Parallels RAS Reference Architecture
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  • Introduction
    • Parallels RAS release history
    • What is Parallels RAS
    • Advantages of Parallels RAS Solution
    • Parallels RAS Components
    • Understanding Deployment Scenario Diagrams
    • Parallels RAS Basic Concepts
  • Deployment Scenarios
    • General Considerations
    • Parallels RAS Deployment Scenarios
      • Single Farm with One RD Session Host
      • Single Farm with Two RD Session Hosts
      • Single Farm with RD Session Host Auto Scaling
      • Single Farm with VDI Hosts
      • Single Farm with Remote PC Hosts
      • Single Farm with Mixed Hosts
      • Single Farm with Public & Private RAS Secure Gateways
      • Single Farm with Dual RAS Secure Gateways
      • High Availability with Multiple Gateways
      • High Availability with Single-hop or Double-hop DMZ
        • Single-hop DMZ (two firewalls)
        • Double-hop DMZ (three firewalls)
      • RAS on Microsoft Azure
      • Azure Virtual Desktop integration
      • Mixed Scenarios
        • Multi-Site Scenario
        • Business Continuity and Disaster Recovery
        • Secure Setup with Double-hop DMZ and Second-Level Authentication
        • SAML SSO authentication
      • Multi-Tenant Architecture
      • Management Portal
    • Client Manager and Desktop Replacement
  • Capacity Considerations
  • Deploying Parallels RAS Reporting
    • One Site with Multiple RD Session Hosts
    • Multiple Sites with Multiple RD Session Hosts and Remote SQL Server
  • Port Reference and SSL Certificates
    • Port reference
      • Parallels Client
      • Web browsers
      • HALB
      • RAS Secure Gateway
      • RAS Connection Broker
      • RAS Console
      • SSRS
      • RAS Reporting
      • RAS Web Administration Service (REST/Management Portal)
      • RAS PowerShell
      • RAS Provider Agent
      • RAS Enrollment Server
      • RAS RD Session Host Agent
      • RAS Guest Agent
      • RAS Remote PC Agent
      • Tenant Broker
      • Active Directory and Domain Services ports
    • SSL Certificates
      • Using a Third-Party Trusted Certificate Authority
      • Using Enterprise Certificate Authority
      • Assign a Certificate to a Gateway
      • Parallels Client Configuration
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  1. Deployment Scenarios
  2. Parallels RAS Deployment Scenarios

Azure Virtual Desktop integration

PreviousRAS on Microsoft AzureNextMixed Scenarios

Last updated 9 months ago

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Azure Virtual Desktop is a desktop and app virtualization service running on Microsoft Azure, providing access to RD Session Hosts and VDI, including the new offering of Windows 10 and Windows 11 Enterprise multi-session hosts. Parallels RAS provides the ability to integrate, configure, maintain, support and access Azure Virtual Desktop workloads on top of the existing technical capabilities of Parallels RAS.

The diagram below illustrates a hybrid deployment of Parallels RAS and Azure Virtual Desktop with the following characteristics:

  • Workload hosts are available both on-premises through standard Parallels RAS deployment and on Microsoft Azure through the service.

  • Azure Virtual Desktop objects such as workspaces, host pools, desktop and RemoteApp groups are created and configured from the Parallels RAS Console.

  • Azure Virtual Desktop hosts (multi-session or single-session) contain both Azure Virtual Desktop Agent and RAS Agent for management and configuration purposes.

  • Parallels Client for Windows is connecting to both Parallels RAS Secure Gateway and Azure Virtual Desktop service providing resource availability to end-users from a single interface.

As highlighted earlier, the complete Parallels RAS environment can also reside on Microsoft Azure for a full cloud deployment with Azure Virtual Desktop.

Extended values and capabilities

  • Simplify and enhance Azure Virtual Desktop deployment and management.

  • Unify administration and UX – single pane of glass – Parallels Clients and Parallels RAS Console.

  • Extend reach with flexibility to use hybrid and multi-cloud deployments.

  • Automate and streamline administrative routines, provisioning, and management of Azure Virtual Desktop workloads.

  • Built in Auto-scale capability on Microsoft Azure and/or on-premises.

  • Management of users, sessions, and processes.

  • Utilize RAS Universal Printing and Scanning.

  • Utilize AI based session prelaunch for ultra-fast logons.

  • Accelerated file redirection with the use of the Enable drive cache redirection option.

  • Integrated automatic image optimizations and FSLogix Profile Containers.

  • Client management.

  • Security policies for clients.

  • Leverage RAS Reporting and Monitoring from the RAS Console.