Description
Request a Build for more CustomizationsText us Now
Quantum Simulation Server – Dual EPYC 9965 Enterprise Quantum Research Platform
The Ultimate Quantum Computing Research Infrastructure
The Custom Lux Quantum Simulation Server represents the highest tier of classical computing infrastructure available for advanced quantum computing research. Designed for universities, national laboratories, government agencies, defense contractors, Fortune 500 research divisions, quantum software companies, and scientific computing organizations, this platform delivers extraordinary computational resources for quantum simulation, quantum chemistry, tensor network analysis, and next-generation optimization research.
Built around dual AMD EPYC 9965 processors, 2TB of ECC DDR5 memory, and NVIDIA RTX Pro 6000 Blackwell graphics with 96GB of VRAM, this system is engineered to tackle some of the largest quantum simulation workloads that can realistically be performed on a single server.
For organizations pushing the boundaries of quantum science, this Quantum Simulation Server provides the performance, reliability, and scalability required for world-class research.
Massive Compute Power for Quantum Computing Simulation
At the heart of this system are two AMD EPYC 9965 processors delivering an extraordinary 384 CPU cores and 768 processing threads. This immense level of parallelism enables researchers to accelerate quantum simulation workloads that require significant computational resources and memory bandwidth.
Many quantum computing frameworks rely heavily on parallelized CPU computation for:
- State-vector simulation
- Tensor network contraction
- Quantum chemistry calculations
- Quantum optimization algorithms
- Quantum machine learning workflows
- Noise modeling and error correction studies
The combination of dual EPYC processors and 2TB of memory creates an ideal foundation for large-scale simulation environments that exceed the capabilities of traditional workstations.
This Quantum Simulation Server is designed for organizations that require sustained computational performance without relying entirely on external cloud infrastructure.
Simulate Larger Quantum Systems
Memory capacity is one of the most important factors in quantum simulation because the resources required to represent quantum states increase exponentially as qubit counts grow.
With 2TB of ECC DDR5 memory, this platform significantly expands simulation capabilities beyond standard research workstations.
Typical state-vector simulation ranges include:
- 35–37 qubits for high-performance simulation
- 37–39 qubits for optimized workloads
- Specialized simulations that can exceed these ranges depending on circuit structure and software optimization
While exact simulation limits vary by framework, circuit depth, precision, and simulation method, this server provides one of the most capable environments available for classical quantum simulation.
Researchers utilizing tensor network techniques, sparse simulation methods, quantum chemistry solvers, and distributed computing approaches may analyze substantially larger logical quantum systems beyond these traditional state-vector boundaries.
The Quantum Simulation Server provides the memory capacity and computational throughput necessary to support cutting-edge quantum computing research.
Advanced Quantum Chemistry and Molecular Modeling
One of the most demanding applications in quantum computing research is quantum chemistry simulation. Researchers use quantum-inspired computational methods to investigate molecular structures and chemical interactions that are difficult to model using traditional approaches.
This system is ideal for:
- Drug discovery research
- Molecular orbital simulation
- Electronic structure calculations
- Catalyst design
- Battery material research
- Semiconductor development
- Protein interaction studies
- Advanced materials science
These applications often require enormous memory capacity and sustained processor performance, making the dual EPYC architecture particularly valuable for scientific research organizations.
Optimization Research and Quantum Algorithms
Quantum-inspired optimization remains one of the fastest-growing fields within quantum computing research.
Researchers can leverage this Quantum Simulation Server to explore:
- Quantum Approximate Optimization Algorithm (QAOA)
- Variational Quantum Eigensolver (VQE)
- Quantum annealing research
- Portfolio optimization
- Supply chain analysis
- Logistics modeling
- Transportation network optimization
- Telecommunications infrastructure planning
Organizations can compare classical and quantum-inspired optimization methods while evaluating future deployment opportunities on physical quantum hardware.
Professional GPU Acceleration
The NVIDIA RTX Pro 6000 Blackwell provides 96GB of professional-grade GPU memory and is optimized for scientific computing, AI development, and GPU-accelerated quantum simulation.
The GPU accelerates workloads involving:
- Tensor network simulation
- Quantum machine learning
- CUDA Quantum
- Hybrid AI and quantum computing
- Matrix operations
- Scientific computing applications
Combined with the massive CPU and memory resources of this platform, the GPU creates a highly balanced environment for advanced computational research.
Enterprise-Class Reliability and Expansion
Built on the Gigabyte MZ73-LM2 dual-socket server motherboard, this platform is designed for continuous operation in professional computing environments.
The server includes:
- 2TB ECC DDR5 memory
- Expandability to 3TB memory
- 8TB PCIe Gen 5 storage
- Enterprise-grade power delivery
- Server-class thermal design
- 5U rackmount chassis
Organizations requiring additional storage can configure the server with significantly larger capacities to support extensive datasets, simulation outputs, and research archives.
Why Research Organizations Choose Custom Lux PCs
Purchasing a high-performance research server is not simply about selecting hardware. It is about choosing a technology partner that understands scientific computing and stands behind every deployment.
Custom Lux PCs has earned the trust of:
- Universities
- Academic research laboratories
- Defense contractors
- Artificial intelligence companies
- Engineering firms
- Government agencies
- Technology startups
- Scientific computing organizations
Unlike large OEM vendors where support requests can become lost in multiple departments, our customers work directly with knowledgeable experts who understand advanced computing systems and research workloads.
Every Quantum Simulation Server is professionally assembled, benchmarked, validated, and stress tested before shipment. We verify thermal performance, system stability, memory integrity, and overall platform reliability so researchers can focus on their work rather than troubleshooting hardware.
Support That Has Your Back
Research projects do not stop when a system is delivered, and neither does our support.
Every system includes:
- Three-year comprehensive warranty
- Lifetime technical support
- Operating system installation and configuration
- Driver installation and validation
- Benchmark testing and reporting
- Upgrade consultation
- Remote troubleshooting assistance
When your organization invests in a Custom Lux Quantum Simulation Server, you gain access to a team committed to helping your system perform reliably throughout its entire lifecycle.
Whether you need assistance years after deployment, advice on future upgrades, or help configuring a specialized research environment, we are here to support your success.
Accelerate the Future of Quantum Research
The Custom Lux Quantum Simulation Server is built for organizations operating at the forefront of computational science. With dual AMD EPYC processors, 2TB of ECC memory, professional Blackwell graphics, and enterprise-class engineering, this platform provides the computational foundation required to explore the next generation of quantum computing innovation.
For institutions seeking one of the most capable classical quantum simulation platforms available, the Quantum Simulation Server delivers unmatched performance, scalability, and long-term support.
Recommended: CONTACT US BEFORE PURCHASING!
System Specifications:
CPU: Dual AMD EPYC 5th gen 9965 192 core/384 thread CPUs (384 total cores/768 total threads)
GPUs: NVIDIA RTX Pro Blackwell 6000 96GB
Memory: 2TB DDR5 ECC 5600 Mhz RDIMM (Upgradable to 3TB)
Storage: 8TB PCIe Gen 5 M.2 SSD (Ask for as much storage as you want)
Motherboard: Dual Socket Gigabyte MZ73-LM2
Case: Silverstone 5U Server Rack (ask for PC case)
CPU Cooler: Dual AMD EPYC CPU air coolers
Power Supply: 3000W 80+ Platinum Power Supply (Requires 220v outlet)
Features: Ubuntu 24.04 and/or Windows 11 Pro (ask for any operating system), all drivers installed, benchmark results provided, 3 year warranty, lifetime technical support
Customize this build further by filling out the “Request a Build” form or email us at [email protected] with any questions! We respond very quickly and are happy to help you give you the best bang for your buck.
Request A Build Today!
