Bildergalerie: Description 50817750 in Directory 30

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DTXT_TITLE: IBM System p5, Modell 595 (2006) DOC_TYPE: Image ARCHIV: 1000 FIL_ID: 50817750 FIL_ORG: 85573.tif FIL_EXT: jpg FIL_WIDTH: 933 FIL_HEIGHT: 1181 FIL_RES: 300 FIL_SIZE: 715805 FIL_COLOR: CMYK FIL_ROTATE: FIL_CLIP: FIL_CROP: FIL_IMG: FIL_PATH: DOC_SPERRVERMERK: DOC_INPUT: 23-05-2006 11:54:32 DOC_UPDATE: 27-07-2006 10:02:14 DOC_STATUS: 1 DOC_KATALOG: 1 DOC_SPERR: 1 BESCHREIBUNG: IBM stellte am 25.7.2006 zwei neue POWER 5+ Prozessor-basierte Server vor: das IBM System p5 590 und das 64-Wege-Modell IBM System p5 595 mit einer Leistung von ca. vier Millionen TPC-C Transaktionen pro Minute. Dabei kommt erstmalig mit "Dual Stress" eine Prozessortechnologie zum Einsatz, die bisher nur in der Unterhaltungselektronik zu finden war und nun bis zu 24 Prozent höhere Transistorgeschwindigkeiten ermöglicht. The IBM System p5 595 server uses fifth-generation 64-bit IBM POWER5 technology in up to 64-core symmetric multiprocessing (SMP) configurations with Advanced POWER Virtualization and offers the performance, flexibility, scalability, manageability and security features needed for the consolidation of mission-critical AIX 5L and Linux applications on a single system to save on hardware, software, energy and space costs. The new systems leverage IBM's leadership Virtualization Engine technology offerings to accommodate up to 10 virtual servers - or partitions - per processor core, enabling clients to consolidate multiple systems and distributed applications - even entire IT infrastructures - on a single box. One of the most significant processor breakthroughs in recent years - called Dual Stress - is driving the dramatic leap in server performance. Developed by IBM initially for state-of-the-art video gaming consoles introduced late last year, dual stress solves a fundamental conundrum of physics that had vexed processor designers since the dawn of the semiconductor industry. The scientists discovered a method of simultaneously stretching and compressing the silicon to deliver a dramatic surge in system performance and power efficiency. The breakthrough process is designed to result in up to a 24 percent transistor speed increase, at the same power levels, compared to similar transistors produced without the technology. Dual Stress can also be used to lower power consumption. BU: RUBRIK: Produkte und Anwendungen PRODUKTFAMILIE: IBM System p5 PRODUKT: IBM System p5, Modell 595 BILDART: Produktfoto STICHWORTE: p5 595, p5-595, p595, POWER5, POWER5+ IBM_NUMMER: 85574 FARBE: farbig FORMAT: Hoch ORIGINAL: Digital BILDRECHTE: IBM BILDQUELLE: https://217.28.160.76:9090/index.jsp: 590595DF-06 EINGABE: Häßler EXPORTPATH: 30/images/50817750.jpg

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