Chips have become one of the pillar industries of the country's economic development, and the country has attached great importance and strong support. In January 2022, the State Council's "Notice of the State Council on Printing and Distributing the "14th Five-Year" Digital Economy Development Plan" emphasized the need to target sensors, quantum information, network communications, integrated circuits, key software, big data, artificial intelligence, and blockchain. Strategic forward-looking fields such as chains, new materials, etc., give full play to the advantages of my country's socialist system, the advantages of the new national system, and the advantages of the super-large-scale market, and improve the basic research and development capabilities of digital technology. Efforts will be made to improve the supply level of basic software and hardware, core electronic components, key basic materials and production equipment, and strengthen the self-sufficiency guarantee capability of key products.

According to statistics, the annual production rate of domestic chips will reach 359.43 billion in 2021, a year-on-year increase of 33.3%, and the chip self-sufficiency rate will also reach 36%. Although the chip industry has made great progress, the goal of self-sufficiency rate reaching 70% by 2025 still needs to continue to work hard.

From personal intelligent terminal devices such as smartphones and tablet computers, to embedded intelligent hardware products such as car navigation, learning machines, e-books, game consoles, and advertising machines, in recent years, with the help of the wave of intelligence, the demand for chip programming has continued to rise. . The number of chips to be burned in 2021 is 80.6 billion, and it is expected that the number of chips to be burned in 2022 will reach 90 billion. In fact, chip burning is an essential link in the production process of our electronic products, that is, injecting electronic hardware products. a process of the soul. Now that electronic products are getting smarter and smarter, they need more software support. Not only some MCUs, memory chips, but also some high-end crystal oscillators also need to be programmed.

Due to the small capacity, simple protocol algorithm, and low programming speed requirements of early memory chips, general manual programmers can easily cope with them. It is difficult for the programmer to meet the requirements. On the one hand, the demand for mass production and programming is rising, and on the other hand, the traditional programming solution is stretched. With the rapid development of intelligent manufacturing, automatic burners have emerged as the times require. The emergence of automatic burners does not need to rely on manual operations to implement operations, which can save human resources and reduce labor costs. At the same time, it has high safety and can save A lot of wastage costs.

In this environment where demand exceeds supply and demand, a number of excellent chip programming companies have taken advantage of the trend, and one of them is Angke Technology Co., Ltd. located in Shenzhen, which is the leader in the chip programming industry. Founded in 2013, Angke Technology has been deeply engaged in high-tech R&D and manufacturing in the field of chip programming, adheres to the development of independent intellectual property rights, and has obtained a number of invention patents and dozens of software copyrights in the field of chip programming, and is committed to providing customers with excellent Chip burning products.

ACROVIEW Technology has occupied 65% of the new market of automatic programming equipment for three consecutive years, serving many customers at home and abroad, and continues to establish milestones in the chip programming industry with the comprehensive strength of "product + innovation + service", and constantly leads the pace of industrial development.

Among them, ACROVIEW's automatic burner series products are favored by domestic and foreign customers, and the most famous is IPS3000 automatic burner, IPS3000 dual nozzle chip pick and place system, which can achieve high speed and high efficiency (UPH2500) at the same time. In order to pick and place precision and ultra-quiet, the system supports programming of various extremely small chip packages. It can be equipped with up to 4 powerful ACROVIEW programming core AP8000s, and the system can be expanded to 32 programming stations at most, which can be connected to MES. The manufacturing execution system makes the whole production process controllable and traceable, and ACROVIEW provides customers with efficient and cost-effective capacity utilization.