What Are The Specific Impacts Of The World's First Full -System Integrated Memory Resistor Deposit Chip?

The world's first full -system integrated memory resistor deposit chip came out, and the Tsinghua University team achieved major breakthroughs

On October 9th, a news shocked the global scientific and technological industry -Wu Huaqiang, a professor of the Integrated Circuit College of Tsinghua University, and the associate professor Gao Bin team successfully developed the world's first all -system integrated chip.This result marks that machine learning will be directly completed on the hardware side, bringing major breakthroughs to the chip design field.

                                     Learning chip and testing system (picture source: Tsinghua University)

The fourth type of the memory resistor, as the fourth type of circuit basic component, has attracted much attention for its unique memory functions since its discovery in 2008.It can remember the charge after power off, providing new ideas for the research and development of new nano -electron sympathetic devices.The calculation paradigm of the calculation of the deposit and calculation of the storage and calculation is merged together to improve the calculation efficiency.

This time, Wu Huaqiang and the full -system integrated chip developed by the full system developed by the Gaobin team pushed this concept to a new height.This chip supports learning on high -efficiency films, which means that machine learning can be completed directly on the hardware side, achieving overall optimization of chip -level.In the case of completing the same task, the energy consumption of the chip is only 1/35 of the special integrated circuit (ASIC) system under advanced process, and it is expected to achieve 75 times the energy efficiency improvement.

                               Universal algorithms and architectures that are learned on the efficient film based on the existence of the memory resistor (picture source: Tsinghua University)        

This breakthrough results indicate that the integrated chip of the all -system -integrated memory resistor savings will play a huge role in the fields of artificial intelligence, autonomous driving, wearable equipment.In the field of artificial intelligence, this chip can improve the execution efficiency of the algorithm and speed up data processing; in the field of autonomous driving, high -efficiency computing chips can help achieve faster network data processing;The advantages of low and small volume can greatly extend the battery life of the equipment and improve the user experience.

The birth of the world's first full -system integrated memory resistor deposit chip not only represents the leading position of Tsinghua University in the field of chip design, but also indicates that we may have huge potential and prospects in these three fields.This is a historic breakthrough that will have a profound impact on future scientific and technological development.

The further development and application of the calculation paradigm of the deposit and calculation will provide new directions and ideas for future scientific and technological development.The successful development of this full -system integrated memory resistor deposit chip is of great significance for improving China's scientific and technological strength and international competitiveness, but also will bring new challenges and opportunities to the global scientific and technological community.