What makes Moore s Law valid for 40 years

Moore's Law should be a kind of goal! It should be a strong psychological suggestion! , I don't think the law works!

It's that human beings are unconsciously moving forward with this law! I don't think it's a technical problem, it's a human heart problem! If it weren't for Moore's Law, it would probably be faster than it is now!

Of course, it's more likely to be slow! There are many examples of this kind of psychological suggestion! You can read psychology books!

1. Improvement of the core architecture.

2. Process improvement, especially the application of lithography technology earlier and the application of nanotechnology now.

I hope Intel won't come up with something as high-frequency and imbecile as P4 for this law, and it's funny to remember that people back then were proud to use P4.

Moore's LawThe two main causes of failure are high temperatures and leakage, which is why silicon materials reach the end of their life.

Moore's Law is the experience of the insider, and the Chinese translation is called "law", but it is not a law of natural science, and it reveals the speed of information technology progress to a certain extent.

Moore's Law is Intel.

One of the founders, Gordon Moore.

At its core, the core of the equation is that the number of transistors that can fit on an integrated circuit doubles approximately every 18 months. In other words, the performance of the processor doubles every two years.

Moore's LawThe implications for the whole world are profound. As they look back at the progress of the semiconductor chip industry over the past 40 years and look ahead to its future, information technology experts believe that Moore's Law may still apply in the future.

But as transistor circuits approach their performance limits, this law will eventually come to an end. For more than 40 years, the trend of integration of semiconductor chips has been the same as Moore's, which has promoted the entire information technology industry.

and then bring changes to the lives of thousands of households.

Moore's LawIt fails because Moore's Law is based on the von Neumann architecture, and the structural path of the von Neumann architecture itself is based on the instruction set.

The processing logic of the schema exists for massive amounts of data.

In particular, the inherent shortcomings of irregular massive data processing.

Therefore, whether it is Moore's Law or the von Neumann architecture based on x86, they are destined to fail with the development of human society and the continuous increase in the amount of data. In other words, the era of massive data torrent is gradually eliminating the constraints of the old chip rules, which is giving rise to a major innovation in the chip architecture.

Some knowledge of Moore's Law.

1965, Gordon Moore.

Prepare a memory on the computer.

Report on development trends. He compiled an observation. As he began to plot the data, he spotted a striking trend.

Each new chip contains roughly twice the capacity of its predecessor, and each chip is generated within 18-24 months of the previous chip, and if this trend continues, computing power will rise exponentially relative to the time period.

Moore's observations, now known as Moore's Law, describe trends that continue to this day and remain unusually accurate. It has also been found that this applies not only to the description of memory chips, but also to the evolution of processor power and disk drive storage capacity. This law has become the basis for performance in many industries.

The above content refers to Phoenix.com - Moore's Law is doomed to fail, storage-first architecture or the future of AI chips.

Integrated circuits have been developed for decades, and a chip can integrate hundreds of millions of transistors, which has reached the physical limit, and to break through again, revolutionary new technologies are needed. That's probably a good thing, because we have a chance to catch up, and if we work new technologies, we might be able to overtake in corners.

This law does not take effect forever.

This law does not take effect forever, because technological progress does not follow one speed, it can be fast and slow.

Moore's Law: When ** is unchanged, the number of components that can be accommodated on an integrated circuit will double every 18-24 months, and the performance will also be doubled. In other words, every dollar that can be bought for a computer will more than double every 18-24 months.

Moore's LawEnglish: moore's law) was developed by Intel.

Intel) one of the founders, Gordon Moore. It reads:Integrated circuitryThe number of transistors (transistors) that can be accommodated on the board will double approximately every two years; The oft-cited "18 months"., by Intel CEO.

With the continuous introduction of new process nodes, the number of atoms in transistors has become smaller and smaller, and various physical limits restrict their further development. For example, when the gate length is short enough, the quantum tunneling effect.

will occur, resulting in an increase in leakage current.

Opinions differ as to how far the end of Moore's Law is. There are **** who believe that the limit of Moore's Law will come around 2025, but there are also more optimistic ** that it will last even longer.

To sum up, there are three main "versions" of "Moore's Law":

1. The number of circuits integrated on integrated circuit chips doubles every 18 months;

2. Microprocessor.

performance doubles every 18 months, while ** decreases by half;

3. The performance of a computer that can be bought for a dollar quadruples every 18 months.