Making a phone is not an easy task, nor is it a simple one.

Even at this point in time, in the eyes of many Chinese, making mobile phones is still something that only developed countries can do.

You know, mobile phones are different from anything else.

Except for mobile phones, there is hardly anything that people will play with in their hands from time to time.

Therefore, once there is any flaw on the surface of the mobile phone, it will be quickly discovered.

Moreover, because devices such as mobile phones are mobile devices, they need to have batteries for energy supply.

At present, the mainstream nickel-cadmium battery has low energy density and steep loss curve, and it may not take much time to use it, and it will fall into a state of diabetes collapse due to the loss of battery capacity.

In addition, because of direct contact with the skin, there are also very strict regulations on the heating requirements of mobile phones.

For example, the computer may reach 70 or 80 degrees, and there is no problem with 80 or 90 degrees, as long as there is a fan blowing vigorously.

However, as long as the temperature of the mobile phone exceeds 40 degrees, you will feel a significant sense of heat, and if it exceeds 50 degrees, it may cause low-temperature burns to the user.

Therefore, the temperature should also be controlled.

At the same time, Wanhu also hopes to make the mobile phone a machine that can play games.

It's another challenge.

You know, in the era of mobile phones becoming more and more miniaturized.

It's definitely not easy to make a phone that has the performance to run games, but also to be portable and have a long battery life.

As for why Takahashi has the courage to say that Wanhu has started to make mobile phones?

Because Wanhu already has all the key technologies needed to manufacture high-performance mobile phones.

In terms of batteries, Wanhu already has lithium-ion battery technology with higher energy density.

This technology has been applied to Wanhu's own game handhelds, and has achieved good results.

Whether it is safety, reliability or energy density, it is constantly improving.

In the two years that it has been used in the handheld, there has not been a single accident of battery explosion.

For the research and development of LCD screens, Wanhu has also made breakthroughs.

In the past, LCD screens, although the LCD screen itself may not be very power-intensive.

However, as a back-illuminated light source, most of the time it does not save power.

Although LED light-emitting diodes are already energy-saving light-emitting technologies in themselves.

But on a device like a mobile phone, you can only do it to the extreme.

For the improvement of the details of this technology, it is as difficult as writing a whole thousand-character text on a millet grain.

However, fortunately, the technical researchers of Wanhu are very powerful, and the low-temperature LED developed finally controls the energy consumption very ideally.

In addition, the communication module of this mobile phone is also produced by Wanhu itself.

Of course, the licensing of the technology still comes from Motorola. It is the second generation of communication technology.

In fact, if it is a full-speed second-generation communication network, the download and upload speed is not slow.

However, the killer move that Wanhu intends to use in mobile phones is not the second-generation communication network, or the third-generation communication network that is being laid.

Rather, it is an Internet-based wireless internet technology.

In short, it's the familiar IFI.

IFI is more of a protocol than a technology.

All devices that have signed this technical agreement can communicate via the IFI network.

Of course, Wanhu will not formulate such a technical standard on its own.

Although it was more profitable and profitable, it was not intended for thousands of households, as well as for many other organizations and even the state.

As a result, Wanhu sponsored the Institute of Electrical and Electronics Engineers (IEEE), a non-profit trade association, which eventually established this wireless communication protocol.

Of course, the person who formulated this wireless communication protocol was a technician who participated in the association in Wanhu.

And this technician dedicated the patent right of this technology to Wanhu.

10,000 households have opened up a 10-year free license.

That is, any device of any enterprise, produced in this decade with an IFI module, does not have to pay a dime in royalties.

This is already a lot better than the form of IFI in another world.

In another world, the FIFI is a technical standard developed by an Australian government-funded research team.

Patent rights belong to the Australian Government.

The inventor of the patent wanted the Australian government to disclose the technology patent, but the Australian government did not agree to it.

And the IFI technology is so useful that the Australian government has collected royalties for 20 years on all the equipment used in the world that uses IFI.

In contrast, why should Wanhu authorize the IFI agreement for free?

Quite simply, because Wanhu is not the same as the Australian government.

What Wanhu pursues is an IFI ecology that fills all corners of the world.

Only in this way can the interests of 10,000 households be maximized.

Even on the mobile phones launched by Wanhu, IFI will be one of the main features of Wanhu.

What are the means of promotion?

This includes but is not limited to cooperating with KFC, McDonald's, Starbucks and other world-class food and beverage chains, and providing FIs free of charge in these places.

In addition to this, there is a need to vigorously develop enterprise-grade IFI deployments.

You know, the network is a huge improvement in enterprise productivity.

Originally, it was necessary to rely on manpower to carry the data files, but after the network, the transportation can be quickly completed with just a click of the mouse.

Even, a piece of data can be copied to each employee's computer at a low cost. In the long run, it is more cost-effective.

And what about having a mobile device that can connect to the Internet at any time?

The productivity of the enterprise will be even greater.

After solving the complex deployment at the enterprise level, this technology will sink to the level of ordinary user consumption. Although the initial R&D cost is higher, it is cost-effective for 10,000 households.

In a way, Wanhu is planning to create a new era.

However, the new era is not so easy to build.

The picture is beautiful, but it takes a lot of money.

And where does all this money come from?

If you want a mobile phone penetration rate to be high, you can't be expensive, if you can't be expensive, the profit will be small, and if the profit is small, you won't be able to make money.

The answer is obvious, the money comes from the game.

Since the game mode of mobile games has been proven to be feasible in this book.

Then Takahashi plans to use mobile games to provide building materials for the mobile Internet building.

You know, everyone in the world is not the same as rich and poor.

There are rich people and there are poor people.

It is best to take the rich money from the rich and benefit the poor.

Takahashi said with some bad taste that he was playing communism.

Video games have been used by Takahashi as a means of balancing the wealth.