KEYAN calculation specializes in providing end-to-end computing center and HPC cluster construction services for universities, research institutes, and scientific enterprises. Backed by our top-tier all-postgraduate and PhD expert team, we deliver turnkey solutions ranging from server-room cooling planning and high-speed network topology design to the deployment of customized CPU and GPU heterogeneous compute nodes. We build more than just a robust hardware foundation; we dive deep into the application layer to precisely adapt and compile complex scientific software ecosystems for First-Principles (DFT), Finite Element Analysis (FEA), and Molecular Dynamics (MD). KEYAN calculation constructs highly scalable, exclusive supercomputing platforms to thoroughly shatter computational bottlenecks and solidly support your team's most ambitious academic goals and frontier technological innovations.
We deliver one-stop, turnkey supercomputing solutions for universities and research institutes. From server-room cooling and InfiniBand high-speed network topologies to customized heterogeneous nodes, we handle the entire process. Free your team from complex IT infrastructure to focus entirely on cutting-edge innovation.
Precisely matching interdisciplinary computational needs, our cluster architectures seamlessly integrate robust multi-core CPUs and top-tier GPU nodes. Whether it's First-Principles (DFT) and FEA requiring massive memory bandwidth, or million-atom Molecular Dynamics (MD) demanding extreme parallel processing, experience unparalleled simulation acceleration.
We deliver more than hardware; we deliver a perfect computing ecosystem. Our all-postgraduate expert team deeply optimizes job scheduling systems (like Slurm) and underlying communication libraries. We seamlessly compile pre-install frontier scientific software, ensuring perfect hardware-software alignment for an out-of-the-box experience.
Build a robust, highly scalable exclusive digital foundation. Our cluster solutions support smooth expansion as your projects grow, maximizing research investments. Furthermore, our fully on-premise, physically isolated deployments completely eliminate core data leaks, establishing the highest security moat for your enterprise's intellectual property.
Our all-postgraduate expert team deeply analyzes your research group's historical and future computational tasks. If your focus is on First-Principles (DFT) and Finite Element Analysis (FEA), we will emphasize high-frequency, multi-core CPU nodes. If you primarily run long-timescale Molecular Dynamics (MD) or AI training, we will significantly increase the weight of top-tier GPU nodes, ensuring maximum ROI on your computing investment.
Yes. We provide ground-up server room renovation solutions. Addressing the immense heat generated by high-density heterogeneous computing, we design and implement enterprise-grade precision air conditioning, cold aisle containment, or even liquid cooling solutions. We also assess power redundancy to ensure the cluster operates safely and stably even under full load.
Supercomputing is not merely stacking computers. During cross-node parallel computing (like multi-node collaborative solving of massive matrices), data exchange between nodes is immense. Standard networks cause severe communication delays, leaving expensive processors idling. We deploy InfiniBand (IB) or 100G/400G high-speed Ethernet to completely clear the communication arteries between nodes.
Targeting the "high-concurrency, large-throughput" nature of scientific computing, we build enterprise-grade storage arrays based on parallel file systems (such as Lustre or GPFS). This provides ultra-large capacity and enables multiple compute nodes to simultaneously read and write massive mesh files and huge physical simulation trajectory data at high speeds, thoroughly eliminating storage I/O bottlenecks.
KEYAN calculation deploys and deeply optimizes professional job scheduling systems (like Slurm). It intelligently queues and dynamically allocates compute nodes based on user permissions, task priorities, and specific resource requirements. This avoids resource snatching and conflicts while providing detailed computing usage reports for easy team management.
We deliver a complete, "out-of-the-box" digital foundation. As a team that understands research, we don't just build hardware; we also complete the deep adaptation and pre-installation of underlying compilers (like Intel OneAPI), MPI parallel libraries, and various dedicated scientific computing codes. This ensures all frontier algorithms achieve optimal compilation efficiency on your exclusive cluster.
Fully supported. Our cluster architectures are designed with extreme horizontal scalability. Future additions of CPU or GPU compute nodes can smoothly integrate into the existing high-speed network and unified scheduling system, achieving seamless integration of computing power and perfectly protecting your initial investments in server room infrastructure and networking.
Delivery is just the beginning. Beyond real-time hardware monitoring and regular inspections, we provide scientific-level technical support that surpasses traditional IT companies. When you encounter specific algorithm errors, dependency library conflicts, or resource allocation anomalies during complex multi-scale simulations, our expert team directly intervenes to provide professional log analysis and in-depth technical backing.
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).
