NVIDIA has recently unveiled its latest addition to the professional desktop GPU lineup, the RTX 5880 ADA. This cutting-edge GPU is specifically designed to cater to tasks like 3D modeling, rendering, data visualization, and video streaming.
The release of the RTX 5880 ADA is a response to the export restrictions imposed by the United States, which has limited the availability of the flagship RTX 6000 ADA GPU in certain regions, including China. In order to comply with these restrictions, NVIDIA has made significant changes to the specifications of the RTX 5880 ADA.
The key feature of the RTX 5880 ADA is its AD102 GPU, which houses 14,080 CUDA cores, representing a 22% reduction compared to its predecessor. Additionally, the Tensor core count has been decreased from 568 to 440. Despite these modifications, the RTX 5880 ADA still manages to deliver impressive performance, with 69.3 TFLOPS of single-precision compute.
One notable aspect of the RTX 5880 ADA is its efficient power consumption, utilizing only 285W of power, which is 15W less than the RTX 6000 ADA. It also retains the board’s video encoding and decoding support, featuring a dual-slot design with a blower-style cooler. The memory configuration of the RTX 5880 ADA remains consistent with 48 GB of GDDR6 memory across a 384-bit interface, delivering a maximum bandwidth of 960 GB/s.
NVIDIA has officially introduced the RTX 5880 ADA on its global website, making it available to the professional market worldwide. Orders are now being accepted, and the deployment of this GPU can be expected in the near future. The pricing for the RTX 5880 ADA is yet to be confirmed but is anticipated to be competitive.
This new release from NVIDIA showcases the company’s commitment to providing powerful and efficient GPUs, tailored to meet the demands of professionals in various industries. The RTX 5880 ADA is set to revolutionize the workflow and enhance the productivity of professionals engaged in tasks like 3D modeling, rendering, and data visualization.
The source of the article is from the blog windowsvistamagazine.es