Hitachi 1000 manual Virtage, High CPU Performance and Features

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Chapter 9

Virtage

Virtage is a key technical differentiator for BladeSymphony 1000. It brings mainframe-class virtualization to blade computing. Leveraging Hitachi’s decades of development work on mainframe virtualization technology, Virtage delivers high-performance, extremely reliable, and transparent virtualization for Dual-Core Intel Itanium and Quad-Core Intel Xeon processor-based server blades.

Virtage is built-in and requires no separate operating system layer or third-party virtualization software, so it safely shares or isolates resources among partitions without the performance hit of traditional software-only virtualization solutions. It is tuned specifically for BladeSymphony 1000 and is extensively tested in enterprise production environments. Virtage is designed to deliver a higher level of stability, manageability, performance, throughput, and reliability than comparable virtualization technology, and it sets a new standard for on-demand infrastructure provisioning. Virtage offers a number of benefits including:

Reduced number of facial servers through consolidation and virtualization

Increased server utilization rates

Isolation of applications for increased reliability and security

Improved manageability

Simplified deployment

Support for legacy systems

Virtage is Hypervisor-type virtualization, and therefore has a natural performance advantage over host- emulation virtualization offerings because guest operating systems can be simply and directly executed on virtualized environment without host intervention. Virtage leverages Intel’s Virtualization Technology (VT) to help ensure that processor performance is optimized for the virtual environment, and to provide a stable platform that incorporates virtualization into the hardware layer.

Virtage can partition physical server resources by constructing multiple logical partitions (LPARs) that are isolated, and each of these environments can run independently. A different operating system (called a Guest operating system) can run on each LPAR on a single physical server.

The BladeSymphony1000 Server Blades can run in basic mode (non-virtualized), or with Virtage. The Virtage feature is embedded within the system and can be activated or de-activated based on customer needs. Each system can support multiple virtualized or non-virtualized environments based on specific preferences. A single server blade or SMP can be configured up to 16 LPARs at a time.

High CPU Performance and Features

Virtage is Hypervisor-type virtualization, and therefore features a natural performance advantage over host-emulation virtualization offerings because guest operation systems can be simply and directly executed on the virtualized environment without host intervention.

Virtage fully utilizes the Hypervisor mode created by leveraging Intel's VT-i technology, which is embedded in the Itanium processor. Therefore, Virtage can capture any guest operation requiring host intervention with minimal performance impact to normal operations.

48 BladeSymphony 1000 Architecture White Paper

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Contents BladeSymphony 1000 Architecture Table of Contents Introduction Executive SummaryIntroducing BladeSymphony Enterprise-Class Capabilities BladeSymphony 1000 front viewData Center Applications System Architecture Overview Front Intel Itanium Server Blade features Intel Itanium Server BladeSpecifications Backplane Node link for Three interconnect ports InterfaceTwo ports per partition Fast Ethernet Two100Base/10Base ports LAN manage MentIntel Itanium Processor 9100 Series FW ROM AtmelCache Hyper-Threading TechnologyDemand Based Switching Hitachi Node ControllerIntel VT Virtualization Technology Bus throughput from the Hitachi Node ControllerBaseboard Management Controller Memory SystemSMP Capabilities Hitachi Node Controller connects multiple server blades SMP Configuration Options Numa ArchitectureFull interleave mode and non-interleave mode Intel Itanium I/O Expansion Module L3 Cache Copy TagEBS Chassis Intel Xeon Server Blade Intel Xeon Server Blade componentsIntel Xeon 5200 Dual Core Processors Microsoft Windows Server 2003 SP2, Enterprise x64 EditionIntel Xeon 5400 Quad Core Processors FB-DIMM AdvantagesOnline spare memory supported configurations Advanced ECCOnline Spare Memory Memory Mirroring Memory mirroringOn-Module Storage Sub System ModulesPCI-X I/O Module Embedded Fibre Channel Switch Module PCI-X I/O Module connector typesPCIe I/O Module PCIe I/O Module Combo CardFiber channel switch close-up Total 8 modules mountable Embedded Fibre Channel Switch Module components FCSW, Ipfc RFC, FCAL2, FcphFC-HBA + Gigabit Ethernet Combo Card LANManagement Software Hitachi FC Controller FC-HBA functionsEmbedded Gigabit Ethernet Switch Scsi Hard Drive Modules Connection configuration for HDD Modules Chassis, Power, and Cooling Chassis specificationsRedundant Power Modules Module ConnectionsRedundant Cooling Fan Modules Top view and cooling fan modules numbersReliability and Serviceability Features Reliability FeaturesReliability features Serviceability Features Switch & Management ModuleSwitch & Management Module components NV SramBase Management Controller BMC Console Functions OS ConsoleSVP Console Remote ConsoleManagement Software BladeSymphony Management SuiteOperating System Support Operations Management Deployment Manager+1 or N+M Cold Standby Fail-over Remote Management Network ManagementRack Management Asset ManagementHigh CPU Performance and Features VirtageDedicated Mode Shared ModeHigh I/O Performance Fiber Channel Virtualization Shared/Virtual NIC FunctionsIntegrated System Management for Virtual Machines Summary For More InformationSierra Point Parkway