Tensor hearts of 5ᵉ generation
Tensor cores of 5ᵉ generation provide performance up to three times higher than those of the previous generation and also support FP4 accuracy calculations and DLSS 4 multi-imaging generation technology. Accelerate local LLM, prototype new AI models and boost content creation and graphic rendering.
RT hearts of 4ᵉ generation
The RT cores of 4ᵉ generation provide performance up to twice higher than those of the previous generation, which accelerates the graphic rendering for the creation of content in the media and entertainment sector, design in the field of AECO (architecture, engineering, construction and exploitation) and prototyping for industrial production. Create photorealistic scenes with high level of physical precision and immersive 3D designs with technologies based on neural rendering, such as RTX Mega Geometry, which allow to generate up to 100 times more triangles in Ray Tracing.
cards cuda
The most powerful professional gpu RTX architecture ever created, Blackwell takes on CUDA® heart technologies and the most recent flow multiprocessor. The flow multi -processor offers an increased treatment flow and new neural shaders that incorporate neural networks inside programmable shaders in order to give life to the next decade of graphic innovations increased by AI.
96 GB of GPU memory
The new improved GDDR7 memory considerably increases bandwidth and capacity, so as to run your applications faster to allow you to work with larger and complex databases. With 96 GB of dedicated GPU memory, you can deal with ambitious 3D and AI design projects, explore large-scale VR environments and supply much more advanced multi-application workflows.
nvenc 9ᵉ generation
NVIDIA NVENC engines of 9ᵉ generation considerably accelerate video encoding and improve the quality of visuals in professional video applications. They support encoding 4: 2: 2 H.264 and HEVC and they improve the quality of encoding HEVC and AV1.
nvdec of 6ᵉ generation
The 6ᵉ generation NVIDIA NVDEC engines provide a H.264 decoding rate up to twice as high and support the H.264 and HEVC 4: 2: 2. Professionals can thus benefit from high -quality video playback, accelerate the acquisition of video data and use advanced video mounting features based on AI.
Multi-instances GPU
Multi-instances GPU technology (MIG) increases the performance and usefulness of RTX Pro 6000 Server Edition by creating up to four (4) fully isolated GPU instances. Each MIG instance has its own calculation cores, cache and high -band memory, in addition to a guaranteed quality of service (QOS), so as to make the accelerated calculation accessible to all users.
PCIe of 5ᵉ generation
Thanks to the 5ᵉ generation PCI Express management, the bandwidth is doubled in relation to the 4ᵉ generation PCIE standard, which guarantees higher data transfer speeds from CPU memory as well as faster performance for demanding tasks in data such as AI, data science and 3D modeling.
Displayport 2.1
DisplayPort 2.1 technology offers professionals an unprecedented visual clarity, to supply high resolution screens up to 8k to 240 Hz and 16K to 60 Hz. An increased bandwidth allows you to use multi-ecrane configurations in complete transparency, ideal for multitasking and collaboration, while supporting HDR and a higher colored depth of colors Colors for high precision work, such as video editing, 3D design and live broadcast.
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