<Insert Picture Here> Der richtige ORACLE-Server für Ihre Applikation Detlef Drewanz Principal Sales Consultant
The following is intended to outline our general product direction. It is intended for information purposes only, and may not be incorporated into any contract. It is not a commitment to deliver any material, code, or functionality, and should not be relied upon in making purchasing decisions. The development, release, and timing of any features or functionality described for Oracle s products remains at the sole discretion of Oracle. 2011 Oracle Corporation 2
IT Business Drivers Lower: CapEx Servers Storage S/W licenses OpEx Maintenance Management Reduce: Configurations Services Standardize: OS SW Versions Enable: Online changes Rapid provisioning Faster time to market Enhance: IT service time Availability Security 2011 Oracle Corporation 3
Transforming the Technology Stack Maximize IT Investments to Drive Business Innovation Compute, Storage, Network Building Blocks Optimized Systems and Solutions Engineered Systems Silo Consolidated Optimized Cloud 2011 Oracle Corporation 4
Server Positioning... Workload Servertyp Rack vs. Blade Architecture SPARC M-/T-Serie vs. x86-server Virtualization Dynamic System Domain/Oracle VM/Solaris Container Requirements RAS-Level/Performance/Skalability 2011 Oracle Corporation 5
Mapping Todays Datacenter Workloads Highly Threaded Workload Attributes All applications map to chart Data oriented Highly Threaded, mixture of threading or single threaded Data Oriented is where theres lots of local data, large data-access more intensive Network oriented is where data accessed over network, across WAN, internet Network oriented Single Threaded 6
Mapping Application Workloads Highly Threaded Data oriented DataBase Data Warehouse OLTP Meteorology/Climate Simulation Data Analysis Nuclear Simulation/Weapons Modeling CRM File Server Seismic Analysis, SAP Reservoir Modeling Thermodynamics HPC Batch Application Web Streaming Media J2EE Application Servers Directory Security EAI Servers Structural Analysis Electronic Design Simulation Workgroup Compute Grid Application Development Proxy Caching Web Serving Compute Financial Risk/Portfolio Analysis Monte Carlo Simulation Cheminformatics JavaVM NFS Genomics/ Bioinformatics Network oriented Commercial Technical Single Threaded 7
Benchmarks vs Workloads Highly Threaded Data oriented DataBase TPC-H@30000GB TPC-H@10000GB TPC-C Web SPECweb2009 SPEComp2001 8 threads TPC-H@3000GB Web Consolidation SPEComp2001 4 threads SPECjvm2008 SPECjEnterprise2010 SPECjbb2005 TPC-H@1000GB Siebel Peoplesoft SPECjAppServer2004 Cryptography 1024bits NotesBench SCImark 2.0 SAP-SD 2-Tier SPECweb2005 SPECsfs2008_nfs HPC SPEComp2001 Application Fulfillment v7 SPECfp_rate2006 SPECfp2006 Compute SWaP SPEComp2001 SPEC suite SPECint_rate20006 Network oriented SPEC CPU2000 SPECint_2006 Commercial Technical Single Threaded 8
Mapping to Oracle Servers... 2011 Oracle Corporation 9
Oracle Sun Blade Systems Most Flexible Blade Architecture Integrated Compute, Networking, Storage, and Management Sun Blade 6000 Chassis 2011 Oracle Corporation 10
Sun x86 Rack-Mount Server Family Comprehensive portfolio refreshed with Intel Xeon Processor 5600 & 7500 Series Array of flash options to accelerate application performance and lower operating cost Choice of leading operating systems and virtualization platforms Sun Fire X4470 Server Sun Fire X4800 Server Sun Fire X4270 M2 Server Sun Fire X4170 M2 Server Sun Fire X2270 M2 Server 2011 Oracle Corporation 11
Sun x86 Servers Ideal for Deploying Cloud and Technical Compute Farms Sun Fire X2270 M2 Most Versatile IT Infrastructure Building Block Sun Fire X4170 M2 Optimal for Clustered Database and Virtualized Workloads Sun Fire X4270 M2 High Density Virtualization Platform Redefining Enterprise x86 for Memory-Intensive Apps and Consolidation Sun Fire X4470 Sun Fire X4800 2011 Oracle Corporation 12
Exadata Hardware Architecture Scaleable Grid of industry standard servers for Compute and Storage Eliminates long-standing tradeoff between Scalability, Availability, Cost Database Grid X2-2: 8 Dual-processor x64 database servers OR X2-8: 2 Eight-processor x64 database servers InfiniBand Network Redundant 40Gb/s switches Unified server & storage network Intelligent Storage Grid 14 High-performance low-cost storage servers 100 TB High Performance disk, or 336 TB High Capacity disk 5.3 TB PCI Flash Data mirrored across storage servers 2011 Oracle Corporation 13
SPARC Enterprise Servers Over 20 Years Of Mission Critical Computing Optimized application performance Reliability, availability, serviceability, and security Consolidation and virtualization Highly scalable M8000 M9000 M4000 M5000 M3000 SPARC T3-1 SPARC T3-2 SPARC T3-4 T5240 SPARC T3-1B T5220 T6320 T6340 T5120 T5140 T5440 2011 Oracle Corporation 14
M-Series: Investment Protection Delivers Longevity, Security and Scalability Industry leading reliability, availability and serviceability Extreme single threaded performance 4 th in-box upgrade Seamless scalability: 1 to 64 CPUs Mix/Match CPUs for improved TCO Highest level of consolidation Breakthrough virtualization New! SPARC64 VII+ 2X L2 Cache for faster database performance Up to 3.0GHz 20% performance improvement 2011 Oracle Corporation 15
World s First 16-Core Server Processor SPARC V9 ISA 16 cores/128 threads Integrated on-chip encryption Integrated on-chip PCIe gen2 IO 2011 Oracle Corporation 16
SPARC T3 Servers: Scaling to New Heights Integrated, High Throughput SPARC Systems for Massive Scale HIGH S Y S T E M T H R O U G H P U T SPARC T3-1B Blade for Blade 6000 SPARC T3-2 16 cores 128 threads Best density SPARC T3-1 16 cores 128 threads Entry-level Price/performanc e General purpose 32 cores 256 threads Medium scale Middleware Consolidation SPARC T3-4 64 cores 512 threads Best Scale Most Crypto Best RAS CONSOLIDATION VIRTUALIZATION HIGH 2011 Oracle Corporation 17
SPARC Processor Strategy Compatibility Scalability Efficiency Availability Security Performance Accelerated roadmap Application performance Co-engineered with Oracle Software 2011 Oracle Corporation 18
SPARC Enterprise Servers Maximizing Results 5 Year Trajectory Cores 4x Threads 32x Memory Capacity 16x Database TPM 40x Java Ops Per Second 10x M-series 8-64 Sockets +2x Throughput SPARC 1-64 Sockets +2x Throughput +1.5x Single Strand M-series 1-64 Socket T-series + 20% 1-4 Socket + 2x Throughput T-series 1-4 Sockets +3x Single Strand M-series 8-64 Sockets +6x Throughput +1.5x Single Strand T-series 1-8 Sockets +3x Throughput Solaris 10 Update Solaris 11 Express Solaris 11 Solaris 11 Solaris 11 Update Update Solaris 11 Update 2010 2011 2012 2013 2014 2015 2011 Oracle Corporation 19
SPARC Technology Direction Delivering Mission Critical RAS Extending SPARC performance leadership 2x plus performance improvement every 2 years Scale to 1,000s of threads and multiple TBs of memory Eliminating complexity, improving execution One SPARC architecture One Operating System One System Management solution One Virtualization solution Accelerated deployment, reduced risk 2011 Oracle Corporation 20
The Operating System Matters for x86 for SPARC 2011 Oracle Corporation 21
SPARC Oracle Solaris Roadmap And More to Come "Oracle is is committed to to continued development and support of of Solaris. The potential synergy between Oracle software and Solaris is is obvious. Richard Fichera, Forrester Solaris 10 Platform Support Software Integration Solaris 11 Express (Sep 2007 - ) Solaris 11 Software Lifecycle Scalability Networking Security Solaris 11 Update High Availability Memory Scalability Virtualization Solaris 11 Update System Management I/O Scalability Solaris 11 Update Core Scalability 2010 2011 2012 2013 2014 2015 M-Series 1-64 Socket T-Series + 20% 1-4 Socket + 2x Throughput T-Series 1-4 Sockets +3x Single Strand M-Series 8-64 Sockets +6x Throughput +1.5x Single Strand M-Series 8-64 Sockets +2x Throughput T-Series 1-8 Sockets +3x Throughput SPARC 1-64 Sockets +2x Throughput +1.5x Single Strand x86 Performance, Reliability, Power Management Optimizations for Latest-Generation x86 Processors 2011 Oracle Corporation 22
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