EVGA GeForce GTX TITAN X SC GAMING GDDR5 12 GB NVIDIA Chipset 384 bit 7010 MHz Graphics Card  (Black)

Overview Specs In The Box Reviews Accessories Q&A Resources: Guides & Manuals Learn More On Explora Experience Overclocked "Big Maxwell" With The Superclocked Titan X Graphics Card From Evga. The Titan X Design Offers An Impressive Chipset Configuration Inclined Towards High-Resolution Gaming And Graphics Rendering. Hardware Wise, This Titan X Chipset Features 12gb Of Gddr5 Vram Coupled To 3072 Cuda Cores Overclocked At 1127 Mhz With A 384-Bit Interface For A 336.5 Gb/S Memory Bandwidth. The Cuda Cores Are Arranged Using Nvidia'S Maxwell Architecture, Allowing The Gpu To Operate Using Less Power While Generating Less Heat Than The Previous Generation Kepler Architecture. Operating At Full Tilt During Intense Gaming Sequences, The Card Will Only Draw A Maximum Of 250 Watts Of Power. The Front Panel Of The Card Features A Variety Of Outputs. There Are Three Displayport Outputs In Addition To An Hdmi Output And A Dvi Output. 4k Resolution Can Be Output Through The Titan X'S Displayport And Hdmi Terminals. Even If The Card Is Connected To A Lower Resolution Display, The Titan X Can Use Technologies Like Dsr And Mfaa To Leverage The Extra Resolution For A Higher Quality Image. The Titan X Is Not Just About High-Resolution Gaming. Computationally Intensive Programs Can Utilize The Gpu'S 3072 Cores To Accelerate Tasks Using Cuda Or Other Apis. For Cooling, Evga Implemented Nvidia'S Blower-Style Cooler. This Cooler Uses A Radial Fan To Force Air Through The Card'S Heatsink And Out Of The Case Through The Front Of The Card. This Cooling Configuration Is Good For Sli Or Other Configurations Where Space Between Computer Components Can Be A Concern. Sli Ready With A Compatible Motherboard And A Connecting Bracket, Two Or More Nvidia Gpus Of The Same Model Can Combine Processing Power Using Nvidia'S Scalable Link Interface (Sli). How The Cards Work Together Can Be Customized To Suit Your Preferences. Alternate Frame Rendering Has Each Alternating Card Prepare The Next Frame, Essentially Multiplying The Capabilities Of A Single Card'S Maximum Capable Frame Rate Output. Each Card In The Configuration Can Also Be Used To Improve Anti-Aliasing By Being Able To Process An Image In Parallel With The Other Cards Before Filtering Out Jagged Edges. Cuda Nvidia'S Parallel Computing Platform Which Enables An Increase In Computing Performance By Harnessing The Parallel Nature Of Gpu Processing. Cuda Compatible Applications Can Assign Intensive Parallel Computing Tasks, Such As Real-Time Video Rendering, To The Gpu To Process, Freeing Up The Computer'S Cpu To Run Other Tasks. 3d Vision Support When Used With A 3d Vision Compatible Monitor And 3d Vision Active-Shutter Glasses, Full-Hd Resolution Images Are Delivered To Each Eye. Additionally, With A 3d Lightboost Compatible Screen, Image Brightness Will Be Maintained While Using The Glasses And Ghosting Will Be Reduced.