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1-800-THE-TREE (1-800-843-8733)
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Windows Server 2008 Hyper-V™ Virtualization: Hands-On
Course: 968
Type: Hands-On Training
Duration: 4 Days
You Will Learn How To
- Implement Hyper-V to consolidate servers for optimized resource utilization and availability
- Effectively plan and deploy virtual machines and virtual networks
- Roll out highly available services and applications through clustering and quick migrations
- Centralize management of virtual machines with System Center Virtual Machine Manager (SCVMM)
- Optimize, monitor and troubleshoot virtual machines with built-in tools and add-on solutions
- Secure Hyper-V servers through firewalls and reduced attack surfaces
Course Benefits Virtualization is a powerful enterprise technology that provides simplified administration, reduced Total Cost of Ownership (TCO) and environmental benefits to the organization. When properly implemented, Windows Server 2008 Hyper-V can be used to consolidate servers and ensure high availability. In this course, you gain the practical skills to deploy, manage and secure virtual machines built on Hyper-V technology.Who Should Attend Server and network administrators, infrastructure architects and anyone responsible for implementing or managing virtualization solutions based on Hyper-V. Experience with Windows Server administration is required.Hands-On Training Throughout this course, extensive hands-on exercises provide practical experience deploying and managing virtual machines with Hyper-V. Exercises include:
- Planning and installing Hyper-V
- Building efficient virtual machines
- Constructing the virtual network topology
- Performing quick migrations with clustered hosts
- Leveraging SCVMM for P2V and V2V conversions
- Remotely interfacing with the Self-Service Web Portal
- Applying PRO Tips for increased performance
- Configuring Hyper-V on Server Core
Course 968 Content
- Analyzing the layered architecture
- Realizing the financial and environmental benefits
- Contrasting Microsoft, VMware and Xen products
- Meeting the hardware and software prerequisites
- Identifying potential applications for virtualization
- Estimating capacity requirements
- Adding the Windows Server role
- Hyper-V Manager
- WMI
- PowerShell
- Accessing various storage technologies
- Local
- NAS
- iSCSI
- Fibre Channel
- Optimizing CPU and memory for performance
- Contrasting physical virtualization and paravirtualization
- Identifying supported guest operating systems
- Migrating physical machines to VMs manually
- Enhancing functionality with Integration Services
- Reverting to previous configurations with snapshots
- Expanding hard drives for increased storage
- Comparing host-based and VM-based strategies
- Restoring guest documents and folders
- Performing disaster recovery from system failures
- Setting up the host for remote management
- Accessing shared storage
- Constructing private, internal and bridged networks
- Interconnecting multiple network types
- Isolating network traffic with VLANs
- Increasing availability through NIC teaming
- Assigning VMs to cluster resource groups
- Moving VMs with quick migrations
- Connecting to iSCSI targets for data storage
- Ensuring reliable heartbeats
- Assembling the required components
- Navigating SCVMM with the Administrator Console
- Standardizing configuration with guest OS and hardware profiles
- Rapidly deploying VMs from templates
- Capturing live servers into virtual machines (P2V)
- Converting from VMware VMs to Hyper-V (V2V)
- Simplifying user interaction with remote VMs
- Restricting interaction with self-service roles and policies
- Leveraging event logs to locate potential problems
- Identifying bottlenecks with the System Monitor
- Generating alerts with System Center Operations Manager
- Equalizing processor usage with reservations and CPU shares
- Triggering remediation actions with Performance and Resource Optimization (PRO)
- Applying user-level permissions with SCVMM and Hyper-V
- Assigning roles and tasks with the Authorization Manager
- Controlling network access with the Windows Firewall
- Minimizing the footprint for increased stability
- Reducing the attack surface with Server Core
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Windows Server is a registered trademark of Microsoft Corporation. Hyper-V is a trademark of Microsoft Corporation.
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