Tech empires start with knockoff systems

Chapter 254 Wireless Optical Broadband Officially Enters Households!
Now with Intel and other electronic semiconductor companies around the world investing huge manpower and material resources.

Finally, in addition to the fact that major companies have also opened up their own technical reserves to tackle key problems in the 14nm process technology, Hantang Technology will naturally be arrogant for a long time.

At this time, Intel did not pay attention to Lin Xuan of Hantang Technology.

After all, although there is only a process gap of tens of nanometers between 14nm and 45nm.

But this gap is equivalent to the gap between heaven and earth, and it is not so easy to make up!

Although Hantang Technology has money, can they continue to burn money to follow up on the 14nm process?
If they continue to burn money, it is equivalent to spending a lot of energy to develop a 45nm process technology that is useless and wasted!

So at this time, Hantang Technology is equivalent to using the strength of a company to catch up with the progress of the entire world's electronic semiconductor manufacturing process. Can Hantang Technology catch up?
In terms of process technology, Intel's president, Paul Odess, is very proud. He believes that it is in the process technology.

Now, as the major companies have reached an agreement, they will jointly produce scientific research talents, together produce patent reserves, and jointly promote the rapid development of electronic chip manufacturing processes.

Now no company in the world can catch up with them in R&D progress.

After all, it is an unprecedented grand occasion for many international electronic semiconductor companies from all over the world to join together!
All of this is due to the pressure brought by Hantang Technology, as long as their alliance to tackle advanced nano-process technology is not disbanded.

Then they will always be the strongest scientific research force in the world!

So now the 14nm process technology is advancing very fast. It has only been two months since Hantang Technology developed a lithography machine and successfully shocked Wall Street.

They have a preliminary development plan, and carried out the corresponding basic development.

At this time, according to the scheduled progress, it will be around the beginning of next year.

The three cores and auxiliary equipment of their 14nm process technology can be initially implemented, and then they will be officially mass-produced on a small scale in the middle of 2006!

At this time, Edward, the president of Motorola, who had been silent for a long time, said decisively:

"I think we should speed up the progress, invest more funds and scientific research strength to speed up the research and development of 14nm process technology!
It is best to manufacture experimental equipment in October, and then let the experimental equipment produce 10nm process chips on a small scale.

You don't have to worry about investing too much money in vain, if you can produce 14nm chips.

Then we, Motorola, are willing to spend a huge price to purchase orders for 14nm chips in order to quickly increase the yield rate of 14nm process technology. "

Edward, the top president of Motorola, said decisively.

Now that Daxia has begun large-scale construction of wireless optical communication facilities, giants in the world's major communication industries have also spread scandals about their construction plans for wireless optical communication.

In this case, everyone can see the future world, which is the world of wireless optical communication mobile phones!
Now, given the bad relationship between Hantang Technology and Motorola, it is conceivable that the wireless optical communication technology can be used in Motorola's mobile phones without even thinking about it!
Therefore, Motorola urgently needs a powerful chip to boost the morale and selling point of Motorola.

Otherwise, others can use wireless optical communication and experience the extremely smooth network speed.

As a result, your mobile phone does not support wireless optical communication technology, and the performance of your mobile phone is not as good as the mobile phone chip of Hantang Technology.

In this case, how should you sell your Motorola mobile phone?
Edward, the president of Motorola, felt the huge pressure of Hantang Technology's upcoming 45nm process chip in the future.

He urgently needs a powerful processor to boost Motorola's morale and selling points.

To fight against the 45nm process technology mobile phone chips that Hantang Technology is destined to release in the future!

In this case, there is nothing better than a chip with a 14nm process technology that can crush the future Hantang Technology 45nm chip!
"It is indeed time to speed up the research and development of the 14nm process technology, and Intel agrees to increase investment!"

Intel's president, Paul Odess, spoke slowly.

The others looked at each other, and then nodded slightly to express their approval.

"Well, we at Cisco agree."

"Our Botong Company also agrees."

"Our Lang Xun company also agrees."

"We at AMD also agree."  …

With the voice of approval from Paul Odes, the president of Intel, the presidents of other major companies also nodded, saying that they agreed to increase investment in the 14nm process technology.

So as they reached a consensus, the strength to attack the 14nm process technology will definitely increase...

The landing of 14nm process technology will be accelerated!
Maybe Hantang Technology can only be arrogant for a few months in the end, in October.

Meidiguo may launch the world's first 14nm process chip.

Then it won't be long before the 14nm chip will be mass-produced at the end of the year.

The biggest problem affecting the implementation of the chip manufacturing process is not whether the first chip can be produced, but how to mass-produce it on a large scale.

Now Motorola is willing to pay a lot of money to support the improvement of the yield rate of the 14nm process technology.

The mass production of the 14nm process technology will be faster than imagined!
At this time, Lin Xuan didn't know about Wall Street's decision, and didn't know about the many actions he made, which deeply stimulated the leading companies in the electronics industry in Medi Country.

They were greatly stimulated, and finally they decided to increase the speed of research and development of the 14nm process technology again.

Therefore, although Hantang Technology is about to make the 45nm process technology land in Daxia.

But it won't be long before this 45nm process technology will become the world's backward technology.

Because the world's most advanced process technology at that time was 14 nanometers!
14nm vs. 45nm, although the numbers differ by 31nm.

However, the performance gap between them is too large. At this time, no matter how strong the design or even the architecture is, it is useless.

Because when people have more transistors than you, the performance is better than you!
But now Lin Xuan doesn't know this. At this time, Lin Xuan and I are busy solving the finishing work on the 45nm process technology.

In addition, Lin Xuan also negotiated with many domestic communication equipment companies on wireless optical communication technology products and patent licensing issues.

Regarding the wireless optical communication technology, Lin Xuan didn't want to hide it, and only let his family produce and use it.

Because this is not in the interests of Daxia, and it is completely impossible to do it!
After all, it is not acceptable for a company to master the global Internet communication facilities, and it is not allowed!

It's not just Daxia's failure here, but many communication service companies around the world will also have doubts and even hesitate because of this.

Therefore, in order to eliminate the future wireless optical communication technology being produced and mastered by Hantang Technology, the wireless optical communication technology is questioned and envied.

In the end, wireless optical communication equipment is just a castle in the air and cannot really enter the market.

Lin Xuan can only divide the meat first, and the discussion on this division has been divided for many days, and until today there is still no clear result.

Because every tenth of a percentage point in it is a huge and shocking profit figure.

Think about how many wireless optical communication equipment markets there are in the world. Every few tenths of a percentage point will be a huge profit in the future.

Therefore, how to distribute wireless optical communication technology to domestic communication equipment companies has been arguing until now.

Regarding how to divide the meat, Lin Xuan's opinion is to first follow the principle of unified action.

For the separated wireless optical patent production and authorization enterprises, everyone must act in the same way in market development, and cannot lower the overall profit by forcing orders at low prices.

That is to say, a wireless optical communication technology alliance will be established.

In this alliance, in addition to the requirements of consistent action and mutual compromise, the principle of patent interoperability between alliances is also required.

You can collect patent fees for the technology patents you develop, but the wireless optical communication technology alliance cannot engage in internal friction behaviors that only I can use, but you cannot.

Regarding these matters, facing the situation that Hantang Technology has mastered the relevant patent standards of wireless optical communication technology.

Domestic communication equipment companies naturally gritted their teeth and agreed, and then it was naturally about what price they paid to obtain the production authorization of wireless optical communication technology.

This matter related to their vital interests is naturally extremely cumbersome, and many domestic wireless communication companies simply cannot afford any money.

In this case, they can only use shares as collateral to obtain production authorization, and Lin Xuan does not want to authorize core patents casually.

In the end, Guowei Company, Xiaxing Company, Datang Company, and Julong Company are currently mainly negotiating with Hantang Technology.

These four major companies are the four major communication equipment giant companies that have been famous throughout the country. Three of them are state-owned enterprises, and one state-owned technology is a private enterprise.

At this time, because they did not have a huge amount of funds to purchase wireless optical communication patents, they could only obtain the authorization of wireless optical communication patents in the form of share transfer.

So when it comes to vital interests, coupled with the factor of big enterprise disease, things just drag on like this...

Of course, no matter how much it is delayed, Daxia really can't delay it considering the lack of Internet bandwidth.

Daxia has already built a number of wireless optical communication pilot sites, and there are pilot sites in every province.

The main pilot areas are mainly pilot sites built around provincial capitals, mainly concentrated in densely populated areas where Internet bandwidth is very urgent.

Among them, the eastern coastal cities are undoubtedly the first to enjoy the convenience of wireless optical communication technology.

In the eastern cities, many people are going to apply for broadband services.

At this time, they were surprised to find that in front of the gates of the business halls of China Telecom, China Mobile, or China Unicom, they were all carrying out grand promotional activities!
The internet speed claims on these promotional activities are simply scary, because the initial internet speed advertised above is 200M broadband!
(End of this chapter)