Purpose-built compute
CPU & GPU Servers
Validated platforms for HPC, AI, and data-intensive workloads
ADS integrates CPU and GPU server platforms around your application profile — core count, memory bandwidth, accelerator density, fabric, local storage, power, and cooling — then validates the complete configuration before delivery.
Vendor-agnostic sourcing lets the architecture follow the workload rather than a single manufacturer’s catalog.
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50+
Years combined HPC expertise
100%
Focus on technical computing
1000s
Systems deployed
1
Vendor for integrated support
Compute Portfolio
CPU and GPU Platforms Tuned for the Job
From high-core-count simulation nodes to dense accelerated systems, ADS selects the platform, memory, networking, and software stack that best fits the workload.
CPU COMPUTE
High-Core-Count & Large-Memory Servers
Scalable x86 and ARM platforms for simulation, genomics, EDA, analytics, and other workloads that depend on core density and memory bandwidth.
GPU ACCELERATION
Dense AI & Accelerated Compute Servers
NVIDIA-based systems for AI training, inference, molecular dynamics, seismic workloads, and massively parallel applications.
Deployment Options
Choose the Right Form Factor
Density, power, cooling, serviceability, and deployment speed are treated as architecture inputs — not afterthoughts.
Standard Rack Servers
Flexible 1U–4U platforms for traditional data-center deployments, with hot-swap components and broad OEM choice.
Direct Liquid & Hybrid Cooling
High-density cooling options for modern GPU clusters, including direct-to-chip and hybrid designs for facilities with constrained airflow.
Integrated AI Factory PODs
Pre-integrated compute, storage, network, and cooling delivered as a validated platform to shorten time to production.
Vertical Expertise
Built for the Workload
ADS maps server architecture to the application, not simply to a benchmark.
Life Sciences & Genomics
Genome assembly, variant calling, molecular dynamics, and protein workflows with high memory and I/O demands.
AI Training & Inference
Multi-GPU systems for large models, computer vision, multimodal AI, and inference at scale.
Government & National Labs
High-performance infrastructure for research, defense, and national-lab environments.
Higher Education Research
Shared CPU and GPU clusters designed to balance performance, budget, and operational simplicity.
Computational Simulation
MPI-optimized platforms for climate, CFD, FEA, quantum chemistry, and engineering simulation.
Data Analytics & HPC Storage
Compute and data-path design that keeps processors fed across high-throughput analytics pipelines.
Why Applied Data Systems
More Than a Hardware Quote
✓
Workload-Driven Requirements
System recommendations start with application behavior, concurrency, memory, I/O, network, and growth requirements.
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Fully Integrated & Validated
Hardware and software are configured, tested, and optimized before shipment.
✓
Vendor-Agnostic Selection
ADS can select across Dell, Lenovo, Gigabyte, Supermicro, and other manufacturers to achieve the best fit.
✓
Full-Stack Balance
Compute, fabric, storage, power, and cooling are sized together to avoid expensive bottlenecks.
✓
Single Point of Support
ADS coordinates support across the delivered solution rather than pushing customers between component vendors.
✓
Long-Term Partnership
Architecture, deployment, support, and expansion are treated as a lifecycle rather than a one-time transaction.
Build the Right Compute Platform
Ready to Size Your CPU or GPU Infrastructure?
Talk with an ADS HPC specialist about your workload, facility limits, budget, and deployment schedule.
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