Generative AI Rackmount Server

Generative AI Rackmount Server

14.65 x 7.28 x 11.5 in

Starting at:

$27,299.00
Title

Built for high-performance AI workloads, this 5U rackmount workstation supports up to two GeForce RTX 5090 or four RTX 6000 Ada GPUs, allowing multiple generative AI tools to run simultaneously. Ideal for teams, it enables network-based access to AI models like Stable Diffusion without requiring individual workstations for each user.

 

Due to its powerful components, this system has specialized power requirements—either two separate 15-amp circuits or a single dedicated 20-amp circuit. Additionally, its high-performance cooling fans run VERY loud, making it best suited for a dedicated server room or other noise-tolerant environments.
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AI & HPC Large Language Models

Our rackmount AI servers are engineered for high-performance LLM training and inference, offering massive GPU memory capacities to handle the most demanding AI workloads. Built with multi-GPU configurations, powerful CPUs, and high-speed NVMe storage, these systems accelerate natural language processing, deep learning, and real-time AI applications. Whether you're fine-tuning models, running large-scale inference, or pushing AI research forward, our LLM-optimized servers deliver unmatched power, efficiency, and scalability.
Large Language Model Quad GPU Server
Large Language Model Quad GPU Server
Large Language Model Quad GPU Server
Large Language Model Quad GPU Server
Large Language Model Quad GPU Server
Large Language Model Quad GPU Server
Large Language Model Quad GPU Server
Large Language Model Quad GPU Server
Large Language Model Quad GPU Server

Large Language Model Quad GPU Server

14.65 x 7.28 x 11.5 in

Starting at:

$39,099.00
Title

Designed for AI researchers and data scientists, this compact 2U rackmount server supports up to four NVIDIA GPUs, making it ideal for fine-tuning and inference with large language models. With support for NVIDIA RTX Ada and L40S graphics cards, it delivers the power needed for demanding AI workloads.

 

Featuring up to 192GB of combined VRAM, this system is optimized for 70B parameter FP16 inference and fine-tuning smaller models. It requires two power connections on separate circuits, with 240V power necessary for PSU redundancy, ensuring stability and reliability for intensive AI processing.
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Large Language Model 8 GPU Server
Large Language Model 8 GPU Server
Large Language Model 8 GPU Server
Large Language Model 8 GPU Server
Large Language Model 8 GPU Server

Large Language Model 8 GPU Server

14.65 x 7.28 x 11.5 in

Starting at:

$59,629.00
Title

Built for large-scale AI workloads, this powerful 4U rackmount server supports up to eight NVIDIA GPUs, making it ideal for training, fine-tuning, and inference with advanced large language models. Designed for high-performance computing, it supports NVIDIA RTX Ada, L40S, and H200 NVL graphics cards to handle the most demanding AI tasks.

 

With up to 1.5TB of combined VRAM, this system is optimized for 150B parameter FP16 inference and fine-tuning smaller models. It requires four 200-240V power connections on separate circuits, ensuring the stability and redundancy needed for continuous AI model development and deployment.
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Machine Learning / AI

Our AI-optimized workstations are built for high-performance model training and inference, featuring single-CPU, multi-GPU configurations with NVIDIA acceleration. Whether you're fine-tuning models in PyTorch, Hugging Face, LlamaIndex, or LangChain, our systems provide the power and efficiency needed for cutting-edge AI development. With high-core-count processors, massive VRAM, and ultra-fast NVMe storage, our AI workstations accelerate deep learning workflows, reducing training time and maximizing productivity.
Machine Learning AI Single GPU Workstation
Machine Learning AI Single GPU Workstation
Machine Learning AI Single GPU Workstation
Machine Learning AI Single GPU Workstation
Machine Learning AI Single GPU Workstation
Machine Learning AI Single GPU Workstation
Machine Learning AI Single GPU Workstation
Machine Learning AI Single GPU Workstation
Machine Learning AI Single GPU Workstation

Machine Learning AI Single GPU Workstation

14.65 x 7.28 x 11.5 in

Starting at:

$5,339.00
Title

Optimized for generative vision models like Stable Diffusion and Linux-based AI development, this mid-tower workstation is a powerful entry point into machine learning. Designed for efficiency and flexibility, it provides a strong foundation for AI research, model training, and inference.

 

Tested in our lab for Stable Diffusion, this system supports a range of NVIDIA GPUs from both the GeForce and professional RTX series, ensuring excellent performance for AI workflows. If you’re using Automatic 1111, we highly recommend installing the TensorRT extension to maximize speed and efficiency.
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Machine Learning AI Multi GPU Workstation
Machine Learning AI Multi GPU Workstation
Machine Learning AI Multi GPU Workstation
Machine Learning AI Multi GPU Workstation

Machine Learning AI Multi GPU Workstation

14.65 x 7.28 x 11.5 in

Starting at:

$16,329.00
Title

Designed for high-performance machine learning and AI development, this tower workstation is built to handle GPU-accelerated workloads with maximum efficiency. Optimized for deep learning frameworks like TensorFlow and PyTorch, it delivers the power needed for advanced research, training, and scientific computing applications.

 

Featuring a premium-quality motherboard with four full x16 PCIe 4.0 slots, this system supports multiple high-end GPUs for parallel processing. Housed in an expertly engineered chassis with superior cooling and quiet operation, it ensures stability and reliability for intensive AI workflows.
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AI Training & Interference Quad GPU Rackmount 5U Workstation

AI Training & Interference Quad GPU Rackmount 5U Workstation

14.65 x 7.28 x 11.5 in

Starting at:

$39,299.00
Title

This versatile 5U rackmount server doubles as a high-performance tower workstation for AI training, fine-tuning, and inference with large language models. Engineered for flexibility, it supports up to four NVIDIA RTX 6000 Ada GPUs, delivering a total of 192GB of VRAM for demanding machine learning workloads.

 

Tested with models like Llama-2-70b-chat-hf and Falcon-40b, this system is optimized for deep learning frameworks and large-scale AI processing. Designed for easy deployment, it runs on standard 120V power, requiring either a single 20-amp or two 15-amp circuits for reliable operation.
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Scientific Computing

Our Scientific Computing workstations are engineered for high-performance numerical analysis, complex simulations, and data-intensive research. With powerful multi-core CPUs, GPU acceleration, and ultra-fast memory bandwidth, these systems are optimized for computational physics, engineering simulations, AI-driven analytics, and big data processing. Whether you're working with finite element analysis, molecular dynamics, or large-scale data modeling, our custom-built workstations provide the power, precision, and reliability scientists need.
Scientific Computing Xeon Workstation
Scientific Computing Xeon Workstation
Scientific Computing Xeon Workstation
Scientific Computing Xeon Workstation

Scientific Computing Xeon Workstation

14.65 x 7.28 x 11.5 in

Starting at:

$15,099.00
Title

Built for high-performance scientific computing, this workstation leverages Intel’s Xeon W processors for exceptional CPU compute power, especially for AVX512-optimized workloads. With strong multi-GPU support and excellent Linux compatibility, it’s an ideal choice for research, simulations, and data analysis.

 

Housed in a spacious tower chassis with an EEB-size motherboard, this system provides ample expansion room for additional GPUs, storage, and high-speed networking. Whether you're running complex simulations or AI-driven computations, this workstation delivers the processing power and scalability needed for demanding scientific applications.
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Scientific Computing Threadripper Pro Workstation
Scientific Computing Threadripper Pro Workstation
Scientific Computing Threadripper Pro Workstation
Scientific Computing Threadripper Pro Workstation

Scientific Computing Threadripper Pro Workstation

14.65 x 7.28 x 11.5 in

Starting at:

$15,569.00
Title

Engineered for heavily threaded computational workloads, this workstation is powered by AMD’s Threadripper PRO processors, delivering extreme core counts, eight high-speed memory channels, and abundant PCI-Express lanes. Optimized for high-performance computing, it excels in simulations, data analysis, and scientific research applications.

 

Housed in a spacious tower chassis, this system offers plenty of expansion room for additional storage and PCIe devices. Due to the high power demands of Threadripper PRO, the system is limited to a maximum of three high-wattage GPUs, making it an ideal solution for CPU-centric workloads that require massive processing power and memory bandwidth.
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Scientific Computing Dual AMD EPYC Workstation
Scientific Computing Dual AMD EPYC Workstation
Scientific Computing Dual AMD EPYC Workstation
Scientific Computing Dual AMD EPYC Workstation

Scientific Computing Dual AMD EPYC Workstation

14.65 x 7.28 x 11.5 in

Starting at:

$31,349.00
Title

Designed for maximum CPU performance and memory bandwidth, this workstation pairs two AMD EPYC processors, making it an ideal solution for memory-bound scientific computing workloads. With 24 combined memory channels and support for up to 2.25TB of RAM, it delivers exceptional performance for simulations, solvers, and large-scale data processing.

 

This platform also offers extensive PCI-Express lanes, though the dual-CPU configuration limits the number of available expansion slots for GPUs and other devices. Built for researchers and engineers handling complex computational tasks, this system provides the raw processing power and scalability needed for cutting-edge scientific applications.
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AI & HIGH-PERFORMANCE COMPUTING WORKSTATIONS

Build an AI workstation or high-performance computing workstation engineered for demanding workloads in data science, generative AI, large language models, machine learning, deep learning, and scientific computing. XOTIC PC professional workstations combine high-performance CPUs, powerful GPU configurations, high-capacity memory, and fast NVMe storage to provide the computational resources researchers, developers, engineers, and AI professionals need for modern compute-intensive workflows.

 

Whether you are developing machine learning models, experimenting with local generative AI, processing massive datasets, running scientific simulations, or deploying large language models, your hardware can have a major impact on development speed and overall productivity.

 

XOTIC PC offers customizable AI and HPC workstations that can be configured around your applications and workloads, from powerful single-GPU systems to advanced multi-GPU platforms built for accelerated computing.

 

DATA SCIENCE WORKSTATIONS

A high-performance data science workstation can provide the processor, memory, storage, and GPU resources required to analyze complex datasets without relying entirely on remote computing infrastructure.

 

Configure your workstation for demanding data preparation, visualization, statistical analysis, model development, and GPU-accelerated computing workflows. High-core-count processors can support parallel workloads and multitasking, while expanded system memory helps accommodate large datasets and memory-intensive applications.

 

Fast NVMe SSD storage can improve access to datasets, project files, development environments, and frequently used applications, helping create a responsive platform for data scientists, analysts, researchers, and developers.

 

GENERATIVE AI WORKSTATIONS

Run modern generative AI workloads locally with a purpose-built generative AI workstation configured for GPU-accelerated computing.

 

Generative AI applications can place significant demands on GPU performance and available graphics memory, especially when working with larger models, higher-resolution image generation, AI video workflows, model fine-tuning, or multiple models and applications simultaneously.

 

XOTIC PC systems can be configured with powerful NVIDIA GPU options, expanded memory, and high-speed storage for workflows involving image generation, diffusion models, AI-assisted content creation, inference, training, and experimentation.

 

A dedicated AI workstation also gives developers and creators greater control over their local computing environment, models, datasets, and development tools.

 

LARGE LANGUAGE MODEL & LLM WORKSTATIONS

Build an LLM workstation for experimenting with, developing, fine-tuning, and running supported large language models locally.

 

Large language model workloads can require significant GPU compute, VRAM, system memory, and storage depending on model size, precision, context length, quantization, and the type of work being performed. Configurable single-GPU and multi-GPU workstation platforms allow you to select hardware based on the scale and complexity of your AI projects.

 

For developers, researchers, businesses, and AI teams, a dedicated large language model workstation can provide a powerful environment for local inference, retrieval-augmented generation workflows, model evaluation, fine-tuning, AI application development, and experimentation.

 

Higher-capacity GPU and memory configurations can also provide greater flexibility as models and project requirements grow.

 

MACHINE LEARNING & AI WORKSTATIONS

Accelerate model development with a machine learning workstation designed around modern CPU and GPU computing.

 

Machine learning and deep learning workflows often involve repeated cycles of data preparation, experimentation, training, validation, and inference. A properly configured AI workstation can help reduce processing time while providing the flexibility to work with popular development environments, frameworks, and GPU-accelerated applications.

 

Configure your system with the GPU performance, graphics memory, CPU core count, system memory, and storage capacity required for your specific machine learning workload.

 

From computer vision and natural language processing to predictive analytics and deep learning research, XOTIC PC workstations provide scalable hardware options for professional AI development.

 

SCIENTIFIC COMPUTING & HPC WORKSTATIONS

For computationally intensive research, engineering, modeling, and simulation workloads, an HPC workstation provides powerful local computing resources in a professional desktop platform.

 

High-performance computing applications can benefit from high-core-count CPUs, GPU acceleration, large memory capacities, high-speed storage, and advanced multi-GPU configurations. These systems can support workloads involving numerical analysis, computational research, simulation, visualization, engineering calculations, and other forms of scientific computing.

 

XOTIC PC scientific computing workstations can be configured to balance CPU and GPU performance based on your software, datasets, models, and computational requirements.

 

Whether your workload relies primarily on processor performance, GPU acceleration, large amounts of system memory, or a combination of all three, your workstation can be tailored to the task.

 

BUILD A CUSTOM AI & HPC WORKSTATION

No two AI or scientific computing workloads are identical. XOTIC PC gives you the flexibility to configure a professional workstation around the hardware requirements of your applications rather than settling for a fixed configuration.

 

Choose from high-performance processors, professional and compute-focused GPUs, large memory configurations, high-speed NVMe storage, advanced cooling, and multi-GPU workstation platforms for demanding professional workloads.

 

Every XOTIC PC workstation is professionally assembled, tested, and validated by our team in Lincoln, Nebraska.

 

Explore our AI and high-performance computing workstations for data science, generative AI, large language models, machine learning, deep learning, and scientific computing, then configure a system built around the way you work.