Go to Advanced-Wireless-Host Network. The SSID on the top of the page is the local wireless network of this router. You can name whatever you like. And you can create your own Password to secure the local wireless network of the router itself. Then click on Save. Select your own wireless network name from the list and type in the wireless password of your main router.
WDS can send these operating systems across the network using multicast transmissions, which means that multiple computers receive the same operating system image while minimizing the use of network bandwidth. When you use multicast transmissions, the same amount of traffic crosses the network independently of whether you are deploying an operating system to 1 computer or to WDS also can use unicast transmissions. The computers that are targets of the transmission boot using their PXE-compliant network adapters.
These computers locate the WDS server and begin the operating system setup process. If the WDS server has been provisioned with an answer file, the setup completes automatically. If the WDS server has not been provisioned with an answer file, an administrator must enter setup configuration information.
Each WDS server can have only one unattended installation file for each processor architecture. Because unattended installation files differ between server and client, you either need to swap unattended files when you are switching between client and server or have multiple WDS servers. WDS can be used in conjunction with other technologies such as Desired State Configuration where an answer file only performs basic configuration tasks, with the substantial tasks completed by an advanced configuration technology.
The trick to doing this is to use a legacy rather than a synthetic network adapter when creating the virtual machine as a Generation 1 virtual machine. This isn't necessary when using Generation 2 virtual machines because the Generation 2 virtual machine network adapters support PXE booting. If you have a computer that does not have a PXE-compliant network adapter, you can configure a special type of boot image known as a discover image.
A discover image boots an environment, loading special drivers to enable the network adapter to interact with the WDS server.
Although the WDS server does not require a static IP address, it is good practice to ensure that infrastructure roles such as WDS always use a consistent network address. When installing WDS on Server Core, you have to specify the location of the source files or ensure that the server has a connection to the Internet, which enables them to be downloaded automatically. Images contain either entire operating systems or a version of a special stripped-down operating system known as Windows PE.
Windows PE functions as a type of boot disk, enabling a basic environment to be loaded from which more complex maintenance and installation tasks can be performed. WDS uses four image types: boot image, install image, discover image, and capture image.
Boot Image. A special image that enables the computer to boot and begin installing the operating system using the install image. Analysis cookies enable us to analyze your activities on our website in order to improve and adapt the functionality of our website. The marketing cookies can be set through our website by our advertising partners in order to create a profile of your interests and to show you relevant advertisements on other websites.
This Article Applies to:. It allows a wireless network to be expanded using multiple access points without the need for a wired backbone to link them, as is traditionally required. For more information about WDS, please refer to Wikipedia. In order to build a successful WDS connection between different devices, it requires that both devices usethe same wireless MAC address format.
LAN IP of extended router should be different but in the same subnet of the root router;. Make certain whether your router supports WDS or not.
If you are not sure about how to do this, please click here. Then the page will show as below. Right-click the image to use it as a capture image. In most cases, you can just use the Boot. Type in your Image Name, Image Description, and the location and file name where you want to save a local copy of the file.
You must specify a location in case there is a problem with the network when you deploy the capture image. Enter the location of the Windows Image file that contains the images.
Enter your Image Name and Image Description. After you have created the capture image, follow the instructions in the next section to boot a computer into the capture image and capture the operating system. Now that you have a capture image, you need to prepare a reference computer and then create the install image. The reference computer can be a computer with a standard Windows installation or a Windows installation that has been configured for your environment.
First, you boot a computer which has been prepared with Sysprep into the capture image. Then a wizard creates an install image of the reference computer and saves it as a. After that, you can deploy the. Create a reference computer install the operating system, applications, and make any other changes that you want. In the boot menu, select the capture boot image that you created in the preceding procedure, and then press ENTER.
On the Directory to Capture page, select Volume to capture , enter your Image name and Image description. Referring to Volume to capture , you will see only drives that contain operating systems prepared with Sysprep. If you do not run the command in step 4, you will not see any drives to capture. Click Browse next to Name and location and browse to a local folder where you want to store the captured install image.
Type a name for the image, using the. Note that this location can be a mapped network drive. You must enter a local location to save the new image; otherwise, you will not be able to capture the image.
This requirement is enforced to avoid image corruption if there is a network malfunction. Click Connect. If prompted for credentials, provide a user name and password for an account with permissions to connect to the Windows Deployment Services server.
Select your Image Group Name. The wizard will now complete and create a custom installation image and store it in the Windows Deployment Services store. When this process is complete, you can PXE boot a client computer to install this image. The image will be listed in the installation option.
If you have a computer that is not PXE enabled, you can create a discover image and use it to install an operating system on that computer.
Otherwise, you can skip this section. The discover image on the media locates a Windows Deployment Services server, and the server deploys the install image to the computer.
You can configure discover images to target a specific Windows Deployment Services server. This means that if you have multiple servers in your environment, you can create a discover image for each one, and then name them based on the name of the server. After you create the discover image, you will need to create media that contains the image.
You must create discover images by using the Boot. In the location and file name, click Browse and select the location for storing your discover boot image. Enter the name of your discover image. Optionally, enter the name of your Windows Deployment Services server that you want to respond when you boot a computer into this image. This following example details how to create media that contains a discovery image.
However, it is an example only; you can substitute any values you require. For example, different architecture and folder names and locations. Click Start , click Deployment and Imaging Tools. Otherwise, type Deployment and Imaging Tools , and then click Deployment and Imaging Tools from the search results pane. You will be presented with a Command Prompt window. Boot the client computer to the media. You may need to change the boot order in the client BIOS to do this. When the client boots to the media, your experience will be exactly the same as if you had booted to the network.
Optionally, you can automate the entire installation. To do this, you use two different unattend files: one for the Windows Deployment Services UI screens, and one for the latter phases of Setup. Windows Deployment Services client unattend file. This file uses the Unattend. It is used to automate the Windows Deployment Services client user interface screens such as entering credentials, choosing an install image, and configuring the disk. Image unattend file. This file can use either the Unattend.
It is used to automate the remaining phases of setup for example, offline servicing, Sysprep specialize, and mini-setup. Ensure that you are a member of the Local Administrators group on the Windows Deployment Services server. To automate the installation, create the appropriate unattend file depending on whether you are configuring the Windows Deployment Services screens or Windows Setup.
You will then need to copy the unattend file to the appropriate location, and assign it for use. You can assign it at the server level or the client level. The server level assignment can further be broken down by architecture, enabling you to have different settings for xbased and xbased clients.
Assignment at the client level overrides the server-level settings. Copy the client unattend file to a folder in the RemoteInstall folder. Open the Windows Deployment Services MMC snap-in, right-click the server that contains the image that you want to associate the unattend file with, and then click Properties. On the Client tab, select Enable unattended installation , browse to the appropriate unattend file, and then click Open.
Save Sysprep. Now when you deploy the image, Setup will automatically locate and use the Sysprep. Save Unattend. To do this, open the WDS MMC snap-in, right-click the image that you want to associate with the unattend file, and then click Properties. On the General tab, click Allow image to install in unattend mode , click Select File , browse to select the unattend file, and then click OK twice.
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