Description
Request a Build for more CustomizationsText us Now
System Specifications:
CPU: AMD Threadripper Pro 7985WX 64 Core 128 thread (Up to 96 cores)
GPUs: 2x NVIDIA RTX Pro 4500 Blackwell 32GB (64GB Combined VRAM) We have all RTX Pro graphics cards in stock!
Memory: 512 GB DDR5 4800+ MT/s (Upgrade to 2TB)
Storage: 2x 4TB PCIe Gen 5 M.2 SSD (Ask for as much storage as you want)
Motherboard: ASUS WRX90 SAGE Pro WS Motherboard
Case:Â Antec C8 with 10 fans (ask for 5U rack mount for no extra cost)
CPU Cooler: Silverstone XR360 360 mm AIO Liquid Cooler
Power Supply: 2200W 80+ Platinum Power Supply (Requires 220v outlet)
Professional Quantum Research Workstation – Dual NVIDIA RTX PRO 4500 Blackwell 32GB
Designed for Advanced Quantum Computing Research
The Custom Lux Quantum Research Workstation is an enterprise-class high-performance computing platform engineered for universities, national laboratories, government agencies, defense contractors, technology startups, and research institutions developing next-generation quantum computing technologies.
Powered by the AMD Ryzen Threadripper PRO 7985WX 64-core, 128-thread processor, dual NVIDIA RTX PRO 4500 Blackwell 32GB professional GPUs, and 512GB DDR5 ECC memory, this workstation provides outstanding computational performance, substantial memory capacity, and professional-grade reliability for demanding scientific research.
With 64GB of combined dedicated GPU memory across two NVIDIA Blackwell graphics cards, the system supports advanced GPU-accelerated quantum simulation, tensor network analysis, quantum machine learning, quantum chemistry research, and hybrid quantum-classical computing workflows.
Each RTX PRO 4500 features 32GB of GDDR7 ECC memory, helping protect data integrity during extended computational workloads. Combined with the massive multithreaded capabilities of AMD Threadripper PRO, this Quantum Research Workstation provides a powerful foundation for research organizations requiring high-performance classical computing infrastructure.
Before quantum algorithms can be deployed to physical quantum processors, they must be developed, simulated, validated, and optimized using classical computing resources. This workstation gives researchers the ability to perform these essential tasks locally while maintaining control over their software environments, datasets, and intellectual property.
Massive 64-Core Processing Power for Quantum Simulation
At the heart of this system is the AMD Ryzen Threadripper PRO 7985WX, featuring 64 high-performance processing cores and 128 threads.
Quantum simulation frequently requires significant parallel processing resources, particularly when researchers evaluate large quantum circuit architectures, execute computationally intensive tensor operations, or perform iterative optimization tasks.
The Threadripper PRO architecture is designed for professional scientific computing, combining extensive multicore processing capabilities with high memory bandwidth and substantial PCIe connectivity.
Paired with 512GB of DDR5 ECC registered memory, this Quantum Research Workstation can handle memory-intensive scientific computing workloads that exceed the capabilities of conventional desktop computers.
Researchers can utilize the system for:
- CPU-based quantum circuit simulation
- Quantum algorithm development and validation
- High-dimensional matrix and tensor computations
- Large-scale parameter optimization
- Quantum error correction research
- Quantum chemistry calculations
- Multiple simultaneous computational workloads
- Hybrid CPU and GPU scientific computing
Quantum Simulation Capacity and Qubit Range
The number of qubits that can be simulated depends on available memory, numerical precision, circuit structure, and the simulation methodology.
With 512GB of system memory, the workstation provides sufficient theoretical capacity for conventional full state-vector simulations of approximately:
- 32–33 qubits: Suitable for many double-precision CPU simulation workloads
- 33–34 qubits: Possible using optimized single-precision simulation methods
- Larger logical quantum circuits: Possible with compatible tensor-network, matrix-product-state, or specialized approximation techniques, depending on circuit structure and entanglement
Actual simulation limits depend on software overhead and available memory.
For organizations requiring additional resources, the WRX90 platform can support memory expansion up to 2TB with compatible DDR5 ECC RDIMMs, allowing researchers to investigate larger memory-intensive quantum systems.
Dual NVIDIA RTX PRO 4500 Blackwell GPUs – 64GB Combined GPU Memory
This Quantum Research Workstation features two NVIDIA RTX PRO 4500 Blackwell professional graphics cards, each equipped with 32GB of dedicated GDDR7 ECC memory.
Together, the GPUs provide:
- 64GB total dedicated GPU memory across two graphics cards
- 20,992 combined CUDA cores
- NVIDIA Blackwell GPU architecture
- GDDR7 memory with ECC protection
- Professional NVIDIA driver support
- CUDA acceleration for compatible quantum simulation software
- Support for appropriately configured multi-GPU research workloads
- Power-efficient professional workstation performance
Unlike traditional consumer GPUs, the RTX PRO 4500 is designed for demanding professional applications where computational stability, memory integrity, and sustained operation are important.
Multi-GPU Acceleration for Quantum Computing
Many quantum computing frameworks now support GPU acceleration for quantum state evolution, tensor contractions, variational algorithms, and hybrid quantum-classical workflows.
With two RTX PRO 4500 GPUs, researchers can distribute compatible computing tasks across both accelerators, execute independent simulations simultaneously, or utilize supported multi-GPU simulation algorithms.
The workstation is particularly well suited for:
- Variational Quantum Eigensolver (VQE) research
- Quantum Approximate Optimization Algorithm (QAOA) development
- Quantum machine learning
- Quantum neural network research
- Tensor-network quantum simulation
- Quantum circuit simulation and benchmarking
- Scientific matrix and tensor operations
- Hybrid artificial intelligence and quantum computing
Compatible software frameworks include NVIDIA CUDA-Q, cuQuantum, Qiskit Aer, PennyLane, Cirq, Qulacs, and QuEST, with GPU acceleration depending on the selected framework and simulation backend.
Important: Each GPU has its own dedicated 32GB memory. The combined 64GB can be utilized across supported multi-GPU applications but does not automatically operate as a single shared 64GB memory pool.
Quantum Chemistry and Materials Science Research
Quantum computing research has important potential applications in chemistry, physics, molecular modeling, and materials science.
The Custom Lux Quantum Research Workstation provides a powerful classical computing platform for investigating quantum algorithms and computational methods relevant to these scientific disciplines.
Quantum Chemistry Applications
Researchers can develop and evaluate computational techniques for:
- Molecular electronic structure calculations
- Molecular orbital analysis
- Variational quantum chemistry algorithms
- Catalyst research and development
- Chemical reaction pathway investigation
- Drug discovery algorithm development
- Molecular energy calculations
- Quantum many-body systems
Materials Science Applications
The workstation can also support research involving:
- Semiconductor materials
- Battery chemistry and energy storage
- Nanomaterials
- Electronic structure modeling
- Advanced catalysts
- Quantum materials
- Computational materials optimization
With 64 CPU cores, 512GB ECC RAM, and dual professional GPUs, researchers have a flexible computing environment for developing and evaluating these computational approaches.
Quantum Machine Learning and Hybrid AI Research
As quantum computing and artificial intelligence continue to intersect, researchers increasingly require computing systems capable of handling both conventional machine learning and quantum simulation workloads.
The dual RTX PRO 4500 configuration allows scientists to utilize NVIDIA CUDA acceleration and supported GPU computing libraries for hybrid research environments.
Potential applications include:
- Quantum neural networks
- Quantum-enhanced machine learning research
- Parameterized quantum circuits
- Variational quantum classifiers
- Hybrid quantum-classical optimization
- Machine learning model development
- Quantum-inspired algorithms
- Scientific AI research
The workstation’s 64GB of total GPU memory across two cards provides flexibility for distributing compatible workloads and running multiple GPU-accelerated applications.
Researchers can also dedicate one GPU to quantum simulation and the other to a separate machine learning or scientific computing task.
This configuration makes the Quantum Research Workstation particularly attractive to universities, research laboratories, and organizations investigating the intersection of artificial intelligence and quantum computing.
Optimization Research and Complex System Analysis
Quantum-inspired optimization methods are being investigated as potential approaches to challenging computational problems across science, finance, engineering, and industry.
This Quantum Research Workstation enables researchers to develop, test, and benchmark classical, quantum-inspired, and hybrid optimization algorithms.
Potential applications include:
- Supply chain optimization
- Transportation and logistics routing
- Financial portfolio optimization
- Risk assessment modeling
- Manufacturing process optimization
- Telecommunications network design
- Energy grid optimization
- Resource scheduling and allocation
Researchers can compare different approaches, evaluate algorithm behavior, and investigate performance across complex computational datasets.
Enterprise-Class Infrastructure and Expandability
The ASUS Pro WS WRX90E-SAGE SE motherboard provides an advanced workstation platform designed for high-performance computing, scientific applications, and professional GPU configurations.
With extensive PCIe Gen 5 connectivity, eight-channel DDR5 ECC RDIMM support, and workstation-class expansion capabilities, the platform provides the foundation for demanding computational research.
512GB DDR5 ECC Registered Memory
The included 512GB DDR5 ECC memory supports large-scale CPU simulations, scientific datasets, simultaneous research workloads, and memory-intensive computational applications.
ECC technology helps detect and correct supported memory errors, providing an additional level of data integrity for extended scientific computing tasks.
The workstation supports future memory expansion up to 2TB with compatible configurations.
Dual 4TB PCIe Gen 5 NVMe SSDs
Two high-performance 4TB PCIe Gen 5 NVMe SSDs provide 8TB of total high-speed storage, enabling rapid access to:
- Quantum simulation environments
- Scientific datasets
- Research models
- Machine learning frameworks
- Computational results
- Development tools and software libraries
These drives provide excellent throughput for demanding professional workloads, including large-scale dataset processing and scientific computing.
Advanced Cooling and Workstation Reliability
The system utilizes a SilverStone XR360 liquid cooling solution and a high-airflow Antec C8 chassis equipped with ten performance-oriented cooling fans.
This cooling configuration is designed to maintain stable operating temperatures during extended computational workloads while supporting the high-performance Threadripper PRO processor and dual professional GPUs.
For research laboratories and organizations requiring centralized computing infrastructure, an optional 5U rackmount configuration is available at no additional cost, subject to component compatibility.
The RTX PRO 4500’s 200W board power rating per GPU also makes this configuration more power-efficient than many dual high-end consumer GPU arrangements.
Why Choose Custom Lux PCs?
Custom Lux PCs specializes in designing and manufacturing professional workstations for scientific computing, artificial intelligence, engineering, quantum simulation, and high-performance research.
Unlike mass-produced OEM systems, every Quantum Research Workstation is individually assembled, configured, stress-tested, and validated to meet demanding professional requirements.
We understand that universities, scientific laboratories, government organizations, and technology companies need reliable computing infrastructure supported by knowledgeable technical professionals.
Every workstation includes:
- Professional assembly and cable management
- Comprehensive CPU and GPU stress testing
- Thermal performance verification
- Full system benchmark validation
- Benchmark results provided before shipment
- Ubuntu Linux or Windows 11 Pro installation options
- Three-year warranty
- Free lifetime technical support
- Free shipping
Custom Lux PCs provides specialized computing solutions for universities, research institutions, engineering firms, government agencies, defense contractors, and technology companies throughout the United States.
Our objective is to deliver professional-grade computing performance at competitive prices while maintaining exceptional customer support and hardware reliability.
Accelerate the Future of Quantum Computing
The Custom Lux Quantum Research Workstation with Dual NVIDIA RTX PRO 4500 Blackwell 32GB GPUs is engineered for research organizations demanding substantial computational performance, large memory capacity, and professional workstation reliability.
Whether your team is developing quantum algorithms, exploring quantum chemistry applications, evaluating tensor-network architectures, or researching hybrid AI and quantum computing methods, this workstation provides the hardware foundation to support advanced scientific discovery.
Featuring the AMD Ryzen Threadripper PRO 7985WX with 64 cores and 128 threads, dual RTX PRO 4500 Blackwell GPUs with 64GB combined GDDR7 ECC memory, 512GB DDR5 ECC RAM, and 8TB PCIe Gen 5 storage, this system delivers an exceptional combination of computing performance, expandability, and reliability.
Advance your quantum computing research with a Custom Lux Quantum Research Workstation — engineered for scientific discovery, professional reliability, and the future of quantum innovation.
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!
