TRU3D ProViz C2Q-5600-T 3D Scientific Super Computer
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Give your team a competitive edge with the most advanced 3D desktop available! |
The TRU3D ProViz ™ delivers the ultimate Digital 3D capabilities to your most complex applications and data visualization projects. This industrial power-house enhances your quad-buffered openGL application, bringing new life to your designs, research, geological, medical or engineering data. Stereoscopic 3D visualization will take your company to new levels of productivity, communication and collaborative development capacity.
Send an email to sales@tru3d.com in order to request custom options, such as Operating System, Processor, RAM, GPU and other options. Browse our complete packages if you would also like a quality 3D Ready display device and 3D glasses to be bundled with your desktop PC.
NVIDIA Quadro Quad Buffered Professional Stereo Technology
Professionals ranging from geoscientists to design stylists can move beyond traditional 3D stereo technology to a fully supported quad buffered stereoscopic experience with NVIDIA® Quadro® professional graphics. By combining 3D Stereoscopic glasses, a 3D ready-display and supported Quadro graphics solutions, any professional application using quad-buffered Open GL can easily be transformed into an immersive 3D experience.
Quad buffered stereo provides each eye a unique view from a slightly different perspective by using four buffers (front left, front right, back left, back right) rather than the traditional two buffers (front, back). Plus, quad buffered stereo lets a user view stereo smoothly either in full screen mode or with multiple windows on their display. This technology provides the highest visual 3D stereoscopic quality required by professionals and enables better productivity during reviews and design iterations.
How do I enable Quadro Quad Buffered Professional Stereo?
Quad Buffered Stereo Applications
Windows 7 For Professionals
Enjoy a Premium Windows 7 Experience with Quadro Professional Graphics
Windows 7 marks a dramatic improvement in the way the Windows operating system takes advantage of the graphics processor, using it across the desktop, 3D graphics, and compute languages including the Microsoft DirectCompute API. This enables a more visual and interactive desktop experiences while providing a productive environment. Whether you're a designer developing the latest automobile, a 3D artist working on the next blockbuster film, or a financial trader on Wall Street, NVIDIA Quadro solutions deliver unmatched power and performance from a rock-solid stable platform.
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PREMIUM APPLICATION PERFORMANCE • High performance 3D graphics for OpenGL or DirectX professional applications • Full OpenGL 3.0 functionality for existing and future 3D applications • Large data visualization with extremely large Quadro graphics memory on 64-bit Windows 7 • Efficient GPU power consumption without sacrificing performance, enabling Energy Star compliant workstations • Extended mobile workstation battery life with optimal performance with NVIDIA® PowerMizer® technology |
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PREMIUM IMAGE QUALITY • Highly realistic interaction using up to 32x FSAA for minimal aliasing artifacts • Superior stereographic experiences with quad-buffered stereo in either a window or at full screen • Over a billion colors for rich, vivid image quality with the broadest dynamic range |
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PREMIUM RELIABILITY • Solid, WHQL certified Windows 7 drivers building upon years of Vista support experience • Premium hardware quality with Quadro graphics solutions engineered, built, and tested by NVIDIA |
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PREMIUM 3D DESKTOP EXPERIENCE • Improved responsiveness and stability with open windows now in the GPU memory rather than in system memory • Visually stunning interface, including Aero Glass 3D interface and transparent windows • Flexible and efficient window management across multiple displays with NVIDIA® nView™ technology |
30-Bit Color Fidelity
128-Bit Precision Graphics Pipeline
64-Bit Floating Point Precision
1 GB GDDR3 GPU Memory with ultra fast memory bandwidth
Advanced Color Compression, Early Z-Cull
Compatible with Industry Standard Architectures
Cg High-Level Graphics Shader Language
Essential for Windows Vista
Fast 3D Texture Transfer
Full-Scene Antialiasing (FSAA)
Hardware 3D Window Clipping
HDMI Support
Highest Workstation Application Performance
8K Texture and Render Processing
Next-Generation Vertex and Pixel Programmability Shader Model 4.0
Next-Generation Vertex and Pixel Programmability
CUDA Architecture
NVIDIA Graphics API Extensions
NVIDIA High Precision High Dynamic Range (HDR) Technology
NVIDIA® PureVideo® HD Technology
NVIDIA Unified GPU Architecture
nView Multi-Display Technology
PCI Express 2.0 Compliant
Professional 3D Stereo Solutions
Stereo Mini-DIN connector (Optional)
SLI Multi OS
Dual DisplayPort Digital Display Connectors
Single Dual-Link Digital Display Connector
Ultra quiet design
Uncompressed 8-,10-, or 12-Bit SDI Output
Unified Driver Architecture (UDA)
NVIDIA® Quadro® FX professional graphics solutions, built on over a decade of innovation, are the chosen platform by professional designers, engineers, and scientist for visual computing. Based on the NVIDIA® CUDA™ architecture and fully certified on all industry-leading professional applications, Quadro FX solutions provide new capabilities in interactivity and visual quality with unmatched performance.
Take your inspiration even further with NVIDIA® Quadro® high-end solutions, the unrivaled professional graphics boards among Fortune 1,000 companies. Featuring NVIDIA® CUDA™ parallel computing architecture, up to 1 GB frame buffer memory, 51.2 GB/sec. memory bandwidth, and 256-bit memory interface, Quadro high-end solutions deliver outstanding performance and quality for ultimate productivity.
NVIDIA TESLA GPU COMPUTING FOR WORKSTATIONS
Experience cluster level computing performance—up to 250 times faster than standard PCs and workstations—right at your desk. Convert your workstation into a NVIDIA® Tesla™ Personal Supercomputer by adding Tesla GPU computing processors. Each Tesla GPU is based on the revolutionary NVIDIA® CUDA™ massively parallel computing architecture with a rich set of developer tools (compilers, profilers, debuggers) for popular programming languages APIs like C, C++, Fortran, and driver APIs like OpenCL and DirectCompute.
What is GPU Computing?
GPU computing is the use of a GPU (graphics processing unit) to do general purpose scientific and engineering computing. The model for GPU computing is to use a CPU and GPU together in a heterogeneous computing model. The sequential part of the application runs on the CPU and the computationally-intensive part runs on the GPU. From the user’s perspective, the application just runs faster because it is using the high-performance of the GPU to boost performance.
The application developer has to modify their application to take the compute-intensive kernels and map them to the GPU. The rest of the application remains on the CPU. Mapping a function to the GPU involves rewriting the function to expose the parallelism in the function and adding “C” keywords to move data to and from the GPU.GPU computing is enabled by the massively parallel architecture of NVIDIA’s GPUs called the CUDA architecture. The CUDA architecture consists of 100s of processor cores that operate together to crunch through the data set in the application.
The Tesla 10-series GPU is the second generation CUDA architecture with features optimized for scientific applications such as IEEE standard double precision floating point hardware support, local data caches in the form of shared memory dispersed throughout the GPU, coalesced memory accesses and so on.
| CUDA-based Tesla GPUs can increase the speed of applications by 250X on a wide range of applications - from MATLAB to computational fluid dynamics, molecular dynamics, quantum chemistry, imaging, signal processing, bio-informatics, and more. | ||
 Medical Imaging |
 Digital Content Creation |
 Computer-Aided Design /Engineering |
 Fluid Simulation |
 Seismic Exploration Reservoir Simulation |
 Computational Fluid Dynamics (CFD) |
 Computer Vision |
 Protein Docking |
 Molecular Dynamics |
 Gene Sequencing |
 Image Processing |
 Multi-HD Stream Video Editing |
 Finite Element Analysis |
 Electro Dynamics |
 Crash Modeling |
The NVIDIA® Tesla™ Bio Workbench enables biophysicists and computational chemists to push the boundaries of biochemical research. It turns a standard PC into a “computational laboratory” capable of running complex bioscience codes, in fields such as drug discovery and DNA sequencing, more than 10-20 times faster through the use of NVIDIA Tesla GPUs.
Complex molecular simulations that had been only possible using supercomputing resources can now be run on an individual workstation, optimizing the scientific workflow and accelerating the pace of research. The Tesla Bio Workbench applications can be deployed on GPU-based desktop personal supercomputers or in data center solutions. Built on the revolutionary, massively parallel CUDA architecture, these solutions are designed to accelerate the pace of computational science and are available today!
Some Bio Workbench Applications
Molecular Dynamics & Quantum Chemistry
Bio Informatics
 2D Blu-Ray Watch in 3D Coming Soon! |  3D DVR | |
 Beverly Hills 90210 |  CSI |  CSI Miami |  CSI New York |  Family Ties |  How I Met Your Mother |  NCAA on CBS |  NCSI |
 NCSI Los Angeles |  Nurse Jackie |  Rules of Engagement |  Star Trek The Original Series |  Survivor |  The Amazing Race |  The Big Bang Theory |  The Price is Right |
 The Tudors |  Two and a Half Men |  Undercover Boss |  United States of Tara |
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Newer graphics cards have a HDMI port instead of a DVI port. In this case, simply use a HDMI cable to connect the PC directly to the TV. Make sure to consult your TV's manual to check if a specific HDMI input must be used for 'PC' mode. For older graphics cards, the DVI output from the PC's graphics card must be connected to the TV's 3-D compatible HDMI port using a DVI-to-HDMI cable (or a HDMI cable plus a DVI to HDMI adaptor). Be careful to make sure that you use the correct input. Some older Samsung and Mitsubishi 3D DLP HDTV products may require you to use HDMI input 3 or the HDMI input also labelled as PC input on the back of the 3D DLP HDTV. Some 3D ready projectors may only support 3D on the analog VGA port, for these products you will need a DVI to VGA adaptor for your graphics card. Once properly connect make sure that you have activated a 3D output format within the chosen software on your PC to output in a 3D format that is acceptable by your 3D HDTV. For example, some products may require 3D DLP Checkerboard, 3D 120 Hz frame-sequential, 3D side-by-side at 60Hz or others.
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In addition to games, photos, movies, applications, engineering software, animation software and web applications can all be generated in 3D by a PC and displayed on a 3D TV. Additionally 2D Videos, 2D DVDs and 2D photos can be converted in real-time into 3D and viewed on a 3D TV if you have a 3D TV model and setup that is compatible with Tridef 3D Media Player. |
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Going 3D is really difficult and takes the right mixture of components, software and windows tuning. It takes extensive time to make a PC 3D-Ready and should not be undertaken by any but the most expert of computer users. TRU3D offers a wide variety of 3D-Ready PC's each with the TRU3D 3D tuning pack already included. Click Here to see a list of 3D Ready Computers.
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Newer graphics cards have a HDMI port instead of a DVI port. In this case, simply use a HDMI cable to connect the PC directly to the TV. Make sure to consult your TV's manual to check if a specific HDMI input must be used for 'PC' mode. For older graphics cards, the DVI output from the PC's graphics card must be connected to the TV's 3-D compatible HDMI port using a DVI-to-HDMI cable (or a HDMI cable plus a DVI to HDMI adaptor). Be careful to make sure that you use the correct input. Some older Samsung and Mitsubishi 3D DLP HDTV products may require you to use HDMI input 3 or the HDMI input also labelled as PC input on the back of the 3D DLP HDTV. Some 3D ready projectors may only support 3D on the analog VGA port, for these products you will need a DVI to VGA adaptor for your graphics card. Once properly connect make sure that you have activated a 3D output format within the chosen software on your PC to output in a 3D format that is acceptable by your 3D HDTV. For example, some products may require 3D DLP Checkerboard, 3D 120 Hz frame-sequential, 3D side-by-side at 60Hz or others.
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Going 3D is really difficult and takes the right mixture of components, software and windows tuning. It takes extensive time to make a PC 3D-Ready and should not be undertaken by any but the most expert of computer users. TRU3D offers a wide variety of 3D-Ready PC's each with the TRU3D 3D tuning pack already included. Click Here to see a list of 3D Ready Computers.
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