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Company IBM / Oracle / / Event Product Issues / / IndustryTerm software failures / server startup / throughput to applications / network services / open-systems / networked services / processor chips / virtualization technologies / integrated chip / networking performance to serve network / continued server / hot-pluggable carrier / multicore/multithreaded processors / continuous processing / computing / hypervisor-based virtualization technology / application processing / software development / / NaturalFeature Fibre Channel / / OperatingSystem Solaris / L3 / / Organization Server Using Oracle Enterprise Manager Ops Center / CPU Memory Unit / / Position controller / / Product M5-32 server / T4 processor / T5 processor / SPARC64 VII+ processor / areas / M5-32 / SPARC64 VII+ / T5 / T4 / switch / / Technology SPARC M5 processors / symmetric multiprocessing / multicore/multithreaded processors / earlier SPARC processors / PCIe technology / 32 processor chips / data center encryption / PCI technology / Solaris Zones technology / cache PROCESSORS / Two SPARC M5 processors / SPARC processors / 21 System Management Technology / SPARC T5 processor / Chipkill technology / Operating System / DDR3 DIMM technology / hypervisor-based virtualization technology / 32 processors / SPARC T4 processor / SPARC M5 Processor The SPARC M5 processor / operating systems / 29 SPARC M5 Processor / SPARC M5 processor / SPARC64 VII+ processor / Fibre Channel / virtualization technologies / SCSI / 8 SPARC M5 Processor / Gigabit Ethernet / /
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An Oracle White Paper March 2013 SPARC M5-32 Server Architecture SPARC M5-32 Server Architecture