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Japan High Performance Computing 2009-2013 Forecast and 2008 AnalysisPublished by: IDC Published: Oct. 13, 2009 - 43 Pages Table of ContentsTable of Contents IDC Opinion In This Study MethodologyChanges/Modification of 2007 DataDefinition of High-Performance ComputingClassification of High-Performance Computing Server SystemsExecutive SummarySituation Overview Japan High-Performance Computing Market OverviewJapan High-Performance Computing Market Overview by Server ProductSupercomputerRISC ServerIA-64 Serverx86 ServerJapan High-Performance Computing Market Overview by Server SystemTechnical SupercomputerTechnical Divisional ComputerTechnical Departmental ComputerTechnical Workgroup ComputerFuture Outlook Forecast and AssumptionsForecast and AssumptionsJapan High-Performance Computing Market Forecast, 2009–2013Market ContextEssential Guidance Learn More Related ResearchDefinitionsClassifications of Server Productsx86 ServersIA-64 ServersRISC ServersMainframesBusiness ServersSupercomputersVendor NamesHigh-Performance Computing Cluster SystemCPU TypesProcessor BrandsSynopsisTable: Japan High-Performance Computing Revenue by Server Product, 2004–2008 Table: Japan High-Performance Computing Revenue by Server System, 2004–2008 Table: Japan High-Performance Computing Revenue by Vendor, 2004–2008 Table: Japan High-Performance Computing Revenue by OS, 2004–2008 Table: Japan HPC Supercomputer Revenue by Vendor, 2004–2008 Table: Japan High-Performance Computing RISC Server Revenue by Vendor, 2004–2008 Table: Japan High-Performance Computing IA-64 Server Revenue by Vendor, 2004–2008 Table: Japan High-Performance Computing x86 Server Revenue by Vendor, 2004–2008 Table: Japan High-Performance Computing Technical Supercomputer Revenue by Vendor, 2004–2008 Table: Japan High-Performance Computing Technical Divisional Computer Revenue by Vendor, 2004–2008 Table: Japan High-Performance Computing Technical Departmental Computer Revenue by Vendor, 2004–2008 Table: Japan High-Performance Computing Technical Workgroup Computer Revenue by Vendor, 2004–2008 Table: Key Forecast Assumptions for the Japan High-Performance Computing Market, 2009–2013 Table: Japan High-Performance Computing Revenue Forecast by Server Product, 2005–2013 Table: Japan High-Performance Computing Revenue Forecast Comparison, 2005–2013 Figure: Japan High-Performance Computing Revenue by Server Product, 2004–2008 Figure: Japan High-Performance Computing Revenue Share by Server Product, 2004–2008 Figure: Japan High-Performance Computing Revenue by Server System, 2004–2008 Figure: Japan High-Performance Computing Revenue Share by Vendor, 2008 Figure: Japan High-Performance Computing Revenue by OS, 2004–2008 Figure: Japan High-Performance Computing RISC Server Revenue Share by Vendor, 2008 Figure: Japan High-Performance Computing IA-64 Server Revenue Share by Vendor, 2008 Figure: Japan High-Performance Computing x86 Server Revenue Share by Vendor, 2008 Figure: Japan high-Performance Computing x86 Server Revenue Share by Processor Brand, 2004–2008 Figure: Japan High-Performance Computing Technical Supercomputer Revenue Share by Vendor, 2008 Figure: Japan HPC Technical Divisional Computer Revenue Share by Vendor, 2008 Figure: Japan High-Performance Computing Technical Departmental Computer Revenue Share by Vendor, 2008 Figure: Japan High-Performance Computing Technical Workgroup Computer Revenue Share by Vendor, 2008 Figure: Japan High-Performance Computing Revenue Forecast by Server Product, 2005–2013 Figure: Japan High-Performance Computing Revenue Forecast Comparison, 2005–2013 AbstractThis IDC study, which is a translation of the Japanese report IDC #J9250105, analyzes the Japan high-performance computing (HPC) market in 2008 by server product, server system, and vendor, and provides an observation of the market size and trend. In addition, a forecast of the market from 2008 to 2013 was carried out. The 2008 Japan HPC market showed the same performance as the previous year. It experienced positive growth in the supercomputer and x86 server segments. On the other hand, the IA-64 and reduced instruction set computer (RISC) server segments contracted. "x86 server-based cluster systems have become the mainstream in the Japan HPC market. This trend is expected to continue in the future. On the other hand, cluster systems are complicated to operate and manage and are prone to high costs. It is necessary for vendors to improve the operability and manageability and reduce operation management costs at the same time," analyzes Ikuo Takafuji, server research analyst, IDC Japan. Get Full Details About This Report >> |
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