2014 MCU decryption began to attack medical electronic direction
The cold winter is the high season of a series of illnesses. The problem of difficult medical treatment and expensive medical treatment has once again been mentioned as a cusp. The road to medical reform has a long way to go. On the other hand, since the global economic weakness in 2010 and the impact of the US and European control of medical costs, the medical semiconductor industry is in urgent need of a reform and rectification campaign. Taking this opportunity, the MCU decryption industry will also begin to follow up on the development of medical electronic chip technology.
Medical electronic recovery, single-chip decryption technology follow-up
According to the latest report from market research firm ICInsights, medical electronics will resume strong growth in the next three years. The report predicts that medical electronics sales will increase by 3% in 2013 to $47.3 billion, and continue to grow by 8% in 2014 to reach $50.9 billion. Semiconductor sales for medical systems will also grow by 7% in 2013 to around $4.4 billion, and in 2014 it will grow to $4.9 billion, with a growth rate of 12%.
Faced with the comprehensive renaissance of the medical electronics industry, how can the MCU decryption industry, which is closely related to it, miss out on new opportunities. The single chip decryption is also called chip decryption and IC decryption. It is a reverse research and cloning technology for all kinds of electronic product chips. Through the decryption of the circuit board chip, the essence of the chip technology is extracted, and the design schematic diagram is reversed to achieve a one-to-one chip reduction technology. In the industry, single-chip decryption is often used as a tool to follow up advanced chip technology, analyze market dynamics, understand competitiveness, provide effective data analysis for related companies, and help enterprises to position themselves in the market.
SCM decryption is not lonely, innovation reform shows its talents
If your understanding of the decryption of the MCU only stays at the level of technology cloning described above, then it proves that you are not a professional MCU to decrypt the reverse research talent or authority. Under normal circumstances, companies that only make clones and clones are the rookie enterprises at the lowest level in the industry. In the process of informatization development, single-chip decryption requires more professional skills to fill the gaps in core technologies. In particular, the competition in the international market has intensified, and the upgrading of electronic products has become faster and faster. In order to seize the market, merchants pay more attention to product differentiation design and intellectual property protection. This increases the difficulty of the single-chip decryption encryption chip technology to a certain extent.
Then, in the face of these changes, how will the single-chip decryption deal with it? First of all, based on reverse research can not change. Nowadays, many companies are shifting their focus to the short-term benefits brought by cloned chips, and fewer and fewer companies are doing reverse research. As a result, the decryption technology has stagnated, causing blind follow-up. Therefore, the single-chip decryption enterprise needs to work hard on the reverse technology to learn about the current advanced chip technology, learn to absorb and transform it into its own things. Said transformation, is the secondary development in the decryption process, to modify the design flaws of the original chip, improve the original chip. Then further innovations on the patched chips, adding more personalized functional programs to seize the market.
In short, science and technology are changing with each passing day. To catch up with the advanced pace, we must base ourselves on innovation and strengthen our independent research and development capabilities. In the future, not only in the medical electronics industry, but also more industries will enter the era of information, electronics, and intelligence, and will require more reverse research assistance from IC decryption.
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