ムーアの法則は存続するのか?!超重要…後工程の材料最強企業登場!!

TL;DR

Semiconductor packaging is crucial for future technological innovation.

Transcript

Hello. I'm Manufacturing man from Manufacturing man Channel . Today I will be talking about semiconductor. Previously I gave feedback on SEMICON Japan. semiconductor packages will become important in the future. I will talk more about it. I'm thirsty what is this? I was Sponsored by " Chip One Stop, Inc. " I posted the video in the description of t... Read More

Key Insights

• The back-end process in semiconductor manufacturing, once considered outdated, is now gaining significant attention due to its potential for innovation and cost-effectiveness.
• Resonac Corporation, formerly Showa Denko K.K., has become a leader in back-end process materials, achieving sales surpassing its competitors.
• Intel's struggle with process development highlights the challenges faced in semiconductor manufacturing, particularly with the 3NM and 4NM processes.
• The semiconductor industry's focus is shifting towards packaging technologies such as FO-WLP and Chiplet, which offer cost and performance advantages.
• The high cost of semiconductor exposure equipment, primarily supplied by ASML, poses a challenge for continued miniaturization and innovation.
• Consortiums like UCIe and JOINT2 are forming to standardize back-end process rules and accelerate the development of packaging technologies.
• Semiconductor packaging technologies such as CoWoS and InFO are pivotal in enhancing performance, communication speed, and heat management.
• Resonac Corporation's initiative to create a consortium and research center in Japan aims to push the boundaries of material technology and back-end processes.

Questions & Answers

Q: What is the significance of the back-end process in semiconductor manufacturing?

The back-end process in semiconductor manufacturing is crucial because it involves packaging and assembly, which are essential for delivering the final product to consumers. It has gained attention for its potential to innovate in cost and performance, making it a key area for future technological advancements.

Q: How has Resonac Corporation become a leader in the semiconductor industry?

Resonac Corporation, formerly Showa Denko K.K., became a leader in the semiconductor industry by focusing on back-end process materials. Through strategic acquisitions and consolidations, such as acquiring Hitachi Chemical Company, Ltd., Resonac has achieved significant sales and technological advancements, positioning itself as a key player in the industry.

Q: What challenges does Intel face in semiconductor process development?

Intel faces challenges in semiconductor process development due to the complexity of achieving advanced processes like 3NM and 4NM. The high manufacturing costs and competition from companies like TSMC and Samsung add to the difficulty. Intel's struggle highlights the broader industry's challenges in maintaining Moore's Law and continuing innovation.

Q: What are the benefits of advanced packaging technologies like FO-WLP and Chiplet?

Advanced packaging technologies like FO-WLP and Chiplet offer several benefits, including improved communication speed, cost reduction, and enhanced heat management. These technologies allow for smaller chip sizes, better yield rates, and the potential to integrate multiple chip into a single package, leading to performance and efficiency improvements.

Q: Why is the cost of semiconductor exposure equipment a concern for the industry?

The cost of semiconductor exposure equipment is a concern because it is extremely high, with prices reaching billions of yen. This high cost poses a challenge for continued miniaturization and innovation, as it requires significant financial investment, limiting the number of companies that can afford to develop cutting-edge semiconductor technologies.

Q: What role do consortiums like UCIe and JOINT2 play in the semiconductor industry?

Consortiums like UCIe and JOINT2 play a crucial role in the semiconductor industry by standardizing back-end process rules and accelerating the development of packaging technologies. They bring together leading companies to collaborate on innovations, ensuring that the industry can meet the growing demands for advanced semiconductor solutions.

Q: How does CoWoS packaging technology enhance semiconductor performance?

CoWoS packaging technology enhances semiconductor performance by integrating multiple chip into a single package, allowing for faster information processing and improved communication within the package. This technology offers high accuracy in positioning and circuit alignment, making it ideal for high-performance applications like CPUs from Intel and Advanced Micro Devices, Inc.

Q: What is Resonac Corporation's strategy for advancing semiconductor packaging technologies?

Resonac Corporation's strategy for advancing semiconductor packaging technologies involves creating a consortium and research center in Japan to push the boundaries of material technology and back-end processes. By collaborating with leading companies and focusing on high-speed development and material validation, Resonac aims to enhance its capabilities and contribute to the industry's innovation.

Summary & Key Takeaways

• The video discusses the growing importance of semiconductor packaging, focusing on the back-end process, which is gaining attention due to its potential for innovation. Resonac Corporation plays a significant role in this field, leading in sales and technological advancements.

• Intel's challenges in semiconductor process development, particularly in achieving 3NM and 4NM processes, are highlighted. The video explores the industry's shift towards advanced packaging technologies like FO-WLP and Chiplet for cost and performance benefits.

• Consortiums like UCIe and JOINT2 are formed to standardize back-end process rules and accelerate packaging technology development. Resonac Corporation's leadership in creating a research center in Japan aims to enhance material technology and back-end processes.