Chapter 479 Practical Application of Software
Of course, no matter how little I noticed, Gu Qing was recognized within a few minutes of standing there.
A person in charge hurriedly came forward: "Hello, Mr. Gu, we are dealing with the problem of the industrial software platform. Eighty-five percent of the front-end requirements have been allocated, and we are now fully committed to dealing with back-end matters. "
Gu Qing nodded and said: "Industrial software focuses on actual industrial production. As the user-visible interface, the front-end can temporarily reduce the weight.
The back-end involves much more logic code than the front-end. It considers the implementation of the underlying business logic and the stability and performance of the platform. . You have to focus on this.”
"You are right. We have reached cooperation with the design department, so the special effects, layout, pictures, videos, audio and other content of the front-end page have been handed over to them. Professionals are doing professional things, and back-end engineers are working hard to solve the software problem. Function localization, as well as the functional interface design of some small manufacturers need to be optimized, and special logic is required to implement this problem.
If you send past technology. There is no problem with the actual data on platform servers, algorithm applications, and process standards sent back by technical staff. It is expected that 90% of the problems uploaded in the past two days can be solved, and the remaining 10% will need to be handled by engineers and technicians. Appropriate solutions can only be obtained through actual investigation. ”
Although programmers tend to be straight men, programmers are not careless about logical problems.
After confirming what the big boss said, he directly laid out a set of instructions.
Gu Qing didn't feel anything was wrong. As long as this senior executive with a strong haircut had the ability to do practical things.
After watching the scene for a while, the situation was relatively stable, and he left the software engineering department.
Getting on the park tour bus, he went to the design department to watch the painters who were scratching their heads for a while. Like a lion after patrolling its territory, Gu Qing went straight to the cafeteria for a meal and then took a nap.
But some people fell asleep, but his name still resounded across the rivers and lakes.
Due to the strong support from relevant departments and the fact that many companies exchanged shares for technical support, the reputation of Jiuzhou Technology Industrial Software in the circle has fermented. From the beginning, it was forced to use due to orders, and now it is actively used.
Jiuzhou Industrial Software Platform is not only popular in the Daxia semiconductor industry, but this trend has even begun to spread to other industries.
As a high-precision manufacturing industry, the industrial software used in semiconductors is like a PhD project, while the industrial software required by many other ordinary manufacturing industries is like an undergraduate project, attacking across latitudes.
Of course, this requires "dimensionality reduction and castration" and corresponding optimization of the software, and this is what the software engineering department does.
The domestic semiconductor industry is in great shock, and all professionals related to the semiconductor industry are either forced or taking the initiative to start to change.
In the past, in order to follow Moore's Law and obtain high performance at low cost, the development of semiconductor manufacturing mainly relied on innovations in equipment processing technology, improvements in chip and product design, and increases in wafer size. Make breakthroughs in all aspects.
As the size of Daxia wafer fabs becomes larger and larger, and the processing technology becomes more and more complex, the products of foreign wafer fabs can no longer even meet the requirements of Daxia semiconductor companies for etching, chemical vapor deposition and rapid high temperature. Processing and other process requirements.
Therefore, some foreign semiconductor raw material companies are now embarrassed to find that Daxia companies that used to beg them to place orders have actually ignored them. For example, the automated combination equipment used for 18-inch wafers realizes single-wafer processing, reducing manual handling and the intervention of process engineers and operators in the process, ultimately maximizing production line productivity and minimizing variable costs.
The highest foreign technology in this area is still at the level of twelve-inch wafer processing.
According to an analysis of the sources of dust attached to wafers by a well-known German semiconductor clean room design company, the human body is the main source of dust, and dust is the biggest factor affecting the quality of semiconductor products. Killer, so the most effective way to improve product quality and reliability is to minimize direct contact between people and products, so fabs need to implement a high degree of automation to ensure efficient and accurate production.
The strongest player in this technology is already named Kyushu.
For example, equipment automation EAP, the system directly controls the machine, which promotes the continuous improvement of manufacturing production technology. From hardware equipment systems to software management systems, they are constantly developing rapidly, not only in the semiconductor field, but also in automobile manufacturing and shipbuilding. Show your talents in the industrial field.
Even if you want to use Jiuzhou Technology’s industrial software abroad, it is extremely difficult.
For example, the manufacturing execution system is the core of the semiconductor production line. Its main function is posting. All production-related elements in the factory must be posted on the manufacturing execution system.
For example, various equipment, production machines, operators, measuring machines, and even each wafer being processed or waiting to be processed are recorded in the real-time database of the manufacturing execution system in the form of ID. When the status of each element changes, the manufacturing execution system must be notified so that the database can be updated in a timely manner. Therefore, the manufacturing execution system can monitor the entire production line status in real time.
Now foreign semiconductor companies and domestic semiconductor companies in Daxia are on two paths. The status data and product parameters of semiconductor equipment are completely different. Unless the equipment automation system is localized accordingly, it is simply impossible. Let the equipment of another system technology work with the system.
A factory of Xia Xin Technology.
Watching the eighteen-inch wafers posted on the manufacturing execution system, and after the status changed from "activated" to "dispatch", these batches of wafers were taken out of the warehouse and placed at the front desk of the machine. The machine then performs processing.
The technician looked at the information on the display panel of the equipment automation system reporting that the manufacturing execution system wafer has started processing, and felt a little uneasy.
This was the first time that he was responsible for this link independently, for fear of making some mistakes.
While waiting, I prayed silently in my heart.
When the machine production and processing is completed, the equipment automation system notifies the manufacturing execution system that the processing has ended. The status of the batch of goods on the display panel changes from "Processing" to "Processing Complete", and then automatically enters the next defect detection and classification link. After that, the technician's heart was in his throat.
This semiconductor system of Jiuzhou Technology not only has the characteristics of full automation, but also defect detection links can be seen everywhere. Not only data monitoring, but also on-site sampling inspections are included. As long as there is a problem in one link, the goods will be It is marked and then enters a new round of classification and manufacturing.
Ding~
When the indicator light turned green, the young technician's heart suddenly dropped.
Written very roughly.
(End of this chapter)