p b Wyse 5000 Series Thin Client b p p Thin client for virtual desktop environments also serves as a powerful yet compact cloud desktop. p p b Strong. Compact. Affordable. b br The Wyse 5000 series thin client is a highly efficient and powerful endpoint platform for Citrix, Microsoft, VMware, and Wyse vWorkspace virtual desktop environments. It is available as a zero client, a diskless cloud desktop or a thin client with Windows Embedded Standard, Wyse enhanced enterprise Linux, or virus immune Wyse ThinOS. With its extremely compact size and high performance, it's a versatile virtual desktop endpoint or cloud desktop when used with Wyse WSM software. br br b High performance multimedia. b br Need to deploy a dependable platform to display, manipulate and work with high definition multimedia, voice and video in a virtualized environment With a choice of powerful, energy saving dual or quad core AMD G Series APUs in a compact chassis with dual HD monitor support, the 5000 series thin client delivers stunning performance and display capabilities across 2D, 3D and HD video applications. As such, it supports a broad and diverse range of user, application and operating requirements. p p b Highly scalable, easy to operate and manage. b br IT administrators won't need to visit or touch cloud clients to manage them. The 5000 series thin client can be managed remotely with Wyse Device Manager WDM . WDM lowers the total cost of ownership for large deployments and offers remote enterprise wide management that scales as you grow from just a few to tens of thousands of cloud clients. p p b Environmentally conscious computing without compromise. b br When it comes to energy efficiency, the 5000 series outperforms other, more power hungry desktop alternatives. Its silent diskless and fanless design helps reduce power usage to just a fraction of that used in traditional desktops. Dell is committed to helping you implement a computing strategy with a lower environmental impact one that offers an efficient and productive computing experience by significantly reducing energy usage and heat generation. p
