KEYAN calculation specializes in delivering top-tier high-performance computing (HPC) server solutions tailored for universities, research institutes, and scientific enterprises.
Covering custom GPU server construction, flexible computing power leasing, and complete supercomputing cluster deployment, we shatter the performance bottlenecks of complex multi-scale simulations and advanced AI model training. With a robust hardware infrastructure, KEYAN calculation is dedicated to injecting relentless and stable digital momentum into your cutting-edge academic exploration and technological innovation.
CPU Compute Server
Computing Power Rental
Breaking Computing Bottlenecks, Reshaping Research Boundaries: KEYAN calculation's Comprehensive HPC Solutions
In the data-intensive era of big science, from the quantum leaps of microscopic atoms to the evolution of macroscopic complex physical fields, every top-tier breakthrough relies on massive computational power. Facing increasingly large computing systems and geometrically growing data processing demands, traditional laboratory hardware often becomes the biggest bottleneck limiting research output. KEYAN calculation is dedicated to breaking this barrier for you, creating a comprehensive High-Performance Computing (HPC) solution integrating "hardware customization, cluster deployment, flexible leasing, and algorithm optimization" tailored specifically for universities, research institutes, and scientific enterprises.
1. Top-Tier Hardware Foundation, Fearless of Extreme Concurrent Tasks
Computing power is the infrastructure of the digital age. We provide deeply customized CPU Compute Servers and GPU-Accelerated Servers. For tasks in First-Principles (DFT) and Finite Element Analysis (FEA) that heavily consume memory bandwidth and logical processing capabilities, we select top-tier processors, including the latest Intel Xeon series (such as the high-compute 6966P-C architecture), to ensure ultra-fast multi-core parallel processing. Meanwhile, for AI large model training and Molecular Dynamics (MD) simulations of million-atom systems, we deploy robust GPU nodes with top-tier architectures. This pushes the efficiency of massive parallel computing to the limit, shrinking long-term simulations that previously took months down to mere days or even hours.
2. AI for Science: Secure Private Deployment of Frontier Large Models
With the deep integration of artificial intelligence and basic science, data security and model controllability have become core demands of research institutions. KEYAN calculation not only provides computing power but also deeply understands AI application scenarios. We provide localized private deployment services for large language models (such as localized fine-tuning and operational environment setup for cutting-edge open-source models like the Gemma 4 series) for research enterprises and institutes with high confidentiality requirements. We guarantee that your core experimental data, material formulas, and research secrets never reach the public cloud. Efficient inference and generation are completed within completely physically isolated GPU computing nodes, building an indestructible fortress for your academic intellectual property.
3. Flexible Computing Power Acquisition: HPC Cluster Deployment & High-Speed Leasing
We deeply understand that different research groups have varying financial plans and project cycles:
End-to-End HPC Cluster Construction: For key laboratories requiring long-term, massive computing resources, we offer "turnkey" cluster construction services. This ranges from server-room cooling planning and high-speed network topologies (InfiniBand) to storage array setups and job scheduling system configurations.
Flexible & Fast Computing Power Rental: For short-term intensive projects or teams with limited budgets, our high-computing rental service supports on-demand billing and rapid scaling. Eliminate the high costs of hardware procurement and ongoing maintenance, allowing your funds to be truly spent on cutting-edge research.
4. Understands Computing, Understands Research Even Better
A cold stack of hardware cannot directly produce SCI papers. Unlike traditional IT equipment suppliers, KEYAN calculation boasts a professional all-postgraduate expert team. From adapting underlying thermodynamic databases for CALPHAD phase diagram modeling to advanced meshing in complex multi-physics coupling simulations, we don't just build a computing platform with stellar performance; we ensure your research software ecosystem achieves optimal compilation and seamless execution at the hardware level.
On the path to scaling the peaks of science, computing power should never be a stumbling block. Choose KEYAN calculation, and let top-tier HPC infrastructure become your strongest digital engine to accelerate the realization of research outcomes and seize the high ground of academia and industry.
It heavily depends on your specific computational tasks. For Finite Element Analysis (FEA) or First-Principles calculations, we recommend CPU servers equipped with the latest Intel Xeon processors (such as the high-compute 6966P-C architecture) to ensure exceptional multi-core concurrency and stability. For large-system Molecular Dynamics simulations or local deployment of large language models (like the Gemma 4 series), our top-tier GPU-accelerated servers provide the indispensable massive parallel processing capabilities.
Absolutely secure. We specialize in providing completely physically isolated, on-premise private deployment solutions for universities, research institutes, and scientific enterprises. Whether running traditional scientific simulations or localized fine-tuning of frontier AI large models, all your core data is processed entirely within your exclusive compute nodes—never on the public cloud—thoroughly defending your academic intellectual property.
KEYAN calculation offers not only end-to-end HPC cluster construction but also highly flexible computing power rental services. For short-term intensive research projects, you can dynamically utilize our robust cloud computing resources on demand. This eliminates high initial hardware investments and ongoing server-room maintenance costs, maximizing the utility of your research funding.
Our all-postgraduate expert team provides deep technical backing that goes far beyond conventional IT maintenance. Beyond underlying hardware monitoring and network maintenance, we dive into the application layer to assist you with the optimal compilation and environment configuration of various frontier scientific software ecosystems, ensuring your computing infrastructure seamlessly aligns with your complex simulation needs.
Tell us what you're working on—our PhD-level team will respond quickly with a tailored solution and quotation (DFT/MD/FEM/CFD, 200+ PFlops compute resources, or end-to-end manuscript support).
