Our Comprehensive HPC Cluster Services & Solutions
We deliver end-to-end high performance computing solutions for enterprises, research institutions and technical teams worldwide. Our professional services cover full lifecycle cluster construction, deployment, daily maintenance, fault resolution, performance tuning and customized development, with dedicated technical support and global localized service guarantee.
1. HPC Supercomputing Cluster Deployment & Maintenance
Enterprise-grade high performance computing cluster full-service solutions, including the construction of high-density computing node clusters, high-speed interconnection network deployment, cluster resource management configuration, and long-term professional maintenance. The core role of HPC clusters is to provide massive parallel computing power for solving complex scientific computing, big data analysis, weather forecasting, computational fluid dynamics, molecular simulation and large-scale engineering calculation tasks that a single server cannot handle efficiently. We provide 7×24 technical support, performance optimization and fault emergency repair to ensure the stable operation of HPC infrastructure.
2. GPU Cluster Deployment & Professional Maintenance
Specialized heterogeneous GPU cluster building and maintenance services for AI and deep learning scenarios, including NVIDIA GPU node deployment, CUDA toolkit configuration, multi-card parallel computing optimization and cluster resource scheduling. The core role of GPU clusters is to leverage the powerful parallel computing capabilities of graphics processing units to accelerate AI model training, deep neural network reasoning, computer vision, natural language processing, high-throughput image rendering, video transcoding and scientific visualization workloads. GPU clusters are the core infrastructure for artificial intelligence research, autonomous driving development, medical image analysis and industrial digital twin construction.
3. Custom Quantum QPU Cluster Solutions
Tailor-made Quantum Processing Unit cluster customization services for quantum computing research institutions and cutting-edge technology enterprises. The core role of QPU clusters is to build a scalable quantum computing infrastructure for quantum algorithm research, quantum circuit simulation, quantum cryptography, quantum machine learning and quantum chemistry simulation. Different from traditional binary computing, QPU clusters use quantum bits to perform superposition and entanglement computing, which can efficiently solve complex optimization problems that are difficult for classical computers, and are the core of the next-generation computing revolution. We provide full customization from quantum node deployment to quantum cluster management system integration.
4. Custom FPGA Cluster Design & Deployment
Highly customizable Field-Programmable Gate Array cluster solutions with hardware-level optimization and flexible reconfiguration capabilities. The core role of FPGA clusters is to provide ultra-low latency hardware acceleration for specific computing tasks, including high-frequency financial transaction processing, real-time signal processing, embedded system development, edge computing acceleration, chip prototype verification and reconfigurable parallel computing. FPGA clusters combine the flexibility of software programming and the computing efficiency of hardware circuits, and are widely used in aerospace, industrial control, 5G communication and high-performance embedded computing scenarios, and we provide personalized FPGA cluster customization according to business needs.
5. Custom EDA/CAX Dedicated Cluster Solutions
Professional customized cluster services optimized for Electronic Design Automation (EDA) and Computer-Aided X (CAX) workflows, including Computer-Aided Design (CAD), Computer-Aided Engineering (CAE), Computer-Aided Manufacturing (CAM) and Computer-Aided Analysis (CAA). The core role of EDA/CAX clusters is to provide high-performance computing support for chip design, integrated circuit layout and wiring, semiconductor manufacturing simulation, mechanical structure design, finite element analysis, mold flow simulation and industrial product lifecycle simulation. These clusters are tailored for the high computational load and high I/O throughput characteristics of EDA/CAX software, perfectly adapted to the needs of semiconductor enterprises, automotive manufacturing, aerospace and mechanical engineering industries, and significantly improve the efficiency of product design and R&D iteration.
6. MPI High-Speed Parallel Cluster Customization & Maintenance
Optimized Message Passing Interface (MPI) cluster construction and maintenance services for distributed parallel computing scenarios, including MPICH/OpenMPI configuration, high-speed InfiniBand network deployment, inter-node communication optimization and parallel task scheduling. The core role of MPI clusters is to realize efficient data transmission and collaborative computing between multiple computing nodes, which is the core infrastructure for large-scale scientific computing, numerical simulation, climate model calculation, seismic data processing and aerospace trajectory simulation. MPI clusters break through the computing power limit of a single node, and can linearly expand the computing scale with the increase of nodes, which is an indispensable core component for solving large-scale scientific and engineering computing problems.
Certified Technology Partners & Integrated Ecosystem
We only integrate the world's top and industry-recognized HPC hardware, software and middleware technologies, all of which are officially authorized and fully compatible. Our technology partners cover the entire HPC industry chain, from hardware servers and accelerators to software scheduling systems and parallel computing frameworks, to ensure the stability, scalability and high performance of your cluster infrastructure:
Official Website of Core Technologies:
- Slurm Workload Manager: https://slurm.schedmd.com/
- OpenPBS Workload Manager: https://openpbs.org/
- NVIDIA HPC & AI Solutions: https://www.nvidia.com/
- OpenHPC Community Project: https://openhpc.community/
- Open MPI Implementation: https://www.open-mpi.org/
- Dell Enterprise HPC Solutions: https://www.dell.com/
- HPE High Performance Computing: https://www.hpe.com/
- Supermicro HPC Server Solutions: https://www.supermicro.com/
Global Localized Support & Contact Information
We provide professional global localized technical support and business consulting services, with a professional team to answer your HPC cluster construction, customization and maintenance needs at any time.
📩 Sales Consultation & Business Cooperation: sales@gdcore.net
📩 General Inquiries & Technical Support: info@gdcore.net
🌐 Official Domain: gdcore.net
Our team has rich experience in HPC cluster design and deployment, and can provide personalized solutions according to your business scale, computing needs and budget, to help you build a high-performance, stable and scalable HPC infrastructure.