PNY Nvidia T600 4GB GDDR6 Graphics Card

pnY Nvidia T600 4GB GDDR6 Gr Card

Great 2D and 3D performance in a ñ or compact tama &oatern solution

The NVIDIA GPUs drive the world's advanced desktop workstations, providing the visual computing power required by millions of professionals as part of their daily workflow. The discrete GPUs provide performance and character &iacutites, much more than what is available in the integrated graphics, for a wide range of professional workflows, from the creation &o, e &o n and display of models and videos 2D and 3D, to the work with multiple applications on multiple screens. As part of the NVIDIA RTX family of professional GPUs, the NVIDIA T600 provides the performance, the &iacuity features, reliability and support that business customers expect from NVIDIA's visual computing professional solutions. As companies seek to reduce the total cost of their solutions, the NVIDIA T600 is a powerful and cost-effective solution that helps them stay within the budget, without sacrificing productivity. At the height of the power of an NVIDIA discrete professional GPU.

PERFORMANCE AND USAGE CHARACTERISTICS

Turing GPU architecture

Based on the high performance process of 12 nm customized for NVIDIA to incorporate 640 n CUDA, the NVIDIA T600 GPU is a powerful single-slot professional solution for CAD, DCC, financial services industry (FSI). In general, they are designed to achieve a performance of excellence in a compact and efficient form factor. The Turing GPU architecture allows for the greatest leap in the real time representation of the graphics since the NVIDIA's invention of the programmable shaders in 2001.

Advanced shadow technology

The Turing GPU architecture presents the following new advanced shading technology. Mesh shading: tuber &iâteres a de geometr íres a based en computaci ón to accelerate the processing of geometr íres a y la selecci &oatóna en modelos y scenes geom &estricamente complexes. Mesh shading provides a performance improvement of up to 2 times in workload-related workloads.

Advanced transmission multiprocessor architecture (SM)

The combination of shared memory and cach é1 significantly improves performance, while simplifying programming and reducing the adjustments needed to achieve the best performance of the application. Each SM contains 96 KB of shared memory L1, which can be configured for multiple capacities sec the workload of c &o. For c&o cases, up to 64 KB can be allocated to cach é1 memory or shared memory, while the gr &aUtephics workload can allocate up to 48 KB to the shared memory; 32 KB for L1 and 16 KB for texture units. The combination of the L1 data é L1 data with shared memory reduces latency and provides greater bandwidth.

High-performance GDDR6 memory

Built with the widely optimized 4 GB GDDR6 memory subsystem for the industry, NVIDIA T600 has 4 GB of capacity

b Frame-and 160 GB/s of band-wide bandwidth to double the performance of the previous generation. NVIDIA T600 is the ideal platform for 3D professionals working with complex 2D/3D models, large data sets, and multi-screen environments.

Instrucci &uatecnica, thread m &uatutilple (SITT)

The new independent sub-process programming capability allows a synchronisation and cooperation &oatos detailed between parallel threads when sharing resources between jobs that ñ os.

Computation of mixed &oatuin

With floating point data paths and independent parallel integers, the Turing SM also is a lot of efficient workloads with a combination of c &aetule and c &aetules.

Gr Preference Preference

The preference at p íxel level provides granular control over the tasks that run on the GPU to maximize efficiency, providing an interactive experience m &aws fluid for the user.

Calculate preference

The preference at the instruction level provides a fine-grained control over the tasks reported to prevent long-running ejecuci applications from monopolizing system resources or depleting the timeout.

Coding engines/n/decoding H. 264 and HEVC

Offers a performance m &aUtepido s e &aecidas in real time for transcoding, video and other coding applications with two dedicated H. 264 and HEVC encoding engines and a dedicated decoy engine that are independent of the computing and/or 3D computing.

NVIDIA BOOST 4.0 GPU

Intelligently intelligently and automatically maximizes the performance of the application without exceeding the power and wrapper   t of the card. Allows applications to remain in the clock pulse state for time under a high temperature threshold m &aws before moving to a secondary temperature adjustment base clock.

IMAGE QUALITY FEATURES

Full-scene anti-aliasing (FSAA)

Reduce visual aliasing artifacts or "irregularities" with up to 64x FSAA (128x with SLI) to obtain unmatched image quality and realistic scenes.

32K rendering and texture processing

Make textures and render 32K x 32K surfaces to support applications that require high resolution and quality gene processing.

CHARACTER &IASITES FROM THE DISPLAY

NVIDIA mosaic &ietuos a tile

Transparent the desktop and applications in up to 4 GPUs and 16 screens from a single workstation while delivering full image performance and quality.

DisplayPort 1.4

Supports up to four 5K monitors at 60 Hz or two 8K screens per card. The NVIDIA T600 supports 4x displays in a native way, HDR color for 4K at 120 Hz for decoding HEVC 10 /12b and up to 4K at 60 Hz for HEVC 10b encoding. Each DisplayPort connector is capable of handling ultra-high resolutions from 4096 x2 160 to 120 Hz with 30-bit color.

NVIDIA RTX Desktop Administrator

The NVIDIA RTX Desktop Manager software allows you to manage one or more monitor workspaces with ease, giving you the maximum flexibility and control over your screens and desktops.

Support is &eUtereo with b &uatuerfer cu &aetuple OpenGL

Provides a seamless, immersive 3D 3D experience for professional applications.

NVIDIA Business &o &o Tools

Maximizes system uptime, seamlessly manages large-scale implementations, and remotely controls the configuration of gr &agraphs and displays for efficient operations.

SOFTWARE FUNCTIONS

NVIDIA CUDA Parallel Mputo c &otep Platform

Natively runs programming languages &oatuñas est &aíndar ndar as C/C++ and Fortran, and APIs such as OpenCL, OpenACC, and Direct Compute to speed up techniques such as ray tracing, the processing of genes and videos, and the sound of computational fluid.

Unified memory

With the ejecuci &oatecn simult &aetunea of floating point and integer operations, technical and adaptive shading technology and a new unified memory architecture with the double of cach éres that its predecessor, the Turing shaders allow impressive performance increases for today's professional applications.

Specifications:

• Processor
  • Processor Family: NVIDIA
  • Processor gr &aUfico: Quadro T600
  • CUDA: Yes
  • N &uatesos CUDA: 640
  • M &axime resoluci &oatuñas n: 7680 x 4320 Pixeles
  • M &aximes screens by video card: 4

• Memory: 4096 MB
• Memory adapter memory type: 128 Bit
• Memory band width (max): 160 GB/s