With only 100 nanometers of independent production, the chip is combined with optoelectronics, and the Chinese-made chip may win the AI chip war in the future.
This arithmetic expansion of optoelectronic chips if used on a large scale for computing power.
Mass production and commercialization are the main obstacles to its functioning.
At present, it is still in the laboratory, and in the future, will there be any enterprises that can invest in the application of weather forecasting, artificial intelligence machines, or e-commerce data backend to achieve large-scale commercial application.
The optoelectronic chip successfully developed by Tsinghua University has achieved the same or even higher accuracy of existing high-performance chips in a number of complex intelligent vision tasks, and has achieved the world's first breakthrough achievement of increasing the measured power by more than 3,000 times and the energy efficiency by more than 4 million times. This important result has been published in the journal Nature.
The core advantage of the optoelectronic computing chip ACCEL lies in its computing principle and chip architecture. The chip adopts the architecture of pure analog electrofusion optical chip, which gives full play to the performance advantages of optical computing, thereby breaking through the limitation of data conversion speed.
Thanks to Toutiao for providing the pictures
Thanks to Toutiao for providing the pictures
Thanks to Toutiao for providing the pictures