Outstanding graphics with a visual workstation
The term visual workstation is used for machines which are running multi threaded applications at the same time and provide outstanding performances. They provide powerful multi processor support. All visual workstations come with faster RAM and large memory configurations to boost up application performance and further enhance their output. They come with high performance computing and advanced graphic solutions that help to tackle the toughest computing problems. Since visual workstations are tuned for real world applications, they are the favorite of technical and creative professionals in markets such as MCAD, digital media, scientific visualization and simulation.
Visual workstations manipulate and visualize complex data like 3D designs, animation and rendering of images, mathematical plots and engineering simulations. High end workstations use sophisticated CPUs like Intel Xeon, AMD Opteron etc. The graphic workstations provide creative and digital artists the power and precision to overcome creative challenges. The graphic workstations find usage in detailed Photoshop imagery, multi-layered vector graphics for print, corporate web design etc. The 2D and 3D graphics software performance are enhanced by this workstation. To provide outstanding graphics, these workstations come with latest processor technologies, high speed memory, large disk storage and low noise design.
The Quadro professional graphics solutions developed by Nvidia allows users and visualization applications to take advantage of multiple Quadro GPUs from a single graphic workstation in a virtualized environment. This Quadro professional graphics solution is used for desktop and mobile workstations. The Quadro professional GPUs helps to create high quality 3D models using AutoCAD. They also deliver exceptional performance for Adobe Creative Suite solutions.
Outstanding graphics achieved through a visual workstation includes break-through animations and photorealistic techniques used in commercials, artistry expressed with a virtual stage, creating virtual studios for television broadcast, blending virtual and real worlds in movies and real time 2D and 3D broadcast graphics for television. Science uses these outstanding graphics created with a visual workstation for computational modeling and mathematical simulation to study biomechanics of surgery, air traffic systems with 3D graphics to show airplanes taking off and landing at the airport, simulating neural circuitry in the brain, geophysical data analysis, visualizing complex molecular systems, timely and effective cancer detection, photorealistic virtual reality, analytical tools used for solving global problems.
The Quadroplex visual computing system (VCS) launched by NVIDIA helps in solving the most complex, graphics intensive problems. The Quadroplex VCS uses an unconstrained dedicated visual computing system. The Quadroplex VCS find usage in offline rendering, remote graphics serving and embedded visual computing. Multiple Quadroplex VCS can be coupled to further improve quality and performance. They are available as desk side systems as well as rack mounted systems. They provide more than ten times increase in density compared to other GPU solutions. Moreover they deliver a rendering power up to 80 billions per second with a resolution up to 140 mega pixels. Silicon graphics is another leading provider of visual workstations which helps artists and technicians to create outstanding graphics solutions and there is even more scope for artists and so on.
About the Author:XENON is a manufacturer of high-performance servers and data storage for the digital content creation and corporate market.
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