Virtual Terminal Server lowers capital expenses and licensing costs. Using existing desktops, buying less powerful new computers or thin clients, and using fewer software licenses can reduce expenses. Meanwhile, it increases employee access to high-cost applications; employees who need access to an application can get it, without incurring increased subscription costs.
With Virtual Terminal Server, you can also increase security, keeping your data safe with FIPS encryption support, the ability prevent unauthorized access and server attacks, and restricting software access through group policies. With remote desktop management, policy setup, and remote server management, system administrators can get more work done in less time.
Centralizing your applications and data, especially using server virtualization, helps decrease network load. With Virtual Terminal Server, load is balanced between multiple servers, reducing points of failure and allowing users to get the application features and speed they need using lower bandwidth.
This deployment configuration assures cost effective performance where performance is needed. By default, pooled virtual desktops are rolled back to the pristine state after a user signs out, so any changes made to the Windows operating system since the last user sign-in are abandoned.
Although it's possible to disable the rollback, it is still a temporary condition because typically a pooled virtual desktop collection is re-created due to various updates to the virtual desktop template. It makes sense to turn off Windows features and services that depend on persistent state. Additionally, it makes sense to turn off services that are primarily for non-enterprise scenarios.
Each specific service should be evaluated appropriately prior to any broad deployment. The following are some initial things to consider:. This list is not meant to be a complete list, because any changes will affect the intended goals and scenarios.
SuperFetch in Windows 8 is enabled by default. It is VDI-aware and should not be disabled. SuperFetch can further reduce memory consumption through memory page sharing, which is beneficial for VDI. Pooled virtual desktops running Windows 7, SuperFetch should be disabled, but for personal virtual desktops running Windows 7, it should be left on. Feedback will be sent to Microsoft: By pressing the submit button, your feedback will be used to improve Microsoft products and services.
Privacy policy. Skip to main content. This browser is no longer supported. Download Microsoft Edge More info. If you need more specific VM sizing recommendations for single-session scenarios, ask the software vendors specific to your workload. VM sizing for single-session VMs will likely align with physical device guidelines. For VM requirements to run the operating system, see Windows 10 computer specifications and system requirements. For more details, see the SLA for virtual machines.
Graphics processing units GPUs are a good choice for users who regularly use graphics-intensive programs for video rendering, 3D design, and simulations. To learn more about graphics acceleration, see Choose your graphics rendering technology.
Learn more at GPU optimized virtual machine sizes. For more information about VM types and sizes, see Sizes for Windows virtual machines in Azure and the pricing information on our Virtual Machine series page. Finally, we recommend you use simulation tools to test your deployment with both stress tests and real-life usage simulations. Make sure your system is responsive and resilient enough to meet user needs, and remember to vary the load size to avoid surprises.
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