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Silicon has dominated the transistor world for decades. But that is changing. Compound semiconductors consisting of two or three materials have been developed that offer unique advantages and superior properties.

One of the advantages of EUV is the reduction of chip processing steps, and using EUV instead of traditional multiple exposure technology will greatly reduce the steps of deposition, etching, and measurement

Although there will be more photoresist manufacturers for EUV lithography. But at the moment the market is dominated by Japanese companies.

Placing multiple chips side-by-side in the same package can mitigate thermal issues, but as companies delve further into chip stacking and denser packages to improve performance and reduce power, they're battling a new set of heat-related issues.

The development of semiconductor technology is an important driving force for building a green and low-carbon society. At the same time, the semiconductor industry itself is actively achieving green and low-carbon, and is an active practitioner of the strategic goal of carbon neutrality.

In recent years, the global supply and demand of wafers is unbalanced, and the shortage of 200mm wafers will continue for several years.

The characteristics of high-quality crystal quality of SiC epitaxial layer make the epitaxial layer should have a crystal structure of high purity and low defect density to ensure the reliability of SiC components.

Switching to a hydrogen-based plasma ensures high-speed etching of GaN substrates, and engineers at Osaka University in Japan claim to have made a new breakthrough in thinning gallium nitride (GaN) substrates using hydrogen-based plasma.

The successful development and application of this new AI semiconductor technology shows great potential to improve the efficiency and accuracy of AI."

IEEE experts pointed out that from solar coatings to instant rechargeable batteries, nanotechnology has a broad application prospect