Oracle VM Server for SPARC Datacenter Ready. Stefan Hinker & Elke Freymann

Transcription

1

2 Oracle VM Server for SPARC Datacenter Ready Stefan Hinker & Elke Freymann

3 Safe Harbor Statement 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. 3

4 Agenda OVM Server for SPARC Effiziente Hardware-Partitionierung Ops Center One Tool to Bind Them All Enterprise Cloud Infrastructure Wie aus Teilen ein Ganzes wird 4

5 Oracle VM Server for SPARC Best Virtualization for Your Enterprise Workloads Isolated OS and applications in each logical (or virtual) domain Oracle Solaris 10 GP Domain Oracle Solaris 10 GP Domain Oracle Solaris 10 GP Domain Oracle Solaris 10 GP Domain Oracle Solaris 11 Oracle Solaris 11 Oracle Solaris 11 Oracle Solaris 11 Database Domain Database Domain Database Domain Database Domain Firmware-based hypervisor SPARC Hypervisor Each logical domain runs in dedicated CPU thread(s) on dedicated memory SPARC Server

6 CPU Terms Visualized A CMT CPU is 1 CPU Up to 16 Cores 8 Strands per Core These are what Solaris will call CPU

7 Domain Components SPARC Hypervisor It s always there Controls ownership of hardware No overhead involved primary domain initially owns all hardware

8 Domain Components Guests & Virtual IO Guest systems have their own CPU and Memory always They might own IO hardware They might use virtual IO Virtual IO services delivered by IO Domains owning IO hardware

9 Slot 1 (8) Slot 2 (8) Slot 3 (8) Slot 4 (8) Slot 5 (8) Slot 6 (8) Slot 7 (8) Slot 8 (8) Hardware available to the Hypervisor PCI in LDoms Terms Root Complex pci_0 Slot PCIE7 Device(s) SASHBA1 NET0 SAS/SATA IO Controller SAS/SATA IO Controller x4 x4 x8 CPU DC/DCs x8 get rid of all inside small boxes T5-0 T5-1 CPU PCIe Debug CPU PCIe 0 1 Port DC/DCs 0 1 PCIe Switch 0 x8 x8 x4 x8 x4 x8 x8 PCIe Switch 1 x8 CPU Debug Port SR-IOV Virtual Function /SYS/MB/NET0/IOVNET.PF0.VF0 Quad 10Gig Enet

10 Root Domains Independent Domains Assign PCI Root Complexes Domains own assigned hardware Boot from physical devices System is hardware partitioned, similar to legacy Dynamic System Domains

11 Direct IO Fine Grain IO Domains Assign individual slots Domains own assigned hardware Dependency on Root Complex owner Typical use case: Tape Not used very much, since newer systems support more Root Complexes

12 SR-IOV PCIe Virtualization PCIe Standard Requires support on the card Native I/O performance Available today for Ethernet Infiniband Dependency on Root Complex owner With LDoms 3.1, this is dynamic!

13 Redundant Virtual IO Combining Root Domains with Virtual IO for High Availability

14 Best Practices for Virtual Networking Recommended Settings extended-mapin-space=on Reduces latency Default in LDoms 3.1 Upgrade to LDoms GBit wirespeed inter-vnet-link=off When low on LDCs

15 Examples of Virtual Networking Performance

16 Virtual Disk IO Considerations Managing Disk Latency Each disk IO will see additional latency impact depends on IO blocksize! One LDC per vdisk read and write traffic sharing one channel One SCSI queue per vdisk

17 Virtual Disk IO Best Practices High Performance Config Multiple vdisks - multiple SCSI queues Same service time per IO Less wait time per IO Better overall latency Higher throughput Redo Logs on dedicated vdisk Same approach as with traditional storage

18 Examples: Improved Virtual Disk Performance

19 Deployment Scenarios (1) Consolidation High Consolidation Ratio Many small guest systems Only virtual IO Allows LiveMigration Typical Example: Legacy System Consolidation

20 Deployment Scenarios (2) Hardware Partitioning Domain A Domain B Domains own PCIe root complex Prevents LiveMigration All domains fully independent Very similar to Dynamic System Domains, but done using Hypervisor Granularity limited by number of Root Complexes

21 Deployment Scenarios Criteria Consolidation Hardware Partitioning Many small guests ¼ 2 cores / guest Low to medium IO requirements High flexibility High granularity Few, larger guests 8+ cores / PCIe RC High IO requirements Strong isolation between guests Moderate flexibility Limited granularity

22 Agenda OVM Server for SPARC Effiziente Hardware-Partitionierung OpsCenter One Tool to Bind Them All Enterprise Cloud Infrastructure Wie aus Teilen ein Ganzes wird 22

23 Oracle Enterprise Manager Ops Center Complete Management for Oracle Hardware, OS & Virtualization Asset Discovery, Organization and Grouping Automated Firmware and OS Provisioning Server, Network, Storage and OS Management Operating System Analytics My Oracle Support (MOS) and Auto Service Request (ASR) Integration Virtualization Management: Solaris Zones OVM Server for SPARC OVM Server for x86 23

24 Ops Center User Interface 24

25 Virtualization Management Basic Functionality Single UI console VM lifecycle management Create, delete, configure, etc. Resource monitoring VM or system level Resource management Workload migration 25

26 Virtualization Management Server Pools (1/2) Ops Center specific Oracle Solaris Zones & Oracle VM Server support Metadata held on NFS shared storage Automatic Recovery of failed assets 26

27 Virtualization Management Server Pools (2/2) Auto-balance workloads at scheduled points in time Automatically move workloads at specific utilization level violations (Live Migration, Solaris Zones: cold migration) Placement Policy Server Load Server CPU / Memory usage Server Power Consumption 27

28 Add pre-configured Oracle VM Servers to Server Pool And Enable Migration of their Guests Control Domain is discovered and any configured guest domains Guest domain metadata placed in a local library Ability to move Guest metadata to an NFS library to enable migration Ability to add Oracle VM for SPARC servers to a Server Pool even if guests were previously configured and running Ability to mark guest storage as shared to other Oracle VM Server for SPARC servers Ability to add servers to a pool even if migration is not possible due to CPU incompatibilities. Use of native mode also possible to facilitate cross-cpu live migration 28

29 Enhancements for OVM Server for SPARC Management Multi I/O Domains, Direct I/O, and SR-IOV support Increased visibility of advanced IO options VLAN tagging support for Oracle VM Server for SPARC Option now available via the UI when connecting networks to guest domains Whole Core allocation for Oracle VM Server for SPARC 29

30 Layered Virtualization Layered Virtualization support for Solaris Zones within Oracle VM for SPARC guest domains Enables the deployment and management of Oracle Solaris Zones within Oracle VM Server logical domains Applies to entities created outside of Enterprise Manager Ops Center 30

31 Agenda OVM Server for SPARC Effiziente Hardware-Partitionierung OpsCenter One Tool to Bind Them All Enterprise Cloud Infrastructure Wie aus Teilen ein Ganzes wird 31

32 Build a Private Cloud: More Choice From Best in Class to Engineered Systems Best-of-Breed Products Oracle Optimized Solutions Engineered Systems

33 Oracle Optimized Solutions Complete Solutions to Address a Broad Range of Customer Needs A P P L I C A T I O N Full Stack Testing Applications Middleware Database OS and Virtualization Servers Storage

34 Oracle Optimized Solutions Accelerate Your Business SAVE MONEY Reduce capital and operational costs to maximize IT investments REDUCE RISK Ensure continued access to critical data and functions INCREASE USER PRODUCTIVITY Improve service levels resulting in higher employee productivity

35 Oracle Optimized Solutions Leadership Oracle E-Business Suite PeopleSoft HCM Enterprise Applications 2X lower TCO than IBM Siebel CRM 2X more business operations than IBM JD Edwards EnterpriseOne 3.5X faster than IBM 11X faster, ½ the cost of IBM SAP 7X faster queries 4X faster data loading Middleware WebLogic Server 6X better $/perf than IBM WebCenter Content 11X faster than x86 servers WebCenter Portal 4X faster encryption than x86 Oracle Unified Directory 3X greater scale Data Management Lifecycle Content Management 5X better TCO than EMC Symmetrix VMAX Oracle Database 2X faster and 36% lower TCO than IBM Enterprise Database Cloud 4X better price/performance than IBM Systems Infrastructure Backup and Recovery 5X less cost & faster than Symantec Enterprise Cloud Infrastructure 2X lower TCO than HP/VMware and IBM Power/PowerVM Disaster Recovery for Oracle SuperCluster Highest Application Availability Tiered Storage Infrastructure 71% lower cost than EMC tiered disk * See substantiation slides

36 Oracle Optimized Solution for Enterprise Cloud Infrastructure 36

37 Solution Architecture Overview Oracle Optimized Solution for Enterprise Cloud Infrastructure for SPARC Oracle Solaris Oracle VM for SPARC SPARC T-Series Servers Oracle Network Fabric Oracle Enterprise Manager Ops Center 12c Sun ZFS Storage Appliance Half Rack Full Rack

38 Staffing requirements in workdays 5x Faster Time to Value with Oracle Optimized Solutions Deployment in 2 days vs. 10 days Hardware install: ½ vs. 2½ days for DIY Software install: 1 ½ days vs. 7½ days for DIY 10,0 9,0 8,0 7,0 Days 5x faster 6,0 5,0 Software Hardware 4,0 3,0 2,0 1,0 0,0 OOS for ECI on SPARC DIY

39 ECI on SPARC - Standard Configuration Highly Dense Compute Solution Accommodating the Increased Need to Control Power/Run Control of Physical & Virtual Software Life Cycle Mgmt/Patching Resource Awareness and Penetration Remote Provisioning of Server/Storage/Network/VMs 4 Possible OS Versions 2 Virtualization Technologies Shared and Boundary Resource Models 10 x T5-2 Servers in a 42 RU rack 2,560 threads@ 3.6GHz 5TB of RAM 400Gbps of 10gbE bandwidth 80 PCIe slots ZFS Storage Appliance( 60TBs+) up to 320 x 8 thread/16gb RAM VMs up to 2,560 x 1 thread/2gb RAM VMs

40 Services for Enterprise Cloud Infrastructure Delivered by Oracle Advanced Customer Support Services Advise and Plan Design and Build Test and Deploy Run and Maintain Hardware BOM, Software BOM Pre-production Go-Live Support Production Configuration Review Advanced Support Knowledge Workshop Installation and Configuration Advanced Support Engineer Pre-Production Readiness Review Performance Review Patch Review Production Diagnostic Review Business Critical Support for Systems Solution Support Center Technical Account Manager

41 The Oracle Optimized Solution for Enterprise Cloud Infrastructure provides a customizable solution that can be tailored specifically for our clients running Oracle systems. If customers are running Oracle software and they are moving to the cloud, this is the solution they should be using because true to form, Oracle runs better on Oracle. Don Swanson CEO dcvast

42 Q&A 42

43 43

44

45 Substantiation Slide Oracle Optimized Solution for Enterprise Cloud Infrastructure Mandatory For Any Public Presentation Total Cost of Ownership and Costs of Acquisition 50% lower five-year TCO/50% lower Acquisition Costs versus IBM TCO savings are based on pricing validated on IBM.com, SPC Benchmark, and Ohio State Government websites. All vendor pricing, as of March 7, % lower five-year TCO/20% lower Acquisition Costs. TCO savings are based on pricing validated on HP.com, NETAPP, and VMWARE websites. All vendor pricing, as of March 12, 2013.

46 Required Benchmark Disclosure Statement Must be in SPARC T5 & Storage Presos with Benchmark Results T-series Copyright 2013, Oracle and/or its affiliates. All rights reserved. Oracle and Java are registered trademarks of Oracle and/or its affiliates. Other names may be trademarks of their respective owners. Results as of 3/26/2013. For all Benchmark validation, visit, blogs.oracle.com/bestperf