Online learning through virtual classrooms is becoming increasingly widespread. For companies that wish to join this trend, virtualization with KVM is a good option, because that enables you to deliver a remote high-quality education at a very affordable price. In this article, we explain the hardware and memory requirements to set up an environment based on KVM to offer online courses. Our VDI multiplatform connection broker for Windows and Linux, UDS Enterprise, is fully compatible with KVM.
Considering the current development of hardware, it is not necessary to pay a lot of money for hardware that work properly. You only should look for the most suitable according to quality and price, like Intel NUC.
A very common mistake when you dimension the necessary platform to host your VDI environment is to base the sizing calculations according to the current resources.
When you purchase hardware PC, these equipments are essentially acquired according to market standards. In most cases, the resources offered by these PCs are underused, so you are sizing a VDI platform with resources that won’t be necessary, with the consequent costs increase.
In other cases, resource calculations are performed without taking into account the future growth of the platform of users, having resource contention issues in a short period of time.
Most organizations are provided with a disaster recovery plan that includes the steps to follow in case of natural disaster or a prolonged power outage that prevents them from accessing the jobs located in their offices.
Desktop virtualization is emerging as a tool of great help in these cases, since the users can access their virtual desktops from anywhere, anytime and with any device, so that production is not affected by the problems that may arise in certain facilities, thus avoiding the economic losses caused by the interruption of the activity.
The use of technology in general and more specifically of desktop virtualization in educational environment is one of the most interesting topics for the UDS Enterprise online community. In fact, two of our most popular posts over the past two weeks deal with this subject. The third one talks about the differences between persistent and non-persistent virtual desktops.
Find below the links to these three articles so you’re abreast of the most outstanding news according to our followers:
A few days ago, we analyzed in a post the advantages and disadvantages of persistent virtual desktops. To complete that information and gather all the data to decide which type of virtual desktops is the best for us to deploy, today we’re going to do the same with non-persistent virtual desktops:
When users access non-persistent desktops, none of their application data or configurations is saved with the desktop. When the session is over, the virtual desktop returns to its original state before another user can connect, or it is destroyed and assigns the user a new virtual desktop each time a connection is made.
One of the important issues that must be evaluated before deploying a VDI project is whether the virtual desktops are going to be persistent or non-persistent. The UDS Enterprise team has analyzed the advantages and disadvantages of the two options to make the most appropriate decision for each business. Below we sum up the features of persistent desktops and throughout this week we will publish another post on non-persistent desktops.
With the resources of a persistent desktop, each user has their own desktop running on a specific virtual machine. These types of desktops allow for a greater personalization of one’s workspace, but require more storage and backup resources.
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