Research on the Development Trends of the Japanese Semiconductor Industry

The Japanese semiconductor industry dominated the global semiconductor throne for seven years (1985-1991) due to the rise of DRAM in the late 1980s to early 1990s, significantly aided by the VLSI Technology Research Association. The VLSI Technology Research Association, which existed from 1976 to 1980, included seven companies: Fujitsu, Hitachi, Mitsubishi Electric, Tokyo Shibaura Electric … Read more

The ASIC Wave: Key Players in the AI Era and Intel’s Path to Recovery

The previous article discussed Intel’s preparation to embrace the ASIC design wave, and this article will focus on the key players in the ASIC field. In the current rapid development of artificial intelligence, Application-Specific Integrated Circuits (ASICs) have become the core engine driving technological innovation. This highly customized chip design not only far exceeds general-purpose … Read more

Core Insights from ASIC Server Industry Research

Junshi Finance mainly focuses on fields such as logic circuits, software, online advertising, essential/optional consumption, etc., updating valuable information related to fundamentals daily. Core Insights from ASIC Server Industry ResearchQ: Recently, there has been a lot of news about OpenAI, including collaborations with NVIDIA, AMD, and Arm. Can you update us on the current overall … Read more

The Journey of an ASIC Chip: From Blueprint to Finished Product in 30+ Steps – A Breakdown of the Semiconductor Industry’s ‘Precision Assembly Line’

Many of the chips in your daily devices like smartphones, routers, and cars are ASICs (Application-Specific Integrated Circuits) — custom chips designed for specific functions. But did you know? An ASIC chip goes through over 30 critical steps from the idea of ‘I want to make a chip that can process signals’ to receiving a … Read more

Summary of Expert Discussions on ASIC Custom Chips

This material is sourced from company announcements, related news, publicly available research reports, and social media networks. It does not constitute investment advice regarding the industries and stocks mentioned in the text. If there are any infringements or violations of information disclosure, please contact us for removal.Q: What are the main projects and progress of … Read more

Six Emerging Companies in the Third Generation Semiconductor Sector (Selected List)

Six Emerging Companies in the Third Generation Semiconductor Sector (Selected List)

The third generation of semiconductors is driving industrial transformation through dual breakthroughs in material innovation and application scenarios. Silicon Carbide (SiC) and Gallium Nitride (GaN) are rapidly penetrating scenarios such as 800V platforms for new energy vehicles and AI server power supplies. The GaN robot chip has achieved the world’s first mass production, with a … Read more

Accelerating Domestic ASIC Development: A Scarcity of Key Companies

Accelerating Domestic ASIC Development: A Scarcity of Key Companies

This summary is sourced from the internet. If the organization believes it is inappropriate to disseminate, please leave a message in the backend of the 【Wenbagu Research Summary】 public account to delete the summary! We apologize for any inconvenience caused! Pay attention to the accelerating trend of domestic ASICs❗️❗️ #Focus on the core changes of … Read more

Detailed Explanation of Chip Tape Out: The Life and Death Leap of Hundreds of Millions of Transistors — The Ultimate Game from Design to Mass Production

Detailed Explanation of Chip Tape Out: The Life and Death Leap of Hundreds of Millions of Transistors -- The Ultimate Game from Design to Mass Production

Chip tape out (Tape Out) is the core step in transforming integrated circuit design into physical chips, involving design verification, process manufacturing, and sample testing, which directly determines the success rate of chip mass production. The name originates from the early tradition of “streaming” design drawings to tapes, which has now evolved into the entire … Read more

Analysis of Power Semiconductor Technology | Mosfet, SJ Mos, IGBT, SiC and GaN Semiconductor Structures

Analysis of Power Semiconductor Technology | Mosfet, SJ Mos, IGBT, SiC and GaN Semiconductor Structures

Introduction:The efficient operation of power electronic systems relies on various power semiconductor devices. A thorough understanding of the physical structure of power semiconductor devices is beneficial for grasping their working principles, understanding their charge transfer paths and processes, and laying a solid foundation for further efficient applications.This article shares the physical fundamentals of power semiconductors..【All … Read more

Power Semiconductors: The ‘Top Performers’ Emerge

Power Semiconductors: The 'Top Performers' Emerge

In recent years, industries such as new energy vehicles, photovoltaics, and wind power have continued to expand. Coupled with the gradual implementation of new technologies like wide bandgap semiconductor materials, power semiconductors have become a key area of market focus. Fuji Economic noted in a report earlier this year in April: The power semiconductor market … Read more