Tuesday, August 26th 2014
VMware, NVIDIA and Google Enabling Graphics-Rich Applications on Chromebooks
Today at VMworld 2014, VMware, NVIDIA and Google announced a collaborative effort to deliver high-performance virtual desktops and workstation-class graphics to Google Chromebooks. Showcased as a technology preview, the solution demonstrates the next generation of VMware Blast Performance and NVIDIA GRID vGPU technology to satisfy customers' most demanding visual computing needs. The joint effort is expected to expand the hardware options for high-performance virtual desktops, enabling customers to select their system of choice without compromise.
"We are breaking down traditional barriers to adopting virtual desktops and offering new economics for the delivery of graphics-intensive applications through the power of the cloud," said Sanjay Poonen, executive vice president and general manager, End-User Computing, VMware. "Organizations of all industries and requirements will soon be able to embrace the mobile-cloud using a solution that offers a new way to work from three proven industry leaders."The joint solution optimizes the performance of virtual graphics applications at scale. NVIDIA GRID vGPU is the industry's most advanced technology for sharing GPU acceleration between multiple virtual desktops. Combined with VMware Horizon in the data center, the solution will optimize graphics and CPU utilization to allow more desktops and applications to be deployed on a single server.
VMware BLAST Performance technology in the data center and in firmware residing on Chromebooks will deliver a great end-user experience, graphics-rich applications with high fidelity, and extended battery life by up to 50 percent using exclusive NVIDIA Tegra decode technologiesi. This makes graphically demanding applications, such as Adobe Illustrator CC, Autodesk AutoCAD and productivity applications like Microsoft Office completely fluid. NVIDIA Tegra K1-powered Chromebooks will be among the first Chromebooks to take advantage of this future technology.
"This collaboration will offer customers all the performance, stability and compatibility of NVIDIA hardware-accelerated graphics, with the added flexibility, mobility and security of a virtual environment," said Jeff Brown, vice president and general manager, Professional Solutions Business, NVIDIA.
"Chromebooks were designed to bring a new approach to many of the problems with traditional computers," said Caesar Sengupta, vice president of product management, Google. "We're excited about what this collaboration means for our customers and what it can enable them to do. Imagine manufacturers designing complex 3D models and sharing them with engineers around the globe, or physicians taking medical imaging out into the community, rather than being tethered to high end workstations."
Availability
Customers who would like to experience VMware products with NVIDIA GRID vGPU can register for an early access program today at www.nvidia.com/grid-vmware-vgpu. The program will be available for select NVIDIA and VMware customers in Q4 2014.
"We are breaking down traditional barriers to adopting virtual desktops and offering new economics for the delivery of graphics-intensive applications through the power of the cloud," said Sanjay Poonen, executive vice president and general manager, End-User Computing, VMware. "Organizations of all industries and requirements will soon be able to embrace the mobile-cloud using a solution that offers a new way to work from three proven industry leaders."The joint solution optimizes the performance of virtual graphics applications at scale. NVIDIA GRID vGPU is the industry's most advanced technology for sharing GPU acceleration between multiple virtual desktops. Combined with VMware Horizon in the data center, the solution will optimize graphics and CPU utilization to allow more desktops and applications to be deployed on a single server.
VMware BLAST Performance technology in the data center and in firmware residing on Chromebooks will deliver a great end-user experience, graphics-rich applications with high fidelity, and extended battery life by up to 50 percent using exclusive NVIDIA Tegra decode technologiesi. This makes graphically demanding applications, such as Adobe Illustrator CC, Autodesk AutoCAD and productivity applications like Microsoft Office completely fluid. NVIDIA Tegra K1-powered Chromebooks will be among the first Chromebooks to take advantage of this future technology.
"This collaboration will offer customers all the performance, stability and compatibility of NVIDIA hardware-accelerated graphics, with the added flexibility, mobility and security of a virtual environment," said Jeff Brown, vice president and general manager, Professional Solutions Business, NVIDIA.
"Chromebooks were designed to bring a new approach to many of the problems with traditional computers," said Caesar Sengupta, vice president of product management, Google. "We're excited about what this collaboration means for our customers and what it can enable them to do. Imagine manufacturers designing complex 3D models and sharing them with engineers around the globe, or physicians taking medical imaging out into the community, rather than being tethered to high end workstations."
Availability
Customers who would like to experience VMware products with NVIDIA GRID vGPU can register for an early access program today at www.nvidia.com/grid-vmware-vgpu. The program will be available for select NVIDIA and VMware customers in Q4 2014.
1 Comment on VMware, NVIDIA and Google Enabling Graphics-Rich Applications on Chromebooks
Seriously when are the hardware companies going to realize the two biggest thing hold all this back is
1) Internet speed
2) Cost of implementation
Lets say business A has 50 employees in a productions office, and at any given time 30 are working with high performance applications like some video editing, wait, they already failed, most editors use multiple screens. But lets just say that we are going to use one, so lets make it 2560X1080, wait, we don't have the bandwidth needed at the client end to drive that many pixels, fail but lets say we could, so we need an internet connection fast enough to support 30 users at this resolution, if we use something like the steam in home streaming with hardware compression for datarates we are looking at 100+MBps per client, so 3TBps internet connection wonder what that costs per month. Or take a huge loss in productivity. Or just buy a central server and high performance clients. Perhaps this is meant so that you can work at your desk with a tiny display as long as you are on wired networking. Or for fluff and smoke?
I am guessing the last one.
Currently you can buy a K1 chrome book with 2GB of RAM, and a whopping 16GB SSD. Or a 7" tablet if you are in china.