Samsung is well on its way to revolutionizing the chip manufacturing industry with its developed Smart Sensing System technology. The South Korean company is striving for complete automation of the chip production process, which could have significant implications for the future of jobs.
Currently, the Smart Sensing System is in the monitoring and analysis phase of the chip production process, but ultimately it aims to enable almost total automation. Samsung’s plan is to replace the human factor in the entire process as early as 2030. While this solution could be a breakthrough in the chip industry, it also raises concerns among experts about job displacement.
The Smart Sensing System technology will allow for autonomous data management and optimization of production equipment performance. It is already being used in the plasma uniformization process, which is a crucial element in chip production. Samsung is also involved in the development of intelligent and compact sensors that will become an integral part of the system. These sensors will enable, among other things, automatic measurements of plasma uniformity in wafers without human involvement.
Samsung hopes that with this developed technology, it will be able to attract customers by lowering the prices of wafers, which are the basis for chips manufactured in the 2nm process. However, despite the potential benefits, advancements in industrial automation can have negative consequences for people who will lose their jobs.
Is the Smart Sensing System technology fully functional yet?
Currently, the Smart Sensing System is in the monitoring and analysis phase of the chip production process. It is projected to enable almost complete automation in the future.
What are the potential effects of chip production automation?
Full automation of chip production can lead to job losses as Samsung aims to replace the human factor with machines.
Is Samsung investing in other areas of automation?
In addition to the development of the Smart Sensing System, Samsung is also investing in intelligent and compact sensors that are intended for use in process automation.
Source: Tom’s Hardware (https://www.tomshardware.com/news/samsung-aims-for-full-chip-production-automation-by-2030)
The source of the article is from the blog crasel.tk