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Amazon WorkSpaces pricing provides monthly subscription or hourly metering options per virtual desktop instance, and includes everything you need to provide cloud-based virtual desktops to a broad range of workers. Amazon WorkSpaces Core pricing provides monthly subscription and hourly metering options per virtual desktop instance. You purchase your third-party VDI software licensing separately.
WorkSpaces allows you to pay for usage based on monthly subscriptions or hourly meters. With the monthly subscription option, you pay a fixed monthly fee per virtual desktop for unlimited usage during the month. Unlimited usage pricing is ideal for workers who use the service as their primary desktop. With the hourly metering option, you pay a small, fixed monthly fee per virtual desktop to cover infrastructure and storage costs, and a low flat rate for each hour of usage during the month. Hourly metering is better suited for workers who only require part-time access to their virtual desktop. You can mix the monthly subscription and hourly metering options within your AWS account, and you can switch between these billing options at any time within a billing period. Use our Cost Optimizer tool to select the appropriate option for each type of worker. Visit the Amazon WorkSpaces FAQ for more information.
Using the US West (Oregon) Region, you launch virtual desktops for two sets of users. The first group of 100 users requires the monthly subscription option because they will use WorkSpaces as their full-time desktop for general productivity, while the second group of 10 users is better suited to hourly metering as they require occasional access to higher-performance machines.
For the first group of 100 users, you select the Windows Value Bundle with 1vCPU, 2 GB memory, 80 GB root volume and 10 GB user volume, running on Windows with a fixed price of $25 per machine per month. With the monthly subscription option, users have unlimited access to their virtual desktops. Monthly spend for this group of users is 100 users x $25 per virtual desktop for a total of $2,500 per month.
WorkSpaces virtual desktops come with a set of applications at no additional cost. For an additional monthly fee, you can choose to have 32-bit Microsoft Office 2016 Professional Plus and Trend Micro Worry-Free Business Security installed on your virtual desktop powered by Windows Server 2016. Alternatively, you can install 64-bit Microsoft Office 2019 Professional Plus on your virtual desktops powered by Windows Server 2019.
WorkSpaces Core allows you to pay for usage based on monthly subscriptions or hourly meters. With the monthly subscription offering, you pay a fixed monthly fee per virtual desktop for unlimited usage during the month. Unlimited usage pricing is ideal for workers who use the service as their primary desktop.
With the hourly metering option, you pay a small, fixed monthly fee per virtual desktop to cover infrastructure and storage cost, and a low flat rate for each hour of usage during the month. Hourly metering is better suited for workers who only require part-time access to their virtual desktop.
In addition to the costs for WorkSpaces Core, you can purchase third-party VDI management software licensing separately if you require licenses plus any additional OS or software you want to run on the virtual desktop.
As part of the AWS Free Tier, Amazon WorkSpaces offers two Standard bundle virtual desktops with 80 GB Root and 100 GB User volumes, running in hourly metering mode, for up to 40 hours of combined use per month, for the first three billing cycles.
WorkSpaces Multi-Region Resilience provisions standby WorkSpaces in a secondary AWS Region of your choice. The pricing components of standby WorkSpaces are similar to regular WorkSpaces with hourly metering options. You pay a small, fixed monthly fee per virtual desktop to cover infrastructure and storage costs, and a low flat rate for each hour of usage during the month. Because you only access your standby WorkSpaces when performing maintenance work or when your WorkSpaces are not reachable in your primary Region, they are offered at a lower fixed monthly fee than regular WorkSpaces with hourly metering option. You can mix the standby WorkSpaces and regular WorkSpaces within your AWS account.
In your primary Region, US West (Oregon,) you launched WorkSpaces for 100 users who require the monthly subscription option because they will use WorkSpaces as their full-time desktop for general productivity. In your secondary Region, US East (N. Virginia), you created 100 standby WorkSpaces for the same group of users.
Virtual desktops are preconfigured images of operating systems and applications in which the desktop environment is separated from the physical device used to access it. Users can access their virtual desktops remotely over a network. Any endpoint device, such as a laptop, smartphone or tablet, can be used to access a virtual desktop. The virtual desktop provider installs client software on the endpoint device, and the user then interacts with that software on the device.
A virtual desktop looks and feels like a physical workstation. The user experience is often even better than a physical workstation because powerful resources, such as storage and back-end databases, are readily available. Users may or may not be able to save changes or permanently install applications, depending on how the virtual desktop is configured. Users experience their desktop exactly the same way every time they log in, no matter which device they are logging into it from.
There are a few different types of virtual desktops and desktop virtualization technologies. With host-based virtual machines, one virtual machine is allocated to each individual user at login. With persistent desktop technology, that user connects to the same VM each time they log in, which allows for desktop personalization. Host-based machines can also be physical machines hosting an operating system that remote users log into.
A virtual machine can also be client-based, where the operating system is executed locally on the endpoint. The advantage of this type of virtual desktop is that a network connection is not required for the user to access the desktop.
Virtual desktop infrastructure (VDI) refers to a type of desktop virtualization that allows desktop workstation or server operating systems to run on virtual machines that are hosted on a hypervisor in on-premises servers. The user experiences the operating system and applications on an endpoint device, just as if they were running locally. With desktops as a service (DaaS), a service provider hosts VDI workloads out of the cloud and provides apps and support for enterprise users.
IT administrators can choose to purchase virtual desktop thin clients for their VDI, or repurpose older or even obsolete PCs by using them as virtual desktop endpoints, which can save money. However, any money saved on physical infrastructure costs may need to be quickly reallocated to software licensing fees for virtual desktops.
A virtual desktop infrastructure provides the option for users to bring their own device, which can again save IT departments money. This flexibility makes virtual desktops ideal for seasonal work or organizations that employ contractors for temporary work on big projects. Virtual desktops also work well for salespeople who travel frequently because their desktop is the same and they have access to all the same files and applications no matter where they are working.
There are downsides to using a virtual desktop environment. If the data center runs out of storage space, users are not able to access their desktops. Large storage environments that have the capacity to store data for multiple virtual desktops can get expensive. Poor network connectivity will adversely affect the user experience, and users will also not be able to access their desktop if there is no network connection, which might be the biggest disadvantage of a virtual desktop. Depending on how an organization runs, the benefits of virtual desktops often still outweigh the potential challenges.
A virtual desktop allows users to access their desktop and applications from anywhere on any kind of endpoint device, while IT organizations can deploy and manage these desktops from a centrally located data center.
Many organizations move to a virtual desktop environment because virtual desktops are usually centrally managed, which eliminates the need for updates and app installations on individual machines. Also, endpoint machines can be less powerful, since most computing happens in the data center.
Virtual desktops are as easy to use as physical desktops. Users simply log in to their desktop from their chosen device and connect via the network to a remotely located virtual machine that presents the desktop on the endpoint device. Users can interact with applications on a virtual desktop in the same way that they would on a physical desktop. Users may or may not be able to personalize or save data locally on a virtual desktop, depending on which desktop virtualization technology they are using.
Virtual Desktop Infrastructure or VDI is the desktop virtualization environment that deliver virtual desktops to endpoint devices from a data center located on premises or in the cloud. The operating system for the virtual desktop lives in the data center, not the endpoint. In most cases, these operating systems and computing resources run on virtual machines (VMs) hosted by hypervisors rather than on physical machines.
Virtual desktop infrastructure (VDI) is a virtualization solution that uses virtual machines to provide and manage virtual desktops. VDI hosts desktop environments on a centralized server and deploys them to end-users on request. accessed over the network with an endpoint device (laptop, tablet, and so on). 59ce067264
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