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SVR343,Virtualization Solution Scenarios: How to Identify, Implement, and Manage Your Virtual Environment,Michael Kleef Technology Advisor Microsoft,Agenda,Microsoft virtualization investments Microsoft virtualization technologies Scenarios for using virtualization Identifying virtualization candidates Building a virtualization environment,Virtualization Benefits,Improve Utilization Consolidation increases hardware utilization Scales on MP/multi-core systems Lower Operational Costs Management tools reduce costs Workloads can be hardware agnostic Increase Availability For planned and unplanned downtime Building block for business continuity Increase Responsiveness Rapid and self provisioning of services,Virtualization Investments,Management,Infrastructure,Applications,Interoperability,Licensing,Create agility Better utilize server resources Partner with AMD and Intel,Ease consolidation onto virtual infrastructure Better utilize management resources Free up IT spending,Support heterogeneity across the datacenter OSP (Open Specification Promise) VHD,Accelerate deployment Reduce the cost of supporting applications Turn applications into dynamic, real-time services,Deliver cost-effective, flexible and simplified licensing,Terminal Services,Windows Server Enterprise/Datacenter Includes 4/Unlimited virtual instances,Windows Vista (Software Assurance Customer Benefit) Allows Vista Enterprise Centralized Desktop deployments,Licensing per Virtual Processor SQL Server, BizTalk Server, etc.,Instance Based Licensing Will enable new usage models,Demo Distribution of Virtual Images,Industry Leadership in Licensing,Virtual Server 2005 R2,Improved performance and scalability 100% improvement on transactional workloads 64-bit (x64) host support for greater scalability High availability Host clustering for both planned and unplanned downtime Linux guest support! Free!,Virtual Server 2005 R2 SP1,Intel Virtualization Technology / AMDV support Increased reliability and performance Much better experience when consolidating Linux VSS support Improved Backup and DR scenarios VHD Mounting on host vhdmount /m /f ,Windows Server Virtualization,Hypervisor based solution for Windows Integrated virtualization Windows Server role New IO sharing model for better performance Standards based management API Windows virtualization platform for partners,Virtual Server 2005 vs. Windows Server Virtualization,Virtualization Management in System Center,DEMO,Windows Server Virtualisation,Virtual Machine Manager Benefits,Maximize Resources Intelligent placement Fast and reliable physical-to-virtual-machine conversion (P2V) Centralized, dynamic, and event-based resource optimization Comprehensive service-level enterprise monitoring,Achieve Agility Rapid provisioning of new and virtual machines Centralized library Leverage and extend existing storage infrastructure to provision quickly Automate test lab operations on virtual infrastructure,Leverage Skills Familiar interface, common foundation Monitor physical and virtual machines from one console Fully scriptable using PowerShell Leverage knowledge in Active Directory domain services to management of virtual machines,Customer Pain Points,Virtual Machine Manager Solution,Components of Virtual Machine Manager,Administrator Console,Delegated Provisioning UI,Windows PowerShell,Centralized Library,SCVMM Agent,VM,VM,VM,VM,Virtual Machine Manager At-A-Glance,Live Thumbnail,Host Groups,Centralized Library,VM Views,Context Sensitive Actions,Whats new in Beta 2,Every VMM component is now remotely installable SCVMM Server, Library Server, Self Service Portal, Database Support for hosts in a Perimeter Network Remote Administrator Console Completely new UI based on the System Center Framework - same as System Center Operations Manager, Service Desk, etc. 64-bit VMM Server support Physical to Virtual Conversions (Windows Server 2003 and Windows 2000) Operations Manager 2007 Management Pack and Reports Better overall performance, scalability Every feature from Beta1 includes more functionality PowerShell support with documentation - automate away!,Production Server Consolidation,Physical consolidation Improve and maximize hardware utilization Consolidate workloads onto fewer highly scalable and reliable enterprise class servers Reduce TCO Physical plant Reduce electrical costs for cooling and server power consumption Reduce datacenter physical footprint Server management Ease management and reduce operational costs by moving to a standardized platform Increase business agility by moving to dynamic platform Server consolidation is the fundamental driving force behind the virtualization of servers,Development and Test,Physical consolidation Improve and maximize hardware utilization Consolidate workloads onto fewer servers Reduce TCO Physical plant Reduce electrical costs for cooling and server power consumption Reduce physical footprint Lifecycle management Reduce time to migrate new software from Dev to Test to Production Increase business agility by moving to a dynamic platform Streamline test and development efforts Reduce time provisioning test/development environments Rapid duplication of a production environment Maximizing test hardware, reducing costs, improving lifecycle management, and improving test coverage,Business Continuity Management,Business continuity is a comprehensive process that includes Disaster and business recovery Business resumption and contingency planning For a global organization, this is particularly difficult as they provide “follow the sun” services Ensure continuity or uninterrupted provision of operations and services Reduce service interruptions Provide scalable, high-availability solutions Improve disaster and business recovery Provide robust enterprise management Business Continuity Management is the ability to minimize scheduled and unscheduled downtime,Identifying Virtualization Candidates,The vast majority of workloads perform equitably in virtual machines as to similarly configured physical computers Virtual Server 2005 R2 Uniprocessor 3.6GB RAM Windows Server virtualization Up to 4 processors per virtual machine Over 32GB RAM,Identifying Virtualization Candidates,Microsoft Operation Manager provides candidate identification report Monitors physical computers to identify consolidation opportunities Always test workloads under virtualization Avoid unpleasant issues You may be pleasantly surprised,Building a Virtualization Farm,If you could build a virtualization infrastructure how would you do it? What hardware would you use? How would you manage it? Bare metal deployment Virtualization deployment Overall Systems Management Servicing Backup Geo-cluster replication,Step 0: Choosing the building blocks Build a balanced system,Windows Server Longhorn x64 Edition EE/DTC Server Core Installation Quad processor/Quad Core AMD-V or Intel VT 64 GB of memory 2 GB per core minimum 4 GB per core recommended Storage Dual 4 Gb Fibre Channel Multi-path I/O Networking 1 NIC for management 1 quad-port Gb/E PCI-E for VMs,Step 1: Ensure You Have Active Directory,Domain Controller,Ethernet,Step 2: Building a Virtualization Farm,Virtualization Configuration Windows Server 2008 x64 Edition EE/DTC Quad Proc/Quad Core with AMD-V or Intel VT 64GB Memory 2 2Gb FC configured for multi-path I/O in parent 1 NIC dedicated to management 4 NICs for virtual machines,Virtualization Farm 1 (14 + 2 Servers),Domain Controller,Ethernet,Step 3: Adding Storage,Virtualization Configuration Windows Server 2008 x64 Edition EE/DTC Quad Proc/Quad Core with AMD-V or Intel VT 64GB Memory 2 2Gb FC configured for multi-path I/O in parent 1 NIC dedicated to management 4 NICs for virtual machines,Virtualization Farm 1 (14 + 2 Servers),32-Port Fibre Channel Switch,SAN,Domain Controller,32 connections,Ethernet,Step 4: Bare Metal Provisioning with System Center Configuration Manager,Virtualization Configuration Windows Server 2008 x64 Edition EE/DTC Quad Proc/Quad Core with AMD-V or Intel VT 64GB Memory 2 2Gb FC configured for multi-path I/O in parent 1 NIC dedicated to management 4 NICs for virtual machines,Virtualization Farm 1 (14 + 2 Servers),32-Port Fibre Channel Switch,SAN,Domain Controller,32 connections,Ethernet,Step 5: Virtual Machine Provisioning with System Center Virtual Machine Manager,Virtualization Configuration Windows Server 2008 x64 Edition EE/DTC Quad Proc/Quad Core with AMD-V or Intel VT 64GB Memory 2 2Gb FC configured for multi-path I/O in parent 1 NIC dedicated to management 4 NICs for virtual machines,Virtualization Farm 1 (14 + 2 Servers),32-Port Fibre Channel Switch,SAN,Domain Controller,32 connections,Ethernet,Step 6: Health Monitoring with System Center Operations Manager,Virtualization Configuration Windows Server 2008 x64 Edition EE/DTC Quad Proc/Quad Core with AMD-V or Intel VT 64GB Memory 2 2Gb FC configured for multi-path I/O in parent 1 NIC dedicated to management 4 NICs for virtual machines,Virtualization Farm 1 (14 + 2 Servers),32-Port Fibre Channel Switch,SAN,Domain Controller,32 connections,Ethernet,Step 7: Virtual Machine Snapshots with Data Protection Manager,Virtualization Configuration Windows Server 2008 x64 Edition EE/DTC Quad Proc/Quad Core with AMD-V or Intel VT 64GB Memory 2 2Gb FC configured for multi-path I/O in parent 1 NIC dedicated to management 4 NICs for virtual machines,Virtualization Farm 1 (14 + 2 Servers),32-Port Fibre Channel Switch,SAN,Domain Controller,32 connections,Ethernet,Step 8: Virtual Machine Snapshots with Data Protection Manager,Virtualization Configuration Windows Server 2008 x64 Edition EE/DTC Quad Proc/Quad Core with AMD-V or Intel VT 64GB Memory 2 2Gb FC configured for multi-path I/O in parent 1 NIC dedicated to management 4 NICs for virtual machines,Virtualization Farm 1 (14 + 2 Servers),32-Port Fibre Channel Switch,WAN,Replication,SAN,Domain Controller,32 connections,Ethernet,Virtualization and HA,Traditional Non-Virtualized Environment Downtime is bad, but affects one workload,Virtualized Environment Value of the physical server goes up Downtime is far worse because multiple workloads are affected,Virtualization and High Availability Go Hand in Hand,Virtualization High Availability,High Availability: Planned and unplanned downtime Planned downtime Quickly move virtualized workloads to service underlying hardware Unplanned downtime Automatic failover to other nodes (hardware or power failure) Additional benefits Guest OS agnostic Increases availability for applications not developed with high availability in mind,Resources,Technical Communities, Webcasts, Blogs, Chats & User Groups /communities/default.mspx,Microsoft Developer Network (MSDN) & TechNet /msdn /technet,Trial Software and Virtual Labs /technet/downloads/trials/default.mspx,Microsoft Learning and Certification /learning/default.mspx,Virtualization Resources /windowsserversystem/virtualization/default.mspx /Virtual_PC_Guy,Professional Microsoft Virtual Server 2005 /3y33v9,4th Floor Room 401: DAT314 by Bob Beauchemin Room 403: ILL10 by MCT Room 404-405: MGT315 by Daniel Lai Room 406-407: BIN320 by Lawrence Tse,6th Floor Room 604: CLI328 by Howard Chow Room 605: OFC345 by Raymond Yuen Room 606-607: ARC381 by Ron Jacobs, Microsoft Room 608: UNC334 by Benjamin Chau, Microsoft,Next Session (Day 3) 09:30 10:45,Activities Highlight,Presentations ready for Download after Sept 13,AtlantiCare,Business Goals Accelerate migration from Novell to Windows without adding data center space Move legacy applications to supported hardware to increase reliability Improve the efficiency with which servers could be deployed, re-imaged, and retired for developers,“Without using Virtual Server 2005, our migration to new Windows Server System applications would have been delayed several monthsWith Virtual Server 2005, we have just three servers using six outlets. Plus, these newer systems use far less rack space than our old systems, giving us additional data center savings.” Roger Vann, AtlantiCare,Solution Virtual Server 2005 used to consolidate infrastructure and legacy application servers Consolidation ratio achieved of 33:2,Results Eliminated need to expand or relocate data center Reduced server operating and management costs Virtual machine deployment in less than 5 minutes vs physical machine deployment of 10 days,Barkers Inc.,Business Goals Migrate existing servers to a more beneficial arrangement with minimum downtime Hardware upgrades for improved throughput and performance,Solution Brought in Heartland Technology Solutions Used Virtual Server and VSMT for server migration All services running and available during migration,Results Reduced deployment time by 25% Reduced recovery costs by 90% Minimal service disruption,“Virtual Server and VSMT really saved the day by providing a live snapshot of the customers server. They were able to recover their data quickly and get back up to full speed on the same day.” Derek Kuhr, Senior Network Engineer, Heartland Technology Solutions,PING,Business Goals Remove fragility of existing servers that were running core businesses Improve manageability of existing servers Free-up datacenter space,“We can get out of the one-application, one server paradigm when dealing with applications with low system requirements. We were able to consolidate 77 percent of these applications in our datacenter. Now we have the ability to provide a scalable, fault tolerant, hardware-independent solution for deploying single-server applications in a cost effective manner.” Eric Hart, Senior Network Engineer, PING,Solution Virtual Server 2005 used to consolidate servers Consolidated 7 servers onto a single server,Results 25% lower hardware costs 60% less deployment time Less datacenter space needed Improved fault tolerance Better manageability,Allstate Financial,Business Goals Slow the growth of servers in data center and test/dev lab Eliminate need to build additional data center space,“If you invest in 30 servers and find out six months later that the application isnt really worth the investment, you have those servers lying aroun