5 posts tagged with "performance"

Dizzion has been delivering virtualized Digital Workspaces for over a decade, and we've seen first-hand that adoption rates for Digital Workspaces continue to rise, especially post pandemic. When we think about the drivers behind this, we can't help but think it has A LOT to do with the ever-increasing ability of the technology to meet the performance needs of a wider range of workloads. A few years ago, Digital Workspaces were widely considered only well suited to a few simple use cases, but today, there are numerous organizations using Digital Workspaces to serve their entire workforce, from CEO on down. There's a lot that contributes to the increase in Digital Workspace performance over the years - some of it has to do with software manufacturers improving protocols, platforms and adding features. But there is still a lot to be said for the way in which the underlying components are configured by a Digital Workspace service provider (or an IT department). Huge performance gains can be seen by ensuring that you're paying attention to some basic best practices that impact performance, four of which we've detailed in this blog post. If you're not doing these four things, your Digital Workspace environment(s) definitely aren't performing as well as they could be.

Operating systems can be a lot of work for administrators – work to configure the image, work to install the applications, and work to provide the best user experience possible. As with any software, what is provided to you is what the developer intended, but not necessarily what you want or need for your end users.

This blog series introduces you to Windows® Operating System (OS) optimizations, starting with version 1903. I will attempt to keep these optimizations as environment agnostic as possible. Hopefully, these optimizations will be just as good to administrators of physical machines as to a virtual environment utilizing Nutanix Frame®, Citrix® Virtual Apps and Desktops, or VMware Horizon®.

This series aims to share the seemingly infinite number of ways you can optimize a Windows environment, with something for beginners as well as administrators familiar with optimizations but looking to deliver an even better experience within their environment.

Of course, the optimizations provided in this blog series are intended only as a guide. Be sure to vet any optimizations carefully and test the optimizations described in this series internally before pushing the changes to your production environment.

The first entry covered Active Setup. The second entry covered the Microsoft® Store. The third entry covered Services and Scheduled Tasks. In each case, we discussed what each piece is, how it works, and how to optimize it.

This blog addresses Startup Items, which includes Run and RunOnce Registry Keys, as well as the Startup folder that exists in each user’s profile. More specifically, we will discuss their purpose, how they work, and what can be done with them for the purposes of optimization.

Operating systems can end up being a lot of work for administrators; work to configure the image, work to install the applications, and work to provide the best user experience possible. As with any software, what is provided to you is what the developer intended, but not necessarily what you want or need for your end users.

This blog series introduces you to Windows® Operating System (OS) optimizations, starting with version 1903. I will attempt to keep these optimizations as environment agnostic as possible. Hopefully, these optimizations will be just as good to administrators of physical machines as to a virtual environment utilizing Nutanix Frame®, Citrix® Virtual Apps and Desktops, or VMware Horizon®.

This series aims to share the seemingly infinite number of ways you can optimize a Windows environment, with something for beginners as well as administrators familiar with optimizations but looking to deliver an even better experience within their environment.

Of course, the optimizations provided in this blog series are intended only as a guide. Be sure to vet any optimizations carefully and test the optimizations described in this series internally before pushing the changes to your production environment.

The first entry covered Active Setup. The second entry covered the Microsoft® Store. In each case, we discussed what each piece is, how it works, and how to optimize it.

This blog addresses two sections, specifically Services & Scheduled Tasks. More specifically, we will discuss their purpose, how they work, and what can be done to optimize them. These sections of the Windows OS have been around for a long time and while they do not change often, their ability to cause havoc in an environment has been thoroughly documented, see some examples here and here.

Operating systems can end up being a lot of work for administrators. Work to configure the image, work to install the applications, and work to provide the best user experience possible. As with any software, what is provided to you is what the developer intended, but not necessarily what you want or need for your end users.

This blog series introduces you to Windows® Operating System (OS) optimizations, starting with version 1903. I will attempt to keep these optimizations as environment agnostic as possible. Hopefully, these optimizations will be just as good to administrators of physical machines as to a virtual environment utilizing Nutanix Frame®, Citrix®, or VMware Horizon® virtual desktop infrastructure.

This series aims to share the seemingly infinite number of ways you can optimize a Windows environment, with something for beginners as well as administrators familiar with optimizations, but are looking to deliver an even better experience within their environment. Of course, the optimizations provided in this blog series are intended only as a guide. Be sure to test the optimizations described in this series internally before pushing the changes to your production environment.

The previous entry of this series covered Active Setup. We discussed what Active Setup is, how it works, and how to optimize it.

This blog addresses the Microsoft® Store platform: its purpose, how it works, and what can be done with it. This particular area of the OS is continually changing and, as such, will require constant management to optimize in a way that works best for your organization. This blog potentially saves even more headaches than any other blog in this series.

Operating systems can end up being a lot of work for administrators. Work to configure the image, work to install the applications, and work to provide the best user experience possible. As with any software, what is provided to you is what the developer intended, but not necessarily what you want or need for your end users.

This blog series introduces you to Microsoft Windows® Operating System (OS) optimizations, starting with version 1903. I will attempt to keep these optimizations as environment agnostic as possible. Hopefully, these optimizations will be just as good to administrators of physical machines as to a virtual environment utilizing Nutanix® Frame, Citrix®, or VMware® Horizon solutions.

This series aims to share the seemingly infinite number of ways you can optimize a Windows environment, with something for beginners as well as administrators familiar with optimizations but looking to deliver an even better experience within your environment.

Of course the optimizations provided in this blog series are intended only as a guide. Be sure to test the optimizations described in this series internally before pushing the changes to your production environment.

This installment addresses Active Setup: its purpose, how it works, and what can be done with it. This particular area of the OS is criminally underused as a method of optimization. As such, it should provide useful information to a wide range of readers.