Labs 1-5

5.4.8 Configure the iSCSI Initiator You work as the IT administrator for a growing corporate network. You created an iSCSI storage area network (SAN) on the CorpiSCSI server. You need to make this storage available to CorpFiles16 users. In this lab, your task is to perform the following: Use the iSCSI initiator to connect to the CorpiSCSI target server. -Server name: CorpiSCSI -Target name: CorpiSCSI Use Server Manager to bring the disk online. Create a volume using the following parameters: -Use all available storage from the disk -Drive letter: G -File system: NTFS -Volume label: iSCSI

Complete this lab as follows: 1) Connect to an iSCSI target as follows: a) From Hyper-V Manager, select CORPSERVER. b) Maximize the window to view all virtual machines. c) Right-click CorpFiles16 and select Connect. d) From Server Manager on CorpFiles16, select Tools > iSCSI Initiator. e) In the Target field, enter the server name of the target server. f) Select Quick Connect. g) Click Done. h) Click OK. 2) Create a volume as follows: a) In the left pane of Server Manager, select File and Storage Services. b) Select Disks. c) In the DISKS panel, select the iSCSI disk. d) Right-click the iSCSI disk and select Bring Online. e) Select Yes to confirm. f) Select the iSCSI disk. g) Right-click the iSCSI disk and select New Volume. h) Click Next to begin the New Volume Wizard. i) Under Disk, select the disk and click Next. j) Make sure the volume size is correct; then click Next. k) Select a drive letter for the volume; then click Next. L) Make sure NTFS is selected as the file system. m) In the Volume label field, enter the name of the volume; then click Next. n) Click Create. o) After the volume is created, click Close. The Disk Management utility can be used to bring the iSCSI disk online. However, this lab is designed to only use Server Manager to bring the disk online.

5.3.7 Create a Storage Pool After experimenting with various disk configurations, you have decided to create a storage pool. You need a large fault tolerant drive that you can store your Hyper-V virtual machines on. The server has several unallocated drives already installed. In this lab, your task is to configure a storage pool on CorpServer as follows: Create a storage pool that the following parameters: -Name the pool HyperPool. -Use all available drives in the pool using Automatic allocation. Using the storage pool you just created, create a virtual disk that meets the following parameters: -Virtual disk name: HyperDisk -Storage layout: Parity -Provisioning type: Fixed -Virtual disk size: 10 TB Using the virtual disk you just created, configure a volume that meets the following parameters -Volume size: 10 TB -Drive Letter: D -File System: NTFS -Volume label: Hyper-V Verify the status of the new volume in File Explorer.

Complete this lab as follows: 1) Create a storage pool as follows: a) In Server Manager, select File and Storage Services from the menu on the left. b) Select Storage Pools. c) Maximize Server Manager to view all panels. d) In the Physical Disks panel, select Tasks > New Storage Pool. e) Click Next. f) Enter the name of the storage pool; then click Next. g) Select the drives to include in the storage pool and the desired allocation; then click Next. h) Select Create to create the storage pool. i) Click Close. 2) Create a virtual disk as follows: a) In the Virtual Disks panel, select Tasks > New Virtual Disk. b) Click Next. Select the storage pool that will be used in creating the virtual disk; then click Next. c) Enter the name of the virtual disk; then click Next. d) Select the storage layout; then click Next. e) Select the provisioning type; then click Next. f) Enter the virtual disk size; then click Next. g) Select Create to create the virtual disk. h) Make sure Create a volume when this wizard closes is selected; then click Close. 3) Create a volume as follows: a) In the New Volume wizard, click Next. b) Select the virtual disk to be used in creating the volume; then click Next. c) Enter the volume size; then click Next. d) Select the drive letter to be assigned; then click Next. e) Select the file system. f) Enter a volume label; then click Next. g) Select Create to create the virtual disk. h) Click Close. 4) View the volume in File Explorer as follows: a) From the taskbar, open File Explorer. b) Right-click the new volume and select Properties. c) Verify that the volume has the correct properties; then click OK.

3.25 - Install and Configure the File Server Role You are using the CorpFiles16 server as a file server. You can do basic file server management for network users, but you need to be able to perform the following file server management tasks: -Define policies that prevent users from saving .wmv files in the home folders stored on the server. -Share files with UNIX-based clients. In this lab, your task is to perform the following: -Add the File Server Resource Manager (FSRM) role service, which allows you to configure file screens to prevent users from saving specific file types in specific folders. -Add the Server for NFS role service to be able to share files with UNIX-based clients.

Complete this lab as follows: 1) From Hyper-V Manager, select CORPSERVER. 2) Maximize the window to view all virtual machines. 3) Right-click CorpFiles16 and select Connect. 4) From Server Manager, select Manage > Add Roles and Features. 5) In the Add Roles and Features Wizard, click Next. 6) Make sure Role-based or feature-based installation is selected; then click Next. 7) Make sure CorpFiles16.CorpNet.com is selected in the Server Pool area; then click Next. 8) Expand File and Storage Services > File and iSCSI Services. 9) Select the File Server Resource Manager role. 10) Select Add Features. 11) Under File and iSCSI Services, select the Server for NFS role. 12) Select Add Features. 13) Select Next. 14) On the Select features window, select Next. 15) Select Install. 16) When the installation is complete, select Close.

4.1.8 Configure IP Settings You work as the IT administrator for a small business and are responsible for the corporate network. The company is growing and has acquired additional space in an adjacent building. You have set up a router between the buildings and have connected a Windows Server 2016 server named CorpServer2 to the network. You have just installed the Hyper-V role on this server which requires you to manually configure the Hyper-V adapter with a static IP address. In this lab, your task is to complete the following: Configure the TCP/IP properties for the vEthernet (External) network to use the following static values for the network in Building B: -IP Address: 192.168.10.10 -Subnet mask: default subnet mask -Default gateway: 192.168.10.5 -Preferred DNS server: 192.168.10.11 -Alternate DNS server: 192.168.0.11 Use ipconfig to verify the address changes to the server.

Complete this lab as follows: 1) From the taskbar, right-click the Network icon and select Open Network and Sharing Center. 2) In the left pane, select Change adapter settings. 3) Right-click vEthernet (External) and select Properties. 4) Select Internet Protocol Version 4 (TCP/IPv4). 5) Select Properties. 6) Select Use the following IP address. 7) Enter the IP address. 8) Click inside the Subnet mask field to allow the default subnet mask to populate the field. 9) Enter the Default gateway. 10) Make sure Use the following DNS server addresses is selected. 11) Enter the Preferred DNS server address. 12) Enter the Alternate DNS server address. 13) Click OK. 14) Click Close. 15) Right-click Start and select Command Prompt. 16) At the command prompt, type ipconfig /all and press Enter to verify configuration. You can also select the Network icon to verify that the server is connected to the corporate network and to the Internet.

4.2.3 Configure IPv6 You work as the IT administrator for a small business and are responsible for the corporate network. The company has obtained the registered globally unique IPv6 /48 network address 2620:14F0:45EA. You need to configure your server with this address so you can begin testing IPv6 in your internal network. This is your first network, so you will use a subnet address of 0001. Your network router is not configured for IPv6 yet, so you must manually configure the address for now. To simplify the configuration, use the server's IPv4 address to create the interface ID. In this lab, your task is to configure the external vEthernet network adapter with the following IPv6 address: -Prefix: 2620:14F0:45EA:0001 -Interface ID: 192:168:0:10 -Subnet prefix length: 64 Use ipconfig to verify the information.

Complete this lab as follows: 1) Right-click the network icon in the notification area and select Open Network and Sharing Center. 2) On the left, select Change adapter settings. 3) Right-click the vEthernet (External) adapter and select Properties. 4) Select Internet Protocol Version 6 (TCP/IPv6). 5) Select Properties. 6) Select Use the following IPv6 address. 7) In the IPv6 address field, enter 2620:14F0:45EA:0001:192:168:0:10 as the IPv6 address. 8) In the Subnet prefix length field, enter 64. 9) Click OK. 10) Click Close. 11) Right-click Start and select Command Prompt (Admin) to verify the address configuration. 12) Enter ipconfig /all and view the IPv6 Address.

5.4.7 Configure an iSCSI Target You work as the IT administrator for a growing corporate network. You need to create a storage area network (SAN). Management would like you to use standard Ethernet hardware to lower the cost of the SAN implementation. In this lab, your task is to create an iSCSI virtual disk on CorpiSCSI using the following settings: -Use space on Volume D: -Name the disk iSCSIDisk1. -Set the size to 5 TB. -Set the disk type to Dynamically expanding. -Assign a new iSCSI Target called iSCSITarget1. -Specify CorpFiles16 as an iSCSI initiator server with access to the virtual disk.

Complete this lab as follows: 1) In the left pane of Server Manager, select File and Storage Services. 2) Select iSCSI. In the iSCSI VIRTUAL DISKS panel, select Tasks > New iSCSI Virtual Disk. 3) Under Server, make sure CorpiSCSI is selected. 4) Under Select by volume, select D:, and then select Next. 5) In the Name field, enter a name for the virtual disk; then click Next. 6) In the Size field, enter the size for the virtual disk. 7) Make sure Dynamically expanding is selected; then click Next. 8) Select New iSCSI Target; then select Next. 9) In the Name field, enter a name for the iSCSI target; then click Next. 10) Specify the access servers as follows: a) Select Add. b) Make sure Query initiator computer for ID is selected. c) Select Browse to locate the server that will be allowed to access the iSCSI disk. d) In the Enter the object names to select field, enter the server name; then click OK. e) Click OK. f) Click Next. 11) Click Next. 12) Click Create. 13) Click Close. To view the iSCSI virtual disk and target you just created, expand the Server Manger window.

5.1.9 Configure Fault Tolerant Volumes You work as the IT administrator for a small business and are responsible for the corporate network. Until now, the network has consisted of only workstations accessing the Internet through a consumer-grade switch. You have convinced management to add a server to ease your administrative burden. As a result, you are testing various configurations of the Windows Server 2016 operating system. You reinstalled the operating system on the CorpServer server. During this installation, you created a single partition that took up the entire first disk. You need to add fault tolerance to the system volume and create an additional fault tolerant volume for storing data, so you've added four additional hard disks in the server. In this lab, your task is to complete the following: -On Disk 1, create a mirrored volume of the System (C:) volume to add fault tolerance. -Using Disk 2, Disk 3, and Disk 4, create a new volume that provides both fault tolerance and improved performance using the following settings: -Volume size: 2 TB -Drive letter: R -Format: NTFS -Volume label: Data

Complete this lab as follows: 1) Mirror an existing volume as follows: a) Right-click Start and select Disk Management. b) Click OK to initialize new disks. c) Maximize the Disk Management window to better view the volumes. d) Right-click the System (C:) volume and select Add Mirror. e) Select Disk 1 that will be used for the mirrored copy. f) Select Add Mirror. g) Click Yes to convert the basic disk to a dynamic disk. 2) Create a RAID 5 volume as follows: a) In Disk Management, right-click a disk with free space and select New RAID-5 Volume. b) Click Next. c) Select Disk 2, Disk 3, and Disk 4 to be part of the new volume; then select Add. d) Click Next. e) From the drive letter drop-down dialog, select R; then click Next. f) Make sure that NTFS is selected as the file system. h) In the Volume label field, enter Data. i) Click Next. j) Click Finish to create the volume. k) Click Yes to convert the basic disk to a dynamic disk.

4.4.4 Configure NIC Teaming You are the IT security administrator for a small corporate network. You plan to use the CorpServer server as your production server and need to have the most throughput possible. As a result, you must configure NIC Teaming. In this lab, your task is to configure a NIC team on CorpServer as follows: -View the current IP configuration for the primary adapter. -Create a NIC team with all adapters as members using the following parameters: --Team name: NetTeam --Teaming Mode: Switch Independent --Load balancing mode: Address Hash --Standby adapter: Ethernet 3 -Configure the NIC team to use same IP address as the primary adapter using the following parameters: --IP Address: 192.168.0.10 --Subnet mask: 255.255.255.0 --Default gateway: 192.168.0.5 --Preferred DNS server: 192.168.0.11 --Alternate DNS server: 192.168.10.11 -Verify the status of the team and your network connection in Network and Sharing Center.

Complete this lab as follows: 1) View the current IP configuration for the primary adapter as follows: a) Right-click the network icon and select Open Network and Sharing Center. b) Select Ethernet.Select Details. c) Click Close.Click Close. 2) Create a NIC team as follows: a) In Server Manager, select Local Server from the menu on the left. b) Next to NIC Teaming, select Disabled to configure NIC Teaming. c) In the Teams panel, select Tasks > New Team. Enter the team name. d) Select the adapters to be included in the team. Select Additional Properties. e) Make sure Switch Independent is selected as the teaming mode. f) Make sure Address Hash is selected as the load balancing mode. h) In the Standby adapter drop-down list, select Ethernet 3; then click OK. 3) Configure the NIC team to use the same IP address as primary adapter as follows: a) In Network and Sharing Center, select Change adapter settings. b) Right-click NetTeam and select Properties. Select Internet Protocol Version 4 (TCP/IPv4). c) Select Properties. Select Use the following IP address. d) Enter the IP address. e) Enter the subnet mask. f) Enter the default gateway. g) Make sure Use the following DNS server addresses is selected. h) Enter the preferred DNS server address. i) Enter the alternate DNS server address. j) Click OK. k) Click Close. 4) Verify the status of the NIC team and your network connection as follows: a) Right-click the network icon and select Open Network and Sharing Center. b) Make sure NetTeam is displayed by Connections.

5.1.10 Create a Mount Point You work as the IT administrator for a small business and are responsible for the corporate network. Until now, the network has consisted of only workstations accessing the Internet through a consumer-grade switch. You have convinced management to add a server to ease your administrative burden. As a result, you are testing various configurations of the Windows Server 2016 operating system. Currently, CorpServer has two volumes on a single hard disk. You need to install a custom application on the server that must be installed on the System volume. However, the System volume does not have enough free space to install the application. A second unused disk is installed in the server. In this lab, your task is to make more space available on the System volume by mounting a new volume to an empty directory. Ensure that the volume meets the following parameters: -Create a folder with the following path: C:\MyApp. -Create a new volume named MyApp. - Use 400 GB (409600 MB) from Disk 1 for the new volume. - Mount the MyApp volume to the folder you created.

Following are steps that an expert might take to perform the tasks in this lab: 1) Right-click Start and select Disk Management. 2) Click OK to initialize new disks. 3) Maximize the Disk Management window. 4) Right-click the unallocated space on Disk 1 and select New Simple Volume. 5) Click Next. 6) Enter 409600 as the disk space for the new volume and click Next. 7) Select Mount in the following empty NTFS folder. 8) Select Browse. 9) Select the C:\ volume. 10) Select New Folder. 11) Type the name of the folder and click OK. 12) Click Next. 13) In the Volume label field, type MyApp and click Next. 14) Click Finish.

5.1.8 Configure Volumes You work as the IT administrator for a small business and are responsible for the corporate network. Until now, the network has consisted only of workstations accessing the Internet through a consumer-grade switch. You have convinced management that adding a server would ease your administrative burden. As a result, you are testing various configurations of the Windows Server 2016 operating system. You installed Windows Server 2016 on a server named CorpServer. During installation, you created a single volume for the operating system using 200 GB on the first disk. You also have two additional unused disks installed in the server. The following restraints impact volume modification: -You can extend a volume on a basic disk using only contiguous free space on the same disk. -The System C: volume can only be extended on the same disk. -A spanned volume uses space from two or more disks. -Spanned volumes can only be created on dynamic disks. -To create a spanned volume, use one of the following approaches: --Convert the disks to dynamic and then create the spanned volume. --Create a simple volume, convert that disk to dynamic, and then extend the volume to the other disk. In this lab, your task is to complete the following: -Extend the System (C:) volume to use the remaining space on Disk 0. -Create a new volume using Disk 1 and Disk 2 using the following settings: --Use all of the disk space on Disk 1 and 600 GB (614400 MB) on Disk 2. --Use the drive letter M. --Use the NTFS file system. --Use the volume label Data.

Perform the following: 1) Extend a volume as follows: a) Right-click Start and select Disk Management. b) Click OK to initialize the new disks. c) Right-click the System (C:) volume and select Extend Volume. d) Click Next. e) Make sure Disk 0 614050 MB is selected and click Next to use the remaining space on Disk 0. f) Click Finish. 2) Convert a disk to dynamic as follows: a) In Disk Management, right-click Disk 1 and select Convert to Dynamic Disk. b) Make sure Disk 1 is selected and select Disk 2. c) Click OK to convert both disks to dynamic disks. 3) Create a spanned volume as follows: a) In Disk Management, right-click the unallocated space on Disk 1 and select New Spanned Volume. b) Click Next. c) Under Available, select Disk 2. d) Click Add. e) Under Selected, select Disk 2. f) In the Select the amount of space in MB field, enter 614400 MB to adjust the amount of space used in the new volume. h) Click Next. i) In the drive letter drop-down field, select M. j) Click Next. In the Volume label field, enter Data; then click Next. k) Click Finish.

5.2.5 Create and Mount a VHD You work as the IT administrator for a small business and are responsible for the corporate network. Until now, the network has consisted only of workstations accessing the Internet through a consumer-grade switch. You have convinced management that adding a server would ease your administrative burden. As a result, you are testing various configurations of the Windows Server 2016 operating system. CorpServer currently has two volumes. You want to create a volume that is easy to move to another server. In this lab, your task is to create a volume using a VHD file that meets the following parameters: Create a new VHD file using the following parameters: -Location: C: drive -Filename: MyVHD -Size: dynamically expanding up to 100 GB Create a new volume using the VHD file using the following settings: -Use the entire disk for the volume. -Assign V as the drive letter. -Format the drive with NTFS. -Assign VHD_Vol as the volume label.

To accomplish these tasks, perform the following: 1) Create a VHD as follows: Right-click Start and select Disk Management. a) From the menu, select Action > Create VHD. b) In the Location field, enter C:\MyVHD. c) In the Virtual hard disk size field, enter 100 GB. d) Under Virtual hard disk format, select VHD. e) Under Virtual hard disk type, select Dynamically expanding. f) Click OK. 2) Initialize a disk as follows: a) In Disk Management, right-click Disk 6 and select Initialize Disk. b) Verify that the correct disk is selected. c) Verify the partition style; then click OK. 3) Create a simple volume as follows: a) In Disk Management, right-click Disk 6 and select New Simple Volume. b) Click Next. In the Specify Volume Size window, click Next to use the entire disk space. c) Assign V as drive letter; then click Next. d) Make sure NTFS is selected as the File system. e) In the Volume label field, enter VHD_Vol; then click Next. f) Click Finish.

PART 2: Chapter 6-15 => Thanks for studying!

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