Analysis: improvements in Citrix XenServer Workload Balancing

Analysis: improvements in Citrix XenServer Workload Balancing

The recent release of a new version of XenServer 6.5 and a new version of the XenServer Workload Balancing (WLB) adds more features, a better user interface, more advanced monitoring features and changes in licensing, making this technology really useful for Citrix XenServer, XenDesktop, HDX and XenApp users.

The WLB is made up of 4 layers. The upper layer is the most important, since it allows to automate workload balancing, but the most used and powerful are the 3 underlying layers.

VDI architecture with oVirt, KVM & UDS Enterprise

VDI architecture with oVirt, KVM & UDS Enterprise

A few weeks ago we told you how the University of Sevilla achieved a significant cost saving migrating from vsphere to oVirt. Today we come back to this topic to describe the VDI architecture used by this organization to make the most out of its resources.

First of all, it is necessary to have a suitable chassis to the virtual infrastructure deployed. The University of Sevilla uses Dell Blade iron they already had and they have been incorporating Blade servers to add new elements to the infrastructure. In this way, the initial investment was not too expensive, and as you can extend it easity, it turns out to be a quite affordable solution and easy to pay off.

After VDI there comes VMI, the virtual mobile infrastructure

After VDI there comes VMI, the virtual mobile infrastructure

Over the last few months, we have started to know more about a new technology called virtual mobile infrastructure or VMI. In general terms, VMI is for the mobile devices and applications the same as VDI for desktop applications.

A mobile virtual infrastructure allows you to access remote mobile applications from a mobile device. With this technology, when a user clicks an icon to use an application on a device, the app appears as usual, but rather than run locally on the client device, it runs in an Android virtual machine (VM) hosted in a remote data center.

Graphic station environments virtualization: Connection protocols

Graphic station environments virtualization: Connection protocols

Last week we talked broadly about graphic station environments virtualization and the solutions available in the market today. As we already anticipated in that publication, in these specialized environments, the selection of the connection protocol for the virtual graphic stations is one fundamental piece.

There are several protocols in the market that are optimized for these types of tasks:

Graphic station environments virtualization: Connection protocols

Graphic station environments virtualization I

Work station environments, habitually used by engineers and graphic designers, can be distinguished from the ones used by other users because they are more complicated to manage and maintain, they result in greater use of resources, use a more specific hardware and data security is more critical.

Virtualizing this type of work stations becomes a complicated task since it is necessary to analyze a variety of platforms, connection protocols, architecture designs and specific hardware in order to adopt the ideal solution.

While in a standard virtual desktop environment we recommend performing a concept test, for the virtualization of graphic stations or work stations it is practically essential to be able to commission the deployed platform with full guarantees.

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