Of course, in addition to the decision to completely abandon the low-end mobile phone field, and then specialize in the mid-to-high-end mobile phone field from now on, and make 80% of the profits of the mobile phone industry.

At this meeting, the company also made an important decision.

This decision is that Motoluola will take the Nuojiya 5300 mobile phone as an example and develop a new high-end mobile phone that can beat the Nuojiya 5300 mobile phone and the Sugon S1 mobile phone.

This new high-end phone will boldly abandon most of the buttons and only keep a few buttons, and leave all other controls to the resistive screen.

After all, the 5300 mobile phone has shown the world how refreshing it is to control the mobile phone through the resistive screen, and also shows the wonderful prospect of controlling the mobile phone through the resistive screen without buttons at all.

In this case, completely abandoning the low-end mobile phone field and then specializing in the high-end mobile phone field is naturally decided to go crazy, if they can succeed, then they can be an instant hit.

In this regard, Lin Chen at this time did not know that the motorcycle gong pulled them to give up the field of low-end mobile phones, and then wanted to develop a new high-end mobile phone that gave up the keyboard and adopted a full resistive screen.

If Lin Chen knew, there would definitely be a classic mobile phone name in his mind, and that mobile phone would be Nuojiya 5230!

The 5230 is the bold work of the company, and the mobile phone directly abandons the keyboard and adopts full resistance screen control.

In the end, the release of this mobile phone successfully coaxed the world, creating a terrifying 150 million ultra-high sales, which is called the last brilliant work of Nuojiya mobile phone.

However, at this time, no one knows whether the all-resistive screen mobile phone developed by Moto Gongla can achieve the same results

After all, in the previous life, the R&D company of the 5230 mobile phone was Nuojiya, not Moto.

Of course, the big move of the motorcycle gong is more than that.

This motorcycle company is different from Nojia, they do not have their own mobile phone processor research and development team, and the mobile phone chip used by Nojia is the mobile phone chip of Dezhou Instruments and other mobile phone companies.

Nokia believes in the theory that specialization can become the first, and they don't want to become too bloated, so they don't have their own mobile phone processor R&D team.

The motorcycle gong is different, they are involved in a lot of business, among which the most lucrative chip production business has been sold, but other businesses have not been sold in time.

Among the many reserved businesses, the processor research and development business is undoubtedly the characteristic business of Nuojiya Company, and the 6800 and 68000 general-purpose processors of Moto Luola Company are famous all over the world.

Many of the world's most popular arcade machines, home game consoles and even devices use these two general-purpose processors, which shows the strength of Moto Gongla in the chip design industry.

Moreover, the mobile phone chip design Moto Gongla is also quite good at it, and the performance of the mobile phone processor of the previous Moto Gongla is only one point weaker than that of Texas Instruments.

At this time, when preparing to develop a new high-end mobile phone with a full resistive screen, Moto Luola has made a risky decision.

The decision was to develop a powerful mobile phone processor based on the ARM1136J-S processor core, which ARM had just released.

This ARM1136J-S processor core is the world's first super-powerful mobile phone core developed based on the ARMv6 architecture, that is, the ARM11 architecture.

The ARM1136J-S kernel was officially released at the end of 2003, not long before the beginning of 2004.

This ARM1136J-S core is codenamed the ARM11 microarchitecture series, and it is the world's first ARM v6 architecture processor, which is naturally more powerful than the mobile phone chips developed on the basis of the ARM9 and ARM10 microarchitecture.

According to the theoretical data released by ARM, the core frequency of ARM1136J-S can easily achieve 330MHz~500MHz, and it is easy to beat the ARM926 core using OMAP1750 mobile phone processors!

After all, the upper frequency limit of the ARM926 core is only about 220MHz, and it is not easy to reach more than 300MHz.

Of course, whether the performance of the mobile phone is strong can not only look at the frequency size, frequency size is an important parameter, but more importantly, it depends on the new technology and chip design.

For example, the pipeline instruction set of this ARM1136J-S core has directly reached level 8, which is stronger than the 6-level pipeline of the Phoenix S1 mobile phone processor.

For example, the ARM1136J-S kernel uses jump prediction technology to make the 8-level pipeline have higher pipeline throughput, such as enhancing the vector floating-point unit, and the floating-point operation performance is super ......

Under these new technologies and chip design, the performance of the ARM1136J-S core is naturally superb.

As for the function, this ARM1136J-S core supports WiFi Internet access, infrared communication, high-speed USB transmission, supports 4 million pixels, can use SD I/O devices, etc., and provides Hi-Fi-level 3D surround sound......

Therefore, the performance and function of the ARM1136J-S core are quite strong, and if the ARM1136J-S core is used as the basis and the 90nm process technology is used to develop a new mobile phone processor, it will definitely be able to beat the Phoenix S1 mobile phone chip.

Of course, the premise is that the design can be completed, and even if the successful foundation of the ARM1136J-S kernel has been used for a mobile phone chip from project research and development to mass production, it will take at least about a year to land.

After all, it took an average of 18 months for Pingguo Company to develop a new mobile phone processor in the previous world, and even if Moto Gongla has the ARM1136J-S core design drawings and parameters, it can be regarded as completing most of the work.

But it is really not possible to complete the landing of a new mobile phone chip, and it is normal for it to take about a year.

Therefore, if the new high-end mobile phone processor of Moto Gongla wants to be born, it is really not something that can be completed in a while and a half, and it will take a long time to suffer.

And in this hard time, the motorcycle company can only watch Nuojiya eat meat by relying on the 5300 mobile phone.

Seeing that Sugon Technology is making a lot of money in the mid-range mobile phone and low-end mobile phone markets, they can only hold back their big moves and watch that there is no way.

……

Time flies, and when Nokia and Moto Gongla have made a decision, the rice mobile phone conference has also come to an end, as for the price of rice mobile phones.

Among them, the price of the low-configuration rice A1 mobile phone is 1099 yuan, and the price of the high-configuration rice A1 mobile phone is 200 yuan, reaching 1299 yuan.

As for the low-configuration rice F1 mobile phone, the price is 1199 yuan, which is 100 yuan more expensive than the rice A1, as for the high-configuration price, the price of the high-configuration rice F1 mobile phone is 1399 yuan, which is still a cost-effective artifact.

In this way, the press conference ended soon after the price introduction was completed, and the reporters on the scene were also speeding away, and the collected news was quickly transmitted back to the media headquarters.

Soon, domestic and foreign Internet media took the lead in reporting the relevant news.

"The most cost-effective mobile phone in history, why can Rice A1 and Rice F1 mobile phones become cost-effective artifacts?!"

This is the news headline of the Penguin portal.

"Shuguang Technology made another big move, and the rice A1 and the rice F1 mobile phone became an instant hit."

This is the news headline of the NetEase portal. (End of chapter)