NVIDIA announced the architecture of Touring. Most likely, it will become the basis of the new generation of video cards
As part of the industrial conference Sigggraph NVIDIA officially announced the graphic architecture of Touring. As the company’s press release assures, Toring is the largest breakthrough since the GPU Cuda invention in 2006.
The main feature of turing is to accelerate real-time rays trace using RT-Jader. According to NVIDIA, Tracing rays through Toring occurs up to 25 times faster than through the previous generation of Pascal.
In addition, Turing has tensor https://libra-spins.uk/mobile-app/ nuclei – processors that accelerate deep networks and information. These pieces are useful for programs using artificial intelligence. For example, for DLAA – smoothing on the basis of deep learning methods.
Among the first graphic processors on Toring – Quadro RTX 8000, Quadro RTX 6000 and Quadro RTX 5000. It is unlikely that you buy them for your home computer: the Quadro RTX line is designed for professional tasks of designers and artists, and the flagship Quadro RTX 8000 costs 10,000 US dollars.
NVIDIA considers Turing a big victory: in total, the new architecture allows you to model the physical world six times faster Pascal. The press release also indicates that analysts were waiting for the trace of rays in real time from NVIDIA no earlier than five years.
Most likely, Turing will get to gamers. Before Gamescom 2018 NVIDIA will hold a presentation for ordinary consumers, where it will present some "amazing surprises". It is expected that the company will officially announce the GeForce GTX 1180 – a new flagship video card that will work on Turing.
Recall that tracing of rays in real time has become one of the main topics at the GDC 2018 developers conference. Their videos with a demonstration of advanced technology showed Electronic Arts, Epic Games And 4A Games. We suppose, Metro: Exodus It will turn out to be the main game for the GeForce GTX 1180 – the developers just said that the shooter supports rays trace in real time.
