[Google is reportedly in talks with Samsung to jointly develop next-generation chips]

Today, the MLCC concept sector was active once again. In terms of news, according to the Hubei Jiangcheng Laboratory, the lab recently made a major breakthrough in key capacitor technology, successfully developing a three-dimensional multilayer on-chip capacitor with a capacitance density exceeding 1,000 nanofarads per square millimeter. The AI wave is driving the volume growth of high-end MLCCs, and high-end MLCC ceramic powders are expected to see increases in both volume and price. A research report from Zhongtai Securities stated that due to the complex power supply architecture and increasing GPU power consumption of AI servers, the number of MLCCs used per rack has surged from around 2,000 in traditional servers to hundreds of thousands.

From the Key Laboratory of Quantum Computing Chips of Anhui Province, it is learned that China's "Origin Wukong" series of independently developed superconducting quantum computers have completed over 1 million global quantum computing tasks cumulatively, continuously providing stable and reliable independent quantum computing power to global users. "Origin Wukong" is equipped with a post-quantum (PQC) cryptographic protection system, achieving the synergy of computing power supply and security protection like "spear" and "shield," and initially establishing a quantum computing service system that is both offensive and defensive.