Rebirth Has Been Far Ahead Since 1995

Can you stop just making chips? Is it possible for one person to make chips?

If you don't have hundreds of billions of dollars in cash, it's better not to engage in semiconductors.

The industrial chains involved in semiconductors are many and complex. You are not a large consortium, so you can't play. The United States relies on policies and systems to create a wave, and then the whole country joins forces to make it high-precision. You have no policies and no financial resources. You can't get over a lot of patent barriers. Semiconductors are basically winner-take-all. Look at how the United States plays with Japanese semiconductors.

The author gives you a suggestion to add chapter numbers, otherwise you won't be interested in reading them. It's the same as adding numbers without adding chapter names. So many people have been following this path over the years, so why are you different and not taking the ordinary path? Isn't this just looking for trouble?

It's almost two hundred chapters, are you still in the village? Do you see a woman who doesn't move? Is it a cool article or a business article? Did anyone talk about it just now?

1. There are no serial numbers in the chapters, so it is not clear whether you are writing seriously. I'm afraid you'll run away. 2. I always misunderstand the name of the protagonist as Huizong of the Song Dynasty.

The semiconductor industry cannot be started by you alone! ! It requires basic research in various disciplines, the cooperation of various industrial chains, and hundreds of billions of industry investments! Japan and South Korea were able to achieve this through the efforts of the whole country and the fact that other European and American countries did not target supply chain cooperation! ! Don't just make chips. Huawei spends so much money a year and can't get it done after more than ten years.

Jumping from Chapter 1 to Chapter 50, there is no sense of dissonance. So the question is, what are you doing before?

High-end chips may be difficult, but mid- to low-end chips are possible

You can look at the chip industry empire and use products to drive chip development