You don’t want to compromise an excellent end-user experience when moving to virtual desktops… and that’s precisely what VDIworks VideoOverIP™ ensures. VideoOverIP™ is a remoting protocol designed for virtual desktops. It delivers excellent multimedia performance and multi-monitor capabilities while still allowing you to capitalize on the management improvements, security enhancements and lowered-TCO that result from virtualization.

VideoOverIP™ is unique in its openness; we don’t dictate which Thinclients you can use with it, or tie it to a particular type of host hardware or hypervisor. If you want your VDI setup to provide an excellent user experience, completely free of hardware lockdown, VideoOverIP™ offers an easy, cost-effective solution.

Watch our CEO, Amir Husain, walk you through a demo. See Google Earth, full screen multimedia, CAD and more!

System Requirements:

• Windows XPe supported on clients (Linux under development)
• Windows XP supported on hosts
• Windows Vista support in beta
• VMware server, Hyper-V and VMware ESX supported

"VideoOverIP is definitely a step in the right direction. Combine its capabilities with its ability to work with any hypervisor and any thin client, and you've got a really strong solution." -- Brian Madden, Industry Expert with TechTarget and Organizer of BriForum

In a small deployment, VideoOverIP can work independently with no connection broker required. However, for more complex enterprise installs, VideoOverIP is fully supported by VDIworks’ industry-leading management and connection brokering platform, VDP™. With VDP in your environment, you can discover, allocate and completely manage all VideoOverIP hosts and clients.

Key Features:

High performance graphics remoting and acceleration of ALL types of video, flash, mpeg, in-browser, animations etc.

• Ability to run within Virtual Machines.
• Multi-monitor support.
• High resolution capable.
• Codec-independent; does not require codecs to be installed on the client.
• Highly configurable operation to allow optimum settings in varied network environments.

This demo focuses on multimedia performance with side-by-side local/remote performance comparisons.