Azure VM deployment One of RDS

The following article mainly describesRDS in Azuredeployment, and currently cannot beAzureon DeploymentVDIsolution, becauseWindows 8,Windows 7and the earlierWindowsclient version not availableSPLAlicense, to implement a similar function, you can use theWindows Serverof theRDS, though,Windows Server 2012R2The Desktop Experience feature in can provide similar user experience and application support.

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Role Description:

• ad: Active Directory Server ADDS, providing authentication and user account management
• file Server: File share, holding user profile
• RDGW: Remote Desktop Gateway, which enables authorized users to connect to virtual machines, REMOTEAPP programs, and session-based computers from any Internet-connected device to a corporate intranet.
• rd lic:remote Desktop Licensing (RD Licensing), Manage the licenses required to connect to a Remote Desktop session computer server or virtual desktop.
• rdweb:remote Desktop Web Access (RD Web Access), providing a remote user W EB access, linked to a published Windows or Windows Server or with.
• rdsh:remote Desktop Session Host (RD session Host), Allow the server to host REMOTEAPP programs or session-based computers.
• rdcb:remote Desktop Connection Broker (RD Connection Broker)

Allows users to reconnect to their existing virtual machines, REMOTEAPP programs, and session-based desktops.

Enables you to distribute the load evenly between the RD session host servers in the session collection or the pool-shaped virtual desktops in the pooled Virtual desktop collection.

Provides access to virtual machines in a virtual machine collection

(The local VDI Solutions, there are also RDVH , Remote Desktop Virtualization Host ( RD Virtualization Host) is available through RemoteApp and "Desktop Connection" Integration Hyper-V to set up a collection of virtual machine pools or personal virtual machines within an organization. )

1 Preparatory work

Before we start the configuration, we need to get the azure environment ready for deployment and management, and do all of your planning.

Because the author has limited resources for azure test accounts, the entire RDS in Azure environment will be deployed with minimal configuration, with no high-availability and load-balanced configuration, a total of 4 VMs (Os:windows Server 2012R2), and deployed on global Azure, The following steps are also appropriate for the Chinese region of Azure.

• Vm1:adds + DNS + RDCB + rdlic (if the OS uses Windows Server 2012, then RDCB cannot be deployed with ADDS)
• Vm2:file Server (can be deployed with DC)
• VM3:RDGW + RDWeb
• Vm4:rdsh

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1.1 Creating a Storage account

Login to Portal, create a new storage account,

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1.2 Creating a Vnet

New virtual network, select Custom Create

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Fill in the name and select a region

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The configuration of DNS and VPN can be ignored first, and the next step directly

Configure the address range and subnet space to suit your needs

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Complete the creation of the virtual network.

1.3 Creating a cloud service

Click New---COMPUTE---cloud service---customization in portal

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Enter the name of the cloud service, select the region you want, do not tick deploy cloud service pack, and complete the creation

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2 Deploying VMS

Below we are going to start creating virtual machines (VMS) with a total of 4 units.

2.1 Creating VMS

In the portal, click New---COMPUTE---virtual machine from library

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Select Windows Server 2012R2 (because it is an international version of Azure, you can only select the English version of the OS)

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Select OS Version release date, enter VM name and level, size (size selection in the actual enterprise environment is important, when the VM size is created there are 5 different Unit,scale unit 1:a0 a4;scale Unit 2:a0 a7;scale Unit 3:a8 /A9 Only;scale Unit 4:a0 A7 and D1 d14;scale unit 5:G1 G5, China there is currently only 1,2,4 if the first VM of the cloud service is created A1, that is, in Unit 1, so later VMs are upgraded, the highest choice is A4) , in order to later possible extension settings, I choose here D1, after the deployment is complete downgrade to A2.

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Select the cloud service, virtual network, and storage account you just created, next

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Tick the VM agent, complete the first VM creation, and follow the previous configuration, create the next 3 VMS, size according to the actual situation selected, here in addition to RDSH deployment for A3 (4c7g), the others are deployed as A2 (2c3.5g)

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2.2 Configuring the VM fixed IP

In the following step, all VMS are configured with a fixed IP (DHCP in AZURE,IP).

The planned IP is:

rdsdc:192.168.10.11

rdweb:192.168.10.12

rdsh:192.168.10.13

rdsfile:192.168.10.14

Open Azure PowerShell, select a subscription (if you have multiple subscriptions, download and install, and import a subscription certificate if you have not previously had a PowerShell environment)

Configure the first IP

Get-azurevm-servicename Rdsdemocs-name RDSDC | Set-azurestaticvnetip-ipaddress 192.168.10.4 | Update-azurevm

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Complete IP configuration for all VMS at once

Azure VM deployment One of RDS