Supermicro 以從零開始構建 HPC 解決方案為榮。從可訂製的設計到實施，Supermicro 的專職團隊將根據您的要求提供優化的隨插即用服務。靈活應對 HPC 最困難的課題，同時也簡化了超級計算機的部署。
General Purpose Compute Intensive
Scientific Research Supercomputer
AI/ML/DL GPU Intensive
High Performance Computing (HPC) is a computational domain that aims to solve complex problems through parallel processing. An HPC system of today consists of hundreds to thousands of CPUs connected through a high speed network. A large HPC cluster of servers can be assigned to work on a single large problem simultaneously or several smaller problems. Many HPC applications are currently written to simultaneously take advantage of tens, hundreds, and thousands of cores, resulting in orders of magnitude lower time to solution. Supermicro designs a range of high performance computing solutions to fit every need. Supermicro's HPC solutions are expertly designed, built, and tested by Supermicro professionals. Liquid cooling is available at rack scale for environments where liquid cooling is required.
Many fields can use HPC technologies, including:- Engineering - designing and optimizing new physical products, including automobiles, planes, structures, and consumer appliances.
- Scientific Research - basic and applied research to model climate change, more accurate weather forecasts, galaxy and star formation, and weapons modernization.
- Finance - fast decisions based on very low latency calculations to make trading decisions
- Defense - create battlefield scenarios and produce optimized weapons (engineering)
- Healthcare - design new drugs, create personalized care, and recognize disease causes and possible contributors to these diseases.
The Supermicro HPC Solutions portfolio consists of HPC servers, HPC storage solutions, HPC networking, and life cycle monitoring software. Together, these technologies all contribute towards an entire high performance computing solution that addresses the needs of HPC users.
Supermicro 參考體系架構旨在滿足您獨特的 HPC 需求。我們的優勢包括廣泛的建構塊，從主機板設計到系統配置，完全整合的機架和液體冷卻系統。我們專注於為客戶提供量身訂製的解決方案。
1. Design
- Application Analysis
- Power Budget
- BOM Creation
- Rack Layout
2. Assembly
- Node Assembly
- Rack & Stack
- Cabling & Labeling
- Networking & Power
3. Configuration
- BIOS Setting Check
- Firmware Management
- Switch & IP Addresses
- OS & Customer Image
4. Testing
- Multi-vendor Interoperability
- Full Rack Burn-in & QA
- Full Rack Test Report
- Performance Report
5. Logistics
- Asset Labeling & Docs
- Crating
- Air-Ride Trucking
- White Glove Services
Supermicro 可以訂製 HPC 解決方案，以滿足各種工作負載：計算密集型、高吞吐量 GPU，或用於不同行業的高容量儲存應用程式。 Supermicro HPC 解決方案可以與各種開源平台和商業應用程式捆綁在一起，並取得了成功。
University of Tsukuba, “Pegasus”
The Center for Computational Sciences at the University of Tsukuba is a multidisciplinary center that partners with many organizations on basic research in several areas. As part of an ongoing project to deliver state-of-the-art computing capabilities to a wide range of researchers, the University of Tsukuba, with NEC (as the prime contractor), has created a supercomputer that will address the computing and storage needs using Supermicro SuperBlade. The system is among the first in the world to use NVIDIA H100 GPUs and 4th Gen Intel® Xeon® Scalable processors.
大阪大學 "SQUID"
大阪大學與 NEC 公司和 Supermicro 緊密合作，設計並實現了一種基於 Supermicro SuperBlade® 組合的超級計算類系統和 4U 8-GPU NVIDIA NVlink® 系統，採用第 3代Intel Xeon 可擴展處理器構建。 SQUID 系統是一個27機架群集，包含 1520 個 SuperBlade，超過 120000 個核心，42 個 4U 8 GPU NVIDIA NVLink 系統節點，並由 Supermicro 機架整合服務團隊進行了整合和測試。
IMS "Molecular Simulator"
日本分子科學研究所（IMS）已經安裝了兩個名為“高性能分子模擬器”的集群，其 Supermicro 伺服器通過 Intel Omni-Path 架構互連。分子模擬器通過40588核心 Intel Xeon 處理器和 216768GB 記憶體，運行分子動力學的大規模並行計算和許多量子化學要求更高的串行操作，實現了 1.8petaflops Linpack 和 3.1petaflops 理論峰值性能。
LLNL “Corona”
Lawrence Livermore National Laboratory（LLNL）選擇 Supermicro 為科學家提供額外的計算能力和資源，幫助他們找到治癒 COVID-19 的方法。 Supermicro 的 4U 8 GPU 伺服器為這個即插即用集群配備了近 1000 個 AMD Radeon Instinct™ 圖形加速器，結合 AMD 的 state-of-the-art EPYC™ CPU 擴展集群，為高級計算工作負載提供高達 11Petaflops 的計算能力。
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