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The GeForce GT 740 Superclocked Graphics Card from EVGA has been designed for gamers and enthusiasts seeking the additional processing power a dedicated GPU can provide. Not only can the card help video game graphics render smoother motion with more detail, it can also provide compute assistance to a growing number of GPU-aware applications. Through APIs such as OpenCL and CUDA much of the workload created by computationally heavy activities, such as transcoding video, can be shifted to the GPU freeing CPU resources and in many cases performing operations faster than the CPU alone is capable of.
This version of the GT 740 features a 1085 MHz GPU that incorporates 384 CUDA Cores (stream processors), which not only act as general-purpose shaders for rendering display graphics, they also allow applications that support parallel programming to perform dozens of simple computations at once. To move data to and from the GPU as efficiently as possible, the card features 4GB of 1250 MHz GDDR5 RAM over a 128-bit memory interface. Because GDDR5 RAM moves data at four words per cycle, the effective memory clock speed works out to 5000 MHz, yielding a memory bandwidth of up to 80 GB/s.
The card can be connected to a variety of displays from computer monitors to HDTVs to projectors - even many 3D and 4K devices. It features a DVI-I port which supports digital as well as VGA displays, a DVI-D (digital only) port, and a mini-HDMI port. Through HDMI it can drive displays with resolutions up to DCI 4K (4096 x 2160), and it drives analog displays at up to 2048 x 1536.
Popular API Support
Supports Microsoft DirectX 12, OpenGL 4.4, OpenCL, CUDA, and other APIs. These APIs provide the interface required so that software applications can talk to the graphics card. By leveraging the processing power of the graphics card, GPU-aware applications can perform many computationally intensive tasks faster and more efficiently than when relying on the CPU or integrated graphics alone
Nvidia PhysX Technology
Full support for Nvidia PhysX technology, enabling an enhanced class of physical gaming interaction designed to yield a more dynamic and realistic experience
Nvidia SMX Engine
Next generation streaming multiprocessor built from the ground up for increased performance handling general-purpose computational tasks
Nvidia GPU Boost
Dynamically regulates GPU clock speed based on the workload of your game or application to maximize processing performance
Nvidia Adaptive Vertical Sync
Dynamically enables vertical sync based on your current frame rates to help yield smoother graphics rendering
With a single card you can expand compatible games across three displays for an immersive, stereoscopic 3D experience. Nvidia Surround also supports triple screen gaming with non-3D capable monitors
Nvidia 3D Vision Ready
Support for Nvidia 3D Vision, bringing a stereoscopic 3D experience to the PC. Featuring a combination of wireless glasses and bespoke software, 3D Vision can transform compatible video PC games into full stereoscopic 3D. In addition, you can stream 3D movies and 3D digital photographs from Nvdia's 3DVisionLive websites to share your gaming experience
Nvidia CUDA Technology
Unlocks the power of the GPU's processor cores to accelerate the most demanding tasks such as video transcoding, physics simulation, ray tracing, and more, delivering performance improvements over traditional CPUs
Additional Nvidia Technologies
Nvidia PureVideo HD Technology: The combination of high-definition video decoding acceleration and post-processing that is designed to deliver improved picture clarity, smoother video, more accurate color, and more precise image scaling for movies and video
Nvidia FXAA Technology: Shader-based anti-aliasing technology available from the NVIDIA Control Panel that enables accelerated anti-aliasing in many PC games
Nvidia TXAA Technology: Support for temporal anti-aliasing
PCI Express 3.0 x16 Support
Designed for the new PCI Express 3.0 bus architecture offering the highest data transfer speeds for the most bandwidth-hungry games and 3D applications, while maintaining backwards compatibility with existing PCI Express motherboards for the broadest support.