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#Ultra fp64 software
#Ultra fp64 professional

These outputs are actually disabled by default. On the I/O faceplate of the unit, we get three display outputs. We did not have the bridge for this one when we had multiple A40’s but the feature is present. On the top of the unit, we get something that is fairly interesting in that we get a NVLINK connector. NVIDIA A40 Ariflow Bracket Mounting And 8 Pin That section also includes holes for vendor-specific mounting support brackets. We also get a standard 8-pin data center GPU power connector on the rear of the unit. As some frame of reference, the GPU with its PCIe I/O plate is around 1kg/ 2.2lbs so the heatsink has significant heft. NVIDIA A40 PCIe ConnectorĬooling on the GPU is passive, but NVIDIA says that the card is able to handle airflow in either direction so air can be pushed or pulled through the heatsink. We still get a standard PCIe Gen4 x16 edge connector on the card. NVIDIA A40 Front ViewĪs we expect, this is a newer PCIe Gen4 generation GPU, so it is likely to be paired with 3rd Generation Intel Xeon Scalable “Ice Lake” or AMD EPYC 7002 “Rome” or EPYC 7003 “Milan” CPUs. This uses NVIDIA’s gold theme and looks similar to many of the other NVIDIA PCIe GPUs of this generation that we have used. The A40 card itself is a double-width full-height full-length PCIe Gen4 GPU. We have already seen the A40 in a number of STH system reviews, but today, we decided it was time to give the unit its own piece.

#Ultra fp64 professional

Furthermore, it has a 300W TDP making it a PCIe Gen4 GPU with a relatively high TDP that can be used in professional workstations and servers. The A40 is a 48GB GPU that is passively cooled, yet also has video outputs making it a very interesting card. Shader Model 5.1, OpenGL 4.5, DirectX 12.0, Vulkan 1.Today we are going to take a quick look at the NVIDIA A40 GPU.

#Ultra fp64 software

The GP100 GPU support for deep learning software enables designers to take advantage of next-generation generative design technology, creating optimal designs rapidly through machine learning.

Create immersive VR environments with larger, more complex designs that can be experienced at scale, complete with virtual audio and touch integration.

Combine two GP100 cards with NVLink to provide incredible rendering power for the largest, most demanding rendering workloads.

NVIDIA Iray plug-ins enable designers to visualize designs with photorealistic image quality using physically based lights and materials as an integrated part of their workflow.

Integrate simulation during design with finer time-steps, more depth of field, larger assemblies, and more detail in components.

Use real-world physics, lighting, and materials during interactive design and visualize with photo-realistic image quality.

NVIDIA Quadro GP100 supports multiple displays at up to 5K resolution.

NVIDIA’s Pascal GPU technology enables the GP100 to run compute and graphics tasks simultaneously, allowing users to run simulations and create 3D models at the same time.

Users can connect two GP100 cards with NVLink to provide 32GB of HBM memory to run the largest simulations. With 16GB of HBM memory, larger simulations can fit into GPU memory.

The NVIDIA Quadro GP100 can run FEA, CFD, CEM, and other GPU accelerated analysis codes faster.

Additionally, its fast FP16 performance makes it an ideal desktop workstation solution for developers working on the latest Deep Learning/AI algorithms and frameworks. The GP100 is an excellent choice for developers who want to tap into the power of NVLink and Unified Memory to maximize their application performance. Customers want to experience ideas, validate designs, test ideas, and simulate solutions and visualize the results as quickly as possible. AI and deep learning are changing the way professionals are solving the most complex and challenging computing problems. VR is changing all facets of entertainment, design, engineering, architecture and medicine. NVIDIA Quadro Sync II compatibility enables the GP100 to build massive and sophisticated visualization, simulation and rendering environments. Scientific visualization and compute problems are larger than ever. Media is becoming richer, higher fidelity, combining greater resolutions and complex visual effects.