Nvidia Streaming Cores

Nvidia s solution is to have the turing rt cores handle all the bvh traversal and ray triangle intersection testing which saves the sms from spending thousands of instruction slots per ray.

Nvidia streaming cores. The geforce rtx 3080 delivers the ultra performance that gamers crave powered by ampere nvidia s 2nd gen rtx architecture. A stream processor is amd equivalent to nvidia cuda cores. Within the core architecture the key enablers for turing s significant boost in graphics performance are a new gpu processor streaming multiprocessor sm architecture with improved shader execution efficiency and a new memory system architecture that includes support for the latest gddr6 memory technology. The gp104 powering the geforce gtx 1080.

It will not be right to judge the performance of graphic cards just by looking at the number of cuda. The flagship nvidia geforce gtx 1080 ti card with a gp102 die and 28 tsm advertised 3584 cores to reach 11 340 gflops 12. The rt cores comprises of two specialized units. You cannot compare the the nvidia cuda cores with amd stream processors because of the following reasons.

Stream processors are the cores in amd gpus while cuda is the cores in nvidia gpus. Both of these perform similar functions and the only difference is in the name given by the companies. Nvidia calls them cuda cores and in amd they are known as stream processors. Nvidia broadcast is a universal plugin that works with most popular live streaming voice chat and video conferencing apps.

It s supported on any nvidia geforce titan or quadro rtx gpu and uses dedicated ai processors on rtx gpus called tensor cores to help the app s ai networks run in real time right alongside your games. Generally these pixel pipelines or pixel processors denote the gpu power. It s built with enhanced rt cores and tensor cores new streaming multiprocessors and superfast g6x memory for an amazing gaming experience. Although cuda cores and stream processors are not equivalent to each other they are fundamentally different.