PNY Graphics card Nvidia RTX 5000 ADA Generation 32 GB GDDR6 RAM PCIe x16 DisplayPort Vulkan

Nvidia Ada Lovelace architecture
Experience rapid interactive performance with the latest Nvidia graphics processor based on Ada Lovelace architecture, ultra-fast onboard graphics memory technology and optimized software drivers for professional applications. Shader Execution Reordering (SER) enables the organization and reorganization of workloads in-process operation by combining threads with similar performance to enable the streaming multiprocessor (SM) and RT core to work more efficiently.

CUDA cores
Based on Nvidia's Ada Lovelace architecture, the CUDA cores offer up to twice as high single precision floating point throughput (FP32) as the previous generation, WAS significantly improves the performance of graphical workflows such as the development of 3D models and calculations for workloads such as desktop simulations for CAE.

3rd generation RT cores
The 3rd generation RT cores offer up to twice the throughput of the previous generation and the ability to simultaneously perform ray tracing with shading or noise capabilities. This enables faster rendering for M&E content creation, AECO design reviews, and virtual prototypes for manufacturing. The 3rd generation RT cores offer up to twice the performance of the previous generation, allowing for a whole new level of performance in photorealistic rendering. The improved RT cores, combined with SER technology, dynamically rearrange inefficient workloads, significantly increasing shader performance to accelerate end-to-end image rendering performance with ray tracing.

Fourth-generation tenor cores
The fourth-generation Tensor cores offer up to five times faster AI training performance than the previous generation with FP16 accuracy. FP8 data format support for inference provides more than five times the performance of the previous generation and halts the use of data storage (compared to FP16 data format).

Engines for encoding and decoding
RTX 5000 includes two video encoding and two video decoding engines, including support for AV1 video format and the performance required for multi-stream video applications for security and video service.

PCIe Gen 4
RTX 5000 supports PCIe Gen4, which doubles the bandwidth of PCIe Gen3 from 15.75 Gb/s to 31.5 Gb/s for x16 connections, improving the speed of data transfer from CPU memory for data-intensive tasks such as AI, data science, and the creation of large 3D models and scenes. Faster PCIe performance also accelerates the DMA transmissions of the graphics processor, enabling faster video transfers from GPU Direct for video-enabled devices and faster I/O with GPU Direct storage.

GPU memory
The RTX 5000 has a large GDDR6 memory that provides the memory required for rendering, data science, technical simulations and other memory-intensive graphics processor applications. With a larger memory bandwidth than the previous generation, the RTX 5000 can move data faster between the graphics processor and the graphics processor memory and HER, resulting in better graphics, calculation and rendering performance by WAS.

Ready for virtualization
By supporting virtualization, a personal workstation can be transformed into multiple instances of high-performance virtual workstations. This allows remote users to share resources to run high-end design, AI, and compute workloads.

Multi display
Four DisplayPort 1.4a ports, support for multiple 8K monitors, Nvidia Quadro Sync, Mosaic, Warp, and Blend enable massive immersive environments for caves, video walls, and location-based entertainment deployments.

Enhanced reality
Support for the latest high-resolution HMD devices, high-performance graphics, and GPU memory provides incredible AR and VR experiences for training, product validation, building visits, and engaging entertainment.

Form factor and energy efficiency
With an energy-efficient dual slot design, the RTX 5000 fits into a variety of workstation casings and offers professional users a generous selection of compatible workstations from OEM providers around the world.

Motion BVH
Hardware acceleration when rendering motion blur - a common, hard-to-render movie effect - means that artists no longer have to resort to traditional methods of using motion vectors to achieve motion blur. Motion vectors allow the artist to adjust motion blur in post-production, but require visual corrections for reflections and light permeability.

Nvidia DCSS 3.0
The Ada Lovelace GPU architecture includes a new optical flow accelerator and an AI-based DLSS Super Resolution system with a DL debugger that four times increases the frame rates of DLSS 3.0 compared to the previous version, while maintaining or exceeding native image quality.

Nvidia RTX streaming engine
The Nvidia RTX broadcasting engine transforms offices into broadcasting studios by turning standard webcams and microphones into high-end smart devices using AI's performance. Improve the video and audio quality of live streams with AI capabilities such as virtual backgrounds, automatic webcam framing and microphone noise suppression. Dedicated AI processors called tensor cores on Nvidia RTX graphics processors enable real-time collaboration of AI networks with applications.

NVIDIA-certified systems for accelerated computing
Nvidia RTX 5000 delivers revolutionary performance for design, authoring, engineering, research, and data science professionals. The RTX 5000 graphics processors in Nvidia certified workstations are equipped with the RTX technology of the third generation and enable fast photo-realistic and Raytracing, AI-accelerated graphics, calculations and workflows. The certified workstations have been validated for optimal use of graphics processors. Balanced designs that take into account aspects such as heat management and PCIe configuration ensure that system resources are optimally utilized.

This text is machine translated.