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Solution Architecture

The solution targets key challenges such as boosting resource scheduling efficiency and optimizing application performance. It builds a full-stack high-performance computing platform through architecture innovations, proprietary hardware and software, optimized foundational software, and industry-specific tuning, maximizing compute utilization, accelerating TTM, and boosting the competitiveness of enterprise products.

Industry
Cluster management and scheduling (DonauKit)
Foundational software (HPCKit)
OS
Hardware platform
Infrastructure
Meteorology
Life Sciences
Education & Research
Manufacturing
Semiconductors
Oil & Gas
Cluster management platformDonauKit
Donau Portal
Job schedulerDonauKit
Donau Scheduler
Communication library
Hyper MPI
Math library
KML
Compiler
BiSheng Compiler/GCC
Programming framework
KUPL
openEuler and other
Toolkit
Kunpeng DevKit
Development Compiling & debugging Testing Tuning & diagnosis
Compute
Multi-architecture computing: Kunpeng and xPUs
Storage
Network
AI Fabric (RoCE)
Data center
Liquid cooling equipment
Architecture Overview
The solution is built on a perfect blend of innovative infrastructure combined with the OS, foundational software, cluster management and scheduling software, industry-oriented application layer, and toolkit.
Industry Applications
HPC can handle diverse workloads in meteorology, life sciences, education and scientific research, manufacturing, semiconductors, and oil and gas. Open source industry applications can be ported using Kunpeng Porting Advisor. HPC performance metrics can be analyzed using performance profiling tools to quickly locate bottlenecks.
cluster management and scheduling
DonauKit is a unified and efficient cluster computing kit comprised of Donau Portal and Donau Scheduler.
Foundational Software
HPCKit provides quick deployment and optimal coordination of the communication library (Hyper MPI), Kunpeng Math Library (KML), Kunpeng BiSheng Compiler/GCC components, and Kunpeng Unified Parallel Library (KUPL).
OS
openEuler and other OSs are supported.
Hardware platform
The hardware platform provides diversified computing resources, high-performance storage, and mainstream high-speed networks.
Infrastructure
Modular data centers are available.

Industry Ecosystem

0 industry applications have been verified on the Kunpeng platform, covering 80% of the compute power landscape.

Foundational Software

Discover easy-to-use foundational software that covers the complete spectrum.
HPCKit
Integrate Kunpeng-optimized communication libraries, math libraries, and compilers into your workflow.
DonauKit
Unlock Donau Portal and Donau Scheduler to seamlessly schedule and manage your diverse compute.

Foundational Hardware

TaiShan 200 Server
2280 Balanced Model
2 Kunpeng 920 processors 2 xPUs
TaiShan 200 Server
1280 High-Density Model
2 Kunpeng 920 processors

Success Stories

Supercomputing System of USTC
University of Science and Technology of China (USTC) provides scientific and engineering computing services for users of all disciplines. It builds a computational simulation system with high I/O performance for massive data processing. The cluster uses full liquid cooling, occupying only half the footprint of conventional cooling solutions and achieving higher energy efficiency. The Kunpeng-based OpenFOAM application performance is improved by 20%, facilitating scientific research and innovation of USTC.