Normally, you would think long and hard before you attempt to run a Windows-based CAD program on a Google Chromebook. Though affordably priced (starting $199), the lightweight notebook has very limited local storage capacity and runs in Google Chrome OS. That presents challenges for those trying to install and run Windows-based design and engineering software titles that demand graphics acceleration, generous hard-disk space, and ample memory. But what if you use Chromebook only as the front-end client device to access a virtual workstation hosted elsewhere?
That’s the setup NVIDIA, VMWare, and Google are advocating at VMWorld (San Francisco, August 24-26), a virtualization conference. In a press announcement today, the three jointly announced, “a collaborative effort to deliver high-performance virtual desktops and workstation-class graphics to Google Chromebooks.” Billed as a technology preview, the virtualization solution lets you use the latest Chromebooks powered by NVIDIA Tegra K1 mobile processors to remotely run Windows programs using VMWare’s virtualization software. Continue reading
The announcement came from the show floor of SIGGRAPH 2014 (Aug 10-14, Vancouver, Canada), the annual conference for graphics industry veterans and pioneers. OTOY describes X.IO as “a new application virtualization service that instantaneously ports Windows desktop applications to the cloud without needing to modify any code, enabling users to access them on any Internet-connected device, regardless of form factor or platform … [It] was built from the ground up to handle the demanding nature of graphics-intensive applications, including image editing, CAD, and 3D modelling and rendering applications …”
For CAD vendors with design programs originally written for Windows-based desktops, X.IO offers a shortcut to the cloud. In a demo video, OTOY promises the vendors’ software titles could become cloud-hosted streaming applications “with no drop in performance, no major redevelopment.” The platform gives users the option to integrate their existing cloud-hosted storage (such as Dropbox or Google Drive). Continue reading
Is it feasible to run professional-grade software using a remote desktop, or a virtual desktop? It’s a scenario that many have proposed as the way of the future, driven in part by the software consumers’ comfort with SaaS and in part by the potential cost reduction in eliminating physical hardware. Last week, NVIDIA launched a service that lets you test it yourself. The NVIDIA GRID test drive is now online.
To run the test drive, you’ll need to register and download a thin client (a 10 MB launch file). Once done, you’ll be able to log in to get 24-hour access to a remote desktop, hosted in a GPU-accelerated GRID server. The tester’s desktop is preloaded with, among other programs, AutoCAD, SolidWorks eDrawings, Google Earth, PowerPoint, and a few multimedia files. Continue reading
This week, at NVIDIA GPU Technology Conference (GTC, March 24-27, San Jose, California), NVIDIA CEO Jen-Hsun Huang was almost upstaged by an Audi. The self-driving Audi Connect drove itself onto the stage, providing the big finish for Haung’s keynote on Monday.
Before he shared the stage with a driver-less car, Huang also shared the stage with Ben Fathi, CTO of VMware, the company that might foster enterprises operating in a computer-less environment. Haung introduced Fathi as the point man from “the largest and one of the most important virtualization companies in the world.”
Fathi and Huang took the opportunity to discuss Horizon DaaS, VMware’s business that delivers Windows desktops as virtual machines available on-demand, accessible remotely. Just as SaaS vendors deliver software as a service over the internet, VMware plans to deliver “Windows desktops and applications as a cloud service, to any device, anywhere, with predictable costs,” explained the company.
The foundation technology is NVIDIA Grid’s GPU-based HPC hardware, and VMware’s cloud setup. VMware’s partner NaviSite is the first to offer Horizon DaaS products to enterprises. Later, in 2015, virtual GPUs will become part of Horizon DaaS offerings. Continue reading