Exam 70–414 Implementing an Advanced Server Infrastructure Lab Manual
John Wiley & Sons Inc (Verlag)
978-1-118-78946-9 (ISBN)
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This is the Lab Manual to accompany Exam 70-414 Implementing an Advanced Server Infrastructure. This Microsoft Official Academic Course (MOAC) IT Professional curriculum prepares certification students for success every step of the way. This 70-414 Implementing an Advanced Server Infrastructure exam course is the second of a series of two exams Microsoft Certified Solutions Associates (MCSE) candidates are required to pass to gain the MCSE: Windows Server 2012 and Windows Server 2012 R2 certification. These MCSE exams test the skills and knowledge necessary to design, implement, and maintain a Windows Server 2012 infrastructure in an enterprise scaled, highly virtualized environment. Passing these exams confirms students ability to plan, configure, and implement the Windows Server 2012 services, such as server deployment, server virtualization, and network access and infrastructure. This complete ready-to-teach MOAC program is mapped to all of the exam objectives.
The Microsoft Official Academic Course (MOAC) Program is the official product for Microsoft Programs in higher education. These learning products are created especially for the academic market and combine the business world focus and market research of Microsoft with 200 years of successful higher education publishing from Wiley. The program is based upon the same curriculum as the Microsoft IT Certifications to build the skills students need to succeed at work and the preparation they need to validate those skills and get the jobs they seek. All the support instructors need to deliver great courses on Microsoft software is in the program. Student copies of the textbooks include the trial software in select markets and student files for completing homework assignments. Microsoft Updates will bring you the latest information on new products and curriculums and are a part of the program. MOAC is a great way for instructors to get ready to teach and for students to get ready for work.
1. Designing an Automated Server Installation Strategy 1 Exercise 1.1: Planning and Selecting Images (Data Collection and Tracking Project) 3 Exercise 1.2: Installing Windows Assessment and Deployment Kit (ADK) 4 Exercise 1.3: Installing and Configuring Windows Deployment Services (WDS) 5 Lab Challenge: Designing and Planning an Automated Server Installation Strategy (Home Security Product Project) 6 2. Implementing a Server Deployment Infrastructure 7 Exercise 2.1: Installing SQL Server 2012 with SP1 9 Exercise 2.2: Installing and Configuring Microsoft Deployment Toolkit 11 Exercise 2.3: Installing Configuration Manager 12 Exercise 2.4: Running the Configure ConfigMgr Integration Wizard 15 Exercise 2.5: Configuring Configuration Manager 16 Lab Challenge: Designing and Planning an Automated Server Installation Strategy (Home Security Product Project) 19 3. Planning and Implementing Server Upgrade and Migration 21 Exercise 3.1: Installing the Microsoft Application and Planning (MAP) Toolkit 23 Exercise 3.2: Using MAP to Perform Inventory 24 Exercise 3.3: Collecting Performance Metrics Using MAP 25 Exercise 3.4: Migrating Roles Between Servers 26 Lab Challenge: Planning an Upgrade and Migration to Windows Server 2012 R2 30 4. Planning and Deploying Virtual Machine Manager Services 31 Exercise 4.1: Installing and Configuring System Center 2012 R2 Virtual Machine Manager 33 Exercise 4.2: Creating a VM Template and Service Template 36 Exercise 4.3: Creating Profiles with Virtual Machine Manager 38 Lab Challenge: Planning a System Center 2012 R2 Virtual Machine Deployment (Data Collection and Tracking Project) 40 5. Planning and Implementing File and Storage Services 41 Exercise 5.1: Implementing and iSCSI Target 43 Exercise 5.2: Planning an iSCSI Deployment 43 Exercise 5.3: Implementing Storage Spaces and Storage Pools 44 Exercise 5.4: Planning Storage Spaces and Storage Pools 44 Exercise 5.5: Implementing Data De-Duplication 45 Lab Challenge: Planning an iSCSI Storage Infrastructure (Data Collection and Tracking Project) 46 6. Designing and Maintaining a Dynamic Host Configuration Protocol (DHCP) Solution 49 Exercise 6.1: Implementing DHCPv6 51 Exercise 6.2: Implementing DHCP Access Restrictions 51 Exercise 6.3: Maintaining a DHCP Database 52 Exercise 6.4: Planning DHCP Design and Maintenance 54 Lab Challenge: Implementing a Fault-Tolerant DHCP System (DHCP Project) 55 7. Designing a Name Resolution Strategy 57 Exercise 7.1: Configuring DNSSEC on an Active Directory Integrated Zone 59 Exercise 7.2: Implementing DNS Socket Pool and DNS Cache Locking 59 Exercise 7.3: Creating a Single-Label DNS Name Resolution 60 Exercise 7.4: Planning a DNS Infrastructure and Strategy 60 Lab Challenge: Creating Conditional Forwarding for Contoso.com and Adatum.com 61 8. Designing and Managing IP Address Management Solution 63 Exercise 8.1: Planning for an IPAM Implementation 64 Exercise 8.2: Implementing an IPAM Solution 66 Lab Challenge: Creating a Plan for IPAM (IPAM Project) 66 9. Designing a VPN Solution 67 Exercise 9.1: Designing a VPN Solution 69 Exercise 9.2: Configuring a Certificate Server 70 Exercise 9.3: Configuring a VPN Server 71 Exercise 9.4: Creating a CMAK Client Package 71 Exercise 9.5: Disabling Routing and Remote Access 72 Lab Challenge: Planning a VPN Solution (Contoso VPN Project) 72 10. Designing a DirectAccess Solution 73 Exercise 10.1: Designing a DirectAccess Solution 74 Exercise 10.2: Creating a New Web Server Certificate Template 76 Exercise 10.3: Deploying DirectAccess 77 Lab Challenge: Planning a VPN Solution Revisited (Contoso VPN Project) 80 11. Designing a Web Application Proxy Solution 83 Exercise 11.1: Designing a Web Application Proxy Solution 85 Exercise 11.2: Deploying Active Directory Federation Services (AD FS) 86 Exercise 11.3: Configuring Web Application Proxy 87 Lab Challenge: Planning a Scalable Remote Access Solution (Contoso Scalable Remote Access Project) 87 12. Implementing a Scalable Remote Access Solution 89 Exercise 12.1: Designing a Scalable Remote Access Solution 90 Exercise 12.2: Configuring Packet Tracing 92 Exercise 12.3: Adding a Second Entry point for DirectAccess 92 Exercise 12.4: Configuring Web Application Proxy for Clustering 96 Lab Challenge: Planning a Scalable Remote Access Solution (Contoso Scalable Remote Access Project) 98 13. Designing and Implementing a Network Protection Solution 99 Exercise 13.1: Designing Network Access Protection 101 Exercise 13.2: Installing a Network Policy Server 102 Exercise 13.3: Configuring the NAP Policies for IPsec 102 Lab Challenge: Planning a Windows Update and Anti-virus Solution (Contoso Client Security Project) 105 14. Designing a Forest and Domain Infrastructure 107 Exercise 14.1: Designing the Forest and Domain Infrastructure 109 Exercise 14.2: Upgrading a Domain to Windows Server 2012 R2 111 Lab Challenge: Planning a Forest and Domain Infrastructure (Contoso Forest and Domain Infrastructure Project) 111 15. Implementing a Forest and Domain Infrastructure 113 Exercise 15.1: Renaming a Domain 115 Exercise 15.2: Creating a Trust Relationship 117 Exercise 15.3: Installing the Active Directory Migration Tool 121 Exercise 15.4: Migrating a User 124 Lab Challenge: Planning a Forest and Domain Infrastructure (Contoso Forest and Domain Infrastructure Project) 126 16. Designing a Group Policy Strategy 127 Exercise 16.1: Planning and Designing Group Policy 129 Exercise 16.2: Configuring Loopback Processing 130 Exercise 16.3: Configuring WMI Filtering 130 Exercise 16.4: Configuring Slow-Link Detection 131 Exercise 16.5: Modifying the Group Policy Caching Defaults 131 Exercise 16.6: Deploying a Site-Link GPO 131 Lab Challenge: Planning a Group Policy (Contoso Group Policy Project) 132 17. Designing an Active Directory Permission Model 135 Exercise 17.1: Planning an Active Directory Permission Model 137 Exercise 17.2: Customizing Tasks to Delegation of Control Wizard 137 Exercise 17.3: Delegating Permissions to AdminSDHolder 139 Exercise 17.4: Configuring Kerberos and Kerberos Delegation 140 Lab Challenge: Planning and Designing an Active Directory Permission Model (Contoso Active Directory Permission Model Project) 141 18. Designing an Active Directory Sites Topology 143 Exercise 18.1: Design an Active Directory Sites Topology 145 Exercise 18.2: Adding Sites and Subnets 146 Exercise 18.3: Promoting a CServer01 to a Domain Controller 146 Exercise 18.4: Monitoring Active Directory Replication Using the Active Directory Replication Status Tool 147 Lab Challenge: Planning and Designing an Active Directory Sites Topology and Domain Controller Strategy (Contoso Active Directory Sites Topology and Domain Controller Project) 147 19. Designing a Domain Controller Strategy 149 Exercise 19.1: Designing a Domain Controller Strategy 151 Exercise 19.2: Adding Attributes to the Partial Attributes Set 152 Exercise 19.3: Transferring the Operations Masters Role 153 Exercise 19.4: Installing a Read-Only Domain Controller (RODC) 153 Lab Challenge: Planning and Designing an Active Directory Sites Topology and Domain Controller Strategy (Contoso Active Directory Sites Topology and Domain Controller Project) 154 20. Designing a Forest and Domain Infrastructure 155 Exercise 20.1: Designing a Branch Office Infrastructure 157 Exercise 20.2: Implementing BranchCache 158 Lab Challenge: Planning and Designing an Active Directory Sites Topology and Domain Controller Strategy (Contoso Active Directory Sites Topology and Domain Controller Project) 161 Appendix: Contoso Corporation Overview 163
| Erscheint lt. Verlag | 11.8.2015 |
|---|---|
| Verlagsort | New York |
| Sprache | englisch |
| Maße | 216 x 275 mm |
| Gewicht | 472 g |
| Themenwelt | Mathematik / Informatik ► Informatik ► Netzwerke |
| Informatik ► Weitere Themen ► Zertifizierung | |
| Sozialwissenschaften ► Pädagogik | |
| ISBN-10 | 1-118-78946-6 / 1118789466 |
| ISBN-13 | 978-1-118-78946-9 / 9781118789469 |
| Zustand | Neuware |
| Haben Sie eine Frage zum Produkt? |
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