Prerequisites
Before attending this
course, students must have one or more of the following:
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On-the-job experience in planning, implementing,
managing, or supporting Microsoft Windows Server
2000 or 2003, including Active Directory and Network
Infrastructure |
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Working knowledge of networking, for example, TCP/IP
and Domain Name System (DNS). |
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Designed a Microsoft Windows Server 2003 Active
Directory and Network Infrastructure |
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Designed Security for a Microsoft Windows Server
2003 Network |
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Installed , Configured, and Administered Microsoft
Windows 2000, Windows XP Professional, or Microsoft
Vista. |
Course Outline
Module 1: Configuring
Windows Server code name "Longhorn"
This module explains how to
install and configure Windows Server code name "Longhorn".
It also explores using Server Manager to work with roles,
features, and other aspects of server configuration like
Automatic Updates.
Lessons
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Server Manager Roles |
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Windows Server code name "Longhorn" Features |
Lab 1: Configuring
Windows Server code name "Longhorn"
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Initial Configuration Tasks |
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Server Manager Console |
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Server Manager Wizards |
After completing this
module, students will be able to:
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Describe Windows Server code name "Longhorn" roles. |
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Describe Windows Server code name "Longhorn"
features. |
Module 2: Next
Generation Networking
This module explains how to
use new and improved networking features in Windows Server
code name "Longhorn", including server and domain isolation,
IPv6, and DNS.
Lessons
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Networking with Windows Server code name "Longhorn" |
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DNS Overview and Improvements |
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Lab 1: Reviewing Networking Defaults and Settings |
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Review the Network Center |
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Creating Domain Isolation Policies |
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Create a Centralized QoS Policy |
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Communicate with Link-Local Addresses |
Lab 2: DNS: Explore
Management Settings
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Explore the Active Directory Snap-Ins |
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Create a Forward Lookup Zone |
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Create a Reverse Lookup Zone |
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Create Resource Records |
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Configure Zone Transfers |
After completing this
module, students will be able to:
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Identify new and improved networking features with
Windows Server code name "Longhorn". |
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Explain how Server and Domain Isolation can protect
your network. |
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Know the difference between IPv4 and IPv6 addresses. |
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Know how DNS is used. |
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Explain how DNS and Active Directory work together. |
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List new improvements to DNS with Windows Server
code name "Longhorn". |
Module 3: Server Core
This module explains how to
use key functionality and benefits of a Server Core
installation, including adding and configuring roles.
Lessons
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Server Core Introduction |
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Configuring and Managing Server Core |
Lab 1: Server Core
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Installing Windows Server Core |
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Configure Server Core |
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Add and Configure Server Roles |
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Add Backup Feature |
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Managing Server Core |
After completing this
module, students will be able to:
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Describe Server Core. |
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List Server Core benefits. |
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Add Server Core roles. |
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Configure Server Core roles. |
Module 4: Windows Backup
This module provides an
overview of the new backup infrastructure in Windows Server
code name "Longhorn", including Volume Shadow Copy service,
scheduled vs. manual backups, media, the Universal Disk
Format (UDF), and restoring data.
Lessons
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Backup Infrastructure |
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Optical Media |
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Restore Utilities |
Lab 1: Backup and
Restore System Data
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Perform Installation Tasks |
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Schedule a Backup |
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Create a Manual Backup |
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Schedule Daily AD DS Backup via Command Line |
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Perform Windows RE Tasks |
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Restore Files and Folders |
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Backup and Recovery with Vista Client |
After completing this
module, students will be able to:
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List new features with Windows Server code name
"Longhorn". |
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Explain the new backup infrastructure, including
Volume Shadow Copy Service. |
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Explain the difference between scheduled and manual
backups. |
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Identify which media you can use for backups in
Windows Server code name "Longhorn". |
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Describe the Universal Disk Format. |
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Identify ways to restore data in Windows Server code
name "Longhorn". |
Module 5: Network
Policies and Access Protection
This module explains how to
use Network Access Protection (NAP) and related technologies
to enforce security and client health policies.
Lessons
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Network Policies Access Protection |
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Enforcement Options |
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Network Access Protection Scenarios |
Lab 1: Using Network
Access Protection
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Configuring Network Access Protection for DHCP |
After completing this
module, students will be able to:
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Describe how Network Policies Access Protection
works. |
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Identify the enforcement options. |
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List Network Access Protection scenarios. |
Module 6: Windows
Deployment Services
This module explains how to
use benefits and components of Windows Deployment Services,
including image capture and management.
Lessons
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Introducing Windows Deployment Services |
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WDS Components |
Lab 1: Working with
Windows Deployment Services
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Install and Configure Windows Deployment Services |
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Working with Images |
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Creating Images |
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Using Unattend Files |
After completing this
module, students will be able to:
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Describe Windows Deployment Services benefits. |
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List Windows Deployment Services components. |
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Explain the Windows Deployment Services image
capture process. |
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Use Windows Deployment Services management
components. |
Module 7: Windows Server
Virtualization
This module explains how to
use new capabilities and architecture in Windows Server
Virtualization, including integrated management functions
for physical and virtual environments.
Module 8: High
Availability Features
This module explains how to
use failover clustering and network load balancing.
Lessons
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Failover Clustering |
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Network Load Balancing |
Lab 1: High Availability
Features
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Installing a Two-Node File Server Cluster |
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Configuring Network Load Balancing with Terminal
Services |
After completing this
module, students will be able to:
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List suitable scenarios for Failover Cluster use |
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List suitable scenarios for Network Load Balancing
use |
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Describe how Failover Clustering is used to support
availability and scalability |
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List new features in Windows Server code name
"Longhorn" Failover Clustering |
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Describe Failover Clustering requirements |
Module 9: Performance
Monitoring and Optimization
This module explains how to
use Windows Server code name "Longhorn" performance
monitoring tools, including using Windows System Resource
Manager to implement server resource controls.
Lessons
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Windows Reliability and Performance Monitor |
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Microsoft Windows System Resource Manager |
Lab 1: Performance
Monitoring and Optimization
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Reviewing Performance and Reliability Monitoring |
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Key Scenarios for Monitoring Performance and
Reliability |
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Add Windows System Resource Manager Feature |
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Windows System Resource Manager Scenarios |
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Configure Windows System Resource Manager for
Terminal Services |
After completing this
module, students will be able to:
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Describe the features of Windows Reliability and
Performance Monitor |
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Implement server resource controls using Windows
System Resource Manager |