Description
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System Specifications:
CPU: Intel Core Ultra 9 285K 24 core/24 thread (We also carry AMD options)
GPU: NVIDIA RTX Pro 4500 Blackwell 32GB ECC
Memory: 256GB DDR5 5600 Mhz CL46 (Non-ECC) (4x64GB)
Storage: 2TB PCIe Gen 5 NVMe M.2 SSD (14,900 Mbps)
Motherboard: MSI Z890 MPG Carbon Wifi (supports 2 GPUs in x8/x8 PCIe gen 5 bifurcation)
Case: Black Antec C8 with 10 high performance PWM fans (ask for server rack)
CPU Cooler: Arctic Liquid Freezer III Pro 360 mm AIO liquid cooler
Power Supply: 1600W 80+ Platinum Power Supply
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
Professional Quantum Computing Development and Simulation Workstation – NVIDIA RTX PRO 4500 32GB
The Custom Lux Quantum Simulation Workstation is a high-performance research and development platform engineered for universities, scientific laboratories, technology startups, engineering organizations, and researchers advancing the field of quantum computing. Powered by the Intel Core Ultra 9 285K 24-core processor, NVIDIA RTX PRO 4500 Blackwell 32GB professional GPU, and 256GB DDR5 memory, this workstation delivers exceptional processing capabilities, expanded GPU memory capacity, and professional-grade reliability for quantum circuit simulation, quantum algorithm development, quantum machine learning, and scientific computing.
Featuring NVIDIA’s latest Blackwell architecture, 32GB of GDDR7 memory with error-correcting code (ECC), and advanced CUDA acceleration, the RTX PRO 4500 provides a powerful foundation for computationally intensive quantum research. Its combination of professional GPU performance and extensive system memory allows researchers to investigate complex quantum systems while maintaining the flexibility required for hybrid quantum-classical computing workflows.
Before quantum algorithms are deployed on physical quantum processors, they must undergo extensive simulation, validation, debugging, and optimization using classical computing resources. The Custom Lux Quantum Simulation Workstation provides the computational foundation researchers need to develop and evaluate quantum algorithms without relying exclusively on costly cloud computing infrastructure.
Quantum Circuit Simulation and Algorithm Development
Quantum computing research depends on sophisticated simulation environments that allow scientists and developers to investigate quantum behavior, test computational models, and evaluate algorithms before executing them on physical quantum hardware.
The Quantum Simulation Workstation supports popular quantum computing development frameworks, including:
- IBM Qiskit and Qiskit Aer
- NVIDIA CUDA-Q and cuQuantum
- Google Cirq
- PennyLane
- Qulacs
- QuEST
- TensorFlow Quantum
Researchers can develop, simulate, and evaluate a wide range of quantum algorithms and computational techniques, including:
- Quantum Fourier Transform (QFT)
- Grover’s Search Algorithm
- Variational Quantum Eigensolver (VQE)
- Quantum Approximate Optimization Algorithm (QAOA)
- Quantum Phase Estimation
- Quantum Machine Learning Models
- Quantum Error Correction Research
- Hybrid Quantum-Classical Algorithms
The Intel Core Ultra 9 285K features 24 processing cores, delivering substantial multithreaded performance for CPU-based simulations, data processing, algorithm development, and scientific programming.
Combined with 256GB of DDR5 memory, the workstation supports memory-intensive research environments, multiple simulation processes, and complex computational workflows.
Quantum Simulation Capacity and Qubit Range
One of the most important considerations when selecting a Quantum Simulation Workstation is the number of qubits that can be simulated using classical computing hardware.
Quantum simulation requirements vary significantly depending on circuit complexity, numerical precision, simulation methodology, and available system or GPU memory.
With 256GB of DDR5 system memory and 32GB of dedicated NVIDIA GPU memory, this workstation provides multiple options for simulating quantum systems.
CPU-Based Quantum Simulation
Using system memory and compatible CPU simulation frameworks, researchers can investigate:
- Approximately 30–32 qubits for many conventional full state-vector simulation workloads
- Up to approximately 33–34 qubits under carefully optimized memory configurations, depending on numerical precision and simulation overhead
- Larger logical quantum systems through specialized approaches that avoid storing complete state vectors
GPU-Accelerated Quantum Simulation
The NVIDIA RTX PRO 4500 Blackwell features 32GB of dedicated GDDR7 ECC memory, enabling researchers to execute GPU-accelerated simulations using compatible CUDA-enabled frameworks.
For conventional state-vector simulation, its memory capacity can accommodate approximately:
- Up to 31 qubits using single-precision complex amplitudes
- Up to 30 qubits using double-precision complex amplitudes
- Larger or more complex quantum circuits using suitable tensor-network, approximate, or distributed simulation techniques
These limits represent theoretical memory capacities. Practical GPU-only simulation limits may be lower because additional memory is needed for simulation operations, temporary buffers, and software overhead.
For researchers who need to study larger quantum systems, specialized techniques such as tensor-network simulation, matrix-product-state representations, and other memory-efficient methods can extend the range of feasible research workloads.
This flexibility makes the Quantum Simulation Workstation an excellent platform for both foundational quantum computing education and advanced algorithm development.
NVIDIA RTX PRO 4500 Blackwell – Professional GPU Acceleration
At the center of this workstation is the NVIDIA RTX PRO 4500 Blackwell 32GB, a professional graphics processor engineered for scientific computing, artificial intelligence, engineering simulations, and demanding computational workloads.
Unlike conventional consumer graphics cards, the RTX PRO 4500 combines substantial GPU memory capacity with ECC protection, professional driver support, and a power-efficient design.
NVIDIA RTX PRO 4500 Key Features
- 32GB GDDR7 ECC Memory: Provides expanded capacity for GPU-based simulations, large computational datasets, and memory-intensive research applications.
- 10,496 CUDA Cores: Delivers significant parallel processing capabilities for supported scientific computing and quantum simulation workloads.
- 896 GB/s Memory Bandwidth: Supports high-throughput data movement for computational applications.
- NVIDIA Blackwell Architecture: Incorporates modern GPU computing technologies for advanced scientific and AI workloads.
- Fifth-Generation Tensor Cores: Accelerates supported machine learning and AI operations used in hybrid research environments.
- Professional ECC Memory Protection: Helps detect and correct supported memory errors, improving data integrity during extended computational workloads.
- 200W Power Consumption: Provides an efficient professional GPU solution for research workstations operating under sustained workloads.
GPU-Accelerated Quantum Research Applications
The NVIDIA RTX PRO 4500 can accelerate supported quantum computing workloads, including:
- Quantum state-vector simulation
- Tensor-network simulation
- Quantum circuit evaluation
- Variational algorithm development
- Quantum machine learning
- Quantum neural network research
- Large-scale matrix and tensor operations
- Hybrid AI and quantum computing workflows
Through NVIDIA CUDA-Q and the cuQuantum software development ecosystem, researchers can utilize compatible GPU-accelerated simulation backends to improve performance compared with CPU-only execution in suitable workloads.
With 32GB of dedicated memory, the RTX PRO 4500 offers additional flexibility for researchers working with larger simulation datasets and more demanding GPU-based workflows.
For institutions seeking a professional alternative to consumer GPUs, the RTX PRO 4500 provides an excellent combination of memory capacity, computing capabilities, and workstation reliability.
Quantum Chemistry and Advanced Scientific Research
The Custom Lux Quantum Simulation Workstation supports the development and evaluation of quantum algorithms intended for scientific and industrial research.
Quantum simulation and hybrid quantum-classical methods are increasingly being investigated across chemistry, physics, materials science, financial modeling, and computational optimization.
Quantum Chemistry and Molecular Research
Researchers can investigate quantum algorithms and simulation methods for:
- Molecular electronic structure calculations
- Molecular orbital modeling
- Variational quantum chemistry algorithms
- Drug discovery research
- Catalyst development
- Chemical reaction modeling
Materials Science and Engineering
The workstation provides a development platform for computational techniques relevant to:
- Semiconductor materials research
- Battery chemistry studies
- Nanomaterial modeling
- Electronic structure investigation
- Quantum materials research
- Computational materials optimization
Financial Modeling and Optimization
Quantum computing researchers can also explore algorithms addressing challenging optimization problems, including:
- Portfolio optimization
- Financial risk analysis
- Supply chain optimization
- Transportation routing
- Resource allocation
- Combinatorial optimization
These applications make the Quantum Simulation Workstation a versatile development environment for organizations investigating the potential of quantum computing across multiple disciplines.
256GB DDR5 Memory for Large Computational Workloads
Quantum simulation often requires substantial system memory, particularly when researchers are working with complete quantum state vectors or computational methods that place significant demands on host memory.
This workstation includes 256GB of DDR5 memory, providing ample capacity for CPU-based quantum simulation, scientific software development, large datasets, and memory-intensive computational research.
The large memory configuration allows researchers to:
- Execute memory-intensive CPU quantum simulations
- Work with larger quantum state representations
- Run multiple development environments
- Analyze simulation results
- Process scientific datasets
- Support hybrid CPU and GPU computing workflows
Combined with the RTX PRO 4500’s 32GB of dedicated GPU memory, the workstation provides a balanced computing architecture for scientific research.
Built for Reliability, Performance, and Future Expansion
The Quantum Simulation Workstation features the MSI MPG Z890 Carbon WiFi motherboard, providing a high-performance foundation for advanced scientific computing applications.
With PCIe Gen 5 connectivity and support for dual graphics card configurations operating at x8/x8 where supported, the platform provides an upgrade path for researchers who may require additional GPU resources.
A second compatible GPU can be added to expand parallel computing capabilities and enable supported multi-GPU simulation workflows. Available GPU memory is not automatically combined into a single shared memory pool, and multi-GPU scaling depends on software support.
Ultra-Fast PCIe Gen 5 Storage
The included 2TB PCIe Gen 5 NVMe SSD, rated for sequential read speeds approaching 14,900 MB/s, provides high-speed storage for:
- Quantum simulation software
- Scientific datasets
- Research documentation
- Machine learning models
- Programming environments
- Simulation outputs and computational results
Advanced Cooling for Continuous Research
The workstation utilizes an Arctic Liquid Freezer III Pro 360mm liquid cooling system, combined with ten high-performance PWM fans inside the Antec C8 chassis.
This configuration is designed to provide strong airflow and thermal management during extended scientific computing workloads.
The RTX PRO 4500’s efficient 200W power design further contributes to a balanced system suitable for sustained professional use.
Why Choose Custom Lux PCs?
Custom Lux PCs specializes in designing and building high-performance workstations for scientific computing, artificial intelligence, engineering, quantum simulation, and professional research applications.
Unlike mass-produced systems, every Custom Lux Quantum Simulation Workstation is individually assembled, configured, stress-tested, and validated before shipment.
We understand that universities, research institutions, and technology companies require dependable computing infrastructure capable of supporting demanding projects and long-term research objectives.
Every workstation includes:
- Professional assembly and cable management
- Comprehensive hardware stress testing
- CPU and GPU performance validation
- Thermal performance verification
- Benchmark results provided before shipment
- Ubuntu 24.04 LTS or Windows 11 Pro installation
- Three-year warranty
- Free lifetime technical support
- Free shipping
Custom Lux PCs builds specialized computing systems for universities, research laboratories, defense contractors, startups, engineering organizations, and technology companies throughout the United States.
Our goal is to deliver powerful research workstations at competitive prices without compromising component quality, performance, or customer support.
Accelerate Quantum Computing Research with Custom Lux PCs
The Custom Lux Quantum Simulation Workstation with NVIDIA RTX PRO 4500 Blackwell 32GB provides a powerful platform for researchers developing the next generation of quantum computing technologies.
Whether your organization is investigating quantum algorithms, developing quantum machine learning applications, studying molecular systems, or exploring hybrid quantum-classical computing, this workstation combines the processing power, memory capacity, and GPU acceleration needed to support demanding research projects.
Featuring the Intel Core Ultra 9 285K 24-core processor, NVIDIA RTX PRO 4500 Blackwell 32GB ECC GPU, 256GB DDR5 memory, and ultra-fast PCIe Gen 5 storage, this professional workstation offers a compelling combination of computational performance, reliability, and expandability.
Develop, simulate, test, and optimize quantum algorithms with confidence using a Custom Lux Quantum Simulation Workstation — engineered for scientific discovery and the future of quantum computing.
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.
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