On November 11, 2025, news emerged that Tesla is preparing to expand its Texas Gigafactory, with the primary goal of constructing a dedicated facility for the mass production of the humanoid robot Optimus. Currently, Tesla is only operating a pilot production line at its Fremont factory in Northern California, assembling small batches of prototypes. This … Read more
Tesla’s Optimus is set for mass production next year, Xpeng’s IRON is already on the road, and Figure 02 is open for pre-orders… As robots transition from laboratories to factories and homes, the competition for computational power is becoming the key factor in determining success. 1. Introduction: The Year of Mass Production Has Arrived, and … Read more
In today’s medical technology field, interventional therapy is gradually becoming the preferred treatment option for many diseases due to its minimally invasive nature and quick recovery times. However, traditional surgical robots often feature a “jointed” rigid structure, which performs excellently in open spaces but struggles to navigate the many winding and narrow natural cavities within … Read more
Artificial intelligence is driving the demand for faster, smarter, and more efficient computing. However, with massive amounts of data generated every second, sending all data to the cloud for processing is no longer practical. At this point, AI accelerators in edge computing become indispensable. This specialized hardware can directly enhance the performance of AI applications … Read more
Behind the 7nm circuits of mobile phone chips and the 10nm flying height of computer hard disk heads lies a key technology – Chemical Mechanical Polishing (CMP). It is currently the only process capable of achieving “global planarization” of silicon wafers. Without it, the reduction in device size and multilayer interconnections would become a “castle … Read more
In the processing of semiconductor silicon materials, there is an ‘unassuming yet indispensable’ role – surfactants. Unlike photolithography machines and etching machines, which are frequently mentioned, surfactants ‘silently exert their influence’ in every critical step of slicing, grinding, polishing, and cleaning: reducing knife marks, minimizing damage, improving flatness, and removing impurities… Without them, silicon wafers … Read more
1. Shanghai Silicon Industry (688126): The absolute leader in domestic 12-inch silicon wafers, first to achieve mass supply of large-size wafers, with clients including major foundries like SMIC. 2. Yuyuan Silicon (688432): Achieved full-size coverage of silicon materials from 4 to 12 inches, with 12-inch polished wafers entering the verification stage, leading in technology for … Read more
The assembly of semiconductors has extremely high requirements for the dimensional fit of parts. The micron-level fit of precision fixtures and functional components on the assembly line directly determines the yield rate and subsequent maintenance frequency. PEEK material, due to its high temperature resistance, wear resistance, and mechanical stability, is widely used in clamping parts, … Read more
Deepen your understanding of the mysteries of high-frequency signal transmission to make your PCB design more professional. In everyday electronic devices, from smartphones to routers, from microwave ovens to radar, high-frequency signals are ubiquitous. However, as the signal frequency increases, their transmission methods on PCBs undergo remarkable changes. Today, we will unveil the mysteries of … Read more
In today’s rapidly developing smart education hardware landscape, learning tablets have covered a wide range of applications from K12 to vocational education, graduate school entrance exams, and public service examinations. These devices typically adopt a core architecture of “main control chip + storage unit + interface circuit,” requiring simultaneous processing of complex tasks such as … Read more