"This is really a very big project! I didn't expect that Roupai could achieve such a level in just one year!"

"Judging from the current partial framework structure, this new system will have some unique functions in the future. I look forward to how many surprises rsmart can bring us!"

"This will bring a lot of convenience to future application developers. I believe it will be much easier to develop corresponding application software in the future!"

Netizens are also amazed at the comprehensiveness of the rms family bucket launched by Roupai. Judging from the applications and software in this family bucket, we can see the efforts and efforts made by Roupai in the system.

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And judging from this introduction, future application developers can modify the code in the originally developed Android application and embed the corresponding rms access port to develop the corresponding application.

application.

Of course, the benefits of doing this are also very obvious, and it can significantly reduce the development cost and time of the entire application.

At the same time, accessing rms can also further reduce the problem of bloated domestic software applications in the entire rsmart system.

You must know that with the continuous development of domestic Android applications, they are now beginning to gradually become more bloated.

For example, for some chat software, the entire program needs a storage size close to one gigabyte, and it needs to be matched with some corresponding basic applications.

You must know that these applications are becoming more and more bloated. On the one hand, they will occupy the entire mobile phone's running memory, which will put a certain amount of pressure on the mobile phone when running these applications.

On the other hand, there is also a new pressure on storage.

Some international versions of applications are often smaller than domestic versions by nearly half in terms of application size.

For some chat software with more than one gigabyte, the international version may only cost about 200m.

The main reason why domestic software applications in the Android camp are gradually becoming bloated is the differences in the domestic Android camp systems.

Compared with foreign application development, foreign developers in the Android camp generally bind Google's gms, which saves developers a lot of development costs and time.

At the same time, the overall size of the application and the background running memory usage mechanism are cached.

After all, with the introduction of Google Family Bucket, many foreign applications basically only need to rely on Google Family Bucket for many functions, making the functions of the applications purer.

As domestic applications have long stopped relying on the corresponding Google Family Bucket, many applications have embedded many functions that do not belong to the application in the corresponding application.

For example, a chat software also has a browser embedded, a video player embedded, an audio player embedded, a document reader embedded, and a series of plug-ins.

Some video software also embeds various plug-ins such as search and corresponding browsers.

As a result, each application has more or less plug-ins, and corresponding application developers continue to add more functions and plug-ins to the application, making the application extremely bloated.

This also makes domestic netizens find that when using some corresponding application software, the corresponding application software becomes more and more laggy as it is updated, but the functions do not improve much.

Even the domestic Android market adopts such a strategy, making the overall user experience of many domestic Android UI systems inferior to the international version of Android UI.

Of course, mobile phone manufacturers need to take the blame in this regard, and application software manufacturers also have to bear some responsibilities.

With the support of the corresponding FamilyMart and Bucket, all system application development needs to be embedded in the current Flexpai rms, which can greatly reduce the bloat of the application.

A significant reduction in applications will reduce the pressure on running memory and storage, thus greatly improving the running speed of the phone and greatly improving the smoothness of using the phone.

Ambitious!

The software manufacturers present also discovered that the current Flexpai has very high requirements for the corresponding software application ecosystem. It can even be seen from this software application form that Zhou Zhen is an ambitious person.

With the support of rms' corresponding basic application ecosystem and program family bucket blessing, the corresponding system can gain certain advantages in the future application development ecosystem.

"The second upgrade point is that we have adopted an overall server push mechanism for the corresponding internal core push mechanism!"

The second upgrade point has attracted the attention of all current software manufacturers. At the same time, the upgrade of this function has also made material software manufacturers feel the ruthlessness of Roupai.

This is done at all costs, to improve the experience of the entire system to a new level, and even start to learn from the corresponding push mechanism?

Such a push mechanism can make the entire mobile phone more concise, and at the same time, it can also distribute corresponding information when the mobile application is not opened accordingly.

This is simply a direct copy of Guoguo’s iOS features.

Of course, this corresponding push mechanism still has very high requirements for the server. The server needs to have very powerful information processing functions, and it also needs to accurately send messages to the corresponding devices.

Naturally, the current application development vendors will suffer the most from the improvement of various functions. You must know that application development vendors have always been opposed to unified push.

After all, in addition to making money through corresponding applications, each manufacturer also uses advertising as a way to make money, although the new system of SoftPai mobile phones claims to be a pure system without advertising.

But this so-called ad-free only means that the mobile phone system and the apps that come with the phone are ad-free. After downloading the corresponding other apps, other apps will push ads to the user in the notification bar.

Even after many users exit the background of their mobile phones, they will secretly start and run in the background to send corresponding advertisements.

This move by SoftPai has completely offended software developers and manufacturers.

In this era where interests are paramount, cooperation is often based on corresponding interests, and this move by Rupai has obviously harmed the interests of the vast majority of current application development manufacturers.

You must know that although the revenue from advertising is not much, it is also the most important component of revenue for each manufacturer.

The introduction of this new feature of SoftPai has obviously directly cut off the financial opportunities of these application manufacturers.

At this time, Zhou Zhen stood on the stage, looking at the different expressions of everyone below, and guessed what everyone was thinking, and had already made his own decision even before this developer conference.

"In the future, developers who join our corresponding softpai system will directly receive 70% of the revenue from the applications they develop! At the same time, we will also support a group of outstanding application developers and provide corresponding rewards!"

After infringing on the interests of some application manufacturers, Zhou Zhen naturally took certain compensatory measures to allow manufacturers to continue to choose to support the rsmart system because of their interests.

Share app revenue!

Generally, the current download channels for applications are basically the App Store, and abroad they are basically from the Google Store.

Domestic ones come from app stores from various manufacturers.

In overseas markets, Google is basically the biggest beneficiary. The corresponding applications are mainly Google channel services downloaded from the Google Store, so half of the profit income they receive must be given to Google.

And the revenue gained by developers is only the other half.

Compared with overseas, the domestic environment is not that good. The corresponding app stores in the domestic market also have a dedicated revenue sharing system.

Generally, some unknown application developers only get 30% of the corresponding revenue from the applications they develop, and the remaining 70% is basically taken away by the corresponding application mobile phone manufacturers.

Of course, the greater the power of the developer, the more the corresponding share ratio will be in favor of the developer. Of course, even the corresponding share between Penguin and other application manufacturers is generally 50-50.

Zhou Zhen went straight to the ruthless approach this time, although the corresponding core unified push mechanism will affect the current advertising revenue of various manufacturers.

But Zhou Zhen directly offered 70% of the software revenue share. This kind of naked bribery in disguise made many developers and application manufacturers jealous.

Some small manufacturers could only account for 30% of the profits when they originally developed applications, but this suddenly increased to 70% of the profits. Although they lost advertising revenue, the 70% of the profits were obviously better.

As for big manufacturers like Penguin, they are also very satisfied with this way of operation.

You must know that Penguin’s advertising revenue is actually not much. Most of the revenue comes from application recharges through their respective channels.

Abandoning advertising fees and getting an additional 20% of recharge and other benefits is a very worthwhile deal for some major manufacturers.

Originally, various application development manufacturers were somewhat dissatisfied with this upgrade of Roupai, but now after Zhou Zheng proposed this profit distribution, all manufacturers are eager to enter the rsmart system as soon as possible.

Corresponding to some matters related to application development, after almost an hour, all the things involved in developing applications were finally introduced.

After introducing the application development ecosystem, Zhou Zhen also introduced some features and functions of the new system and some technical breakthroughs at the following developer conference.

The first technology is called GPU and CPU core efficient computing power conversion technology.

The meaning of this technology is very simple, which is to further improve the conversion efficiency of CPU and GPU operations through the kernel of the corresponding application, thereby increasing performance under the premise of corresponding power consumption.

At the same time, with corresponding performance, a certain amount of power consumption can be saved.

According to Zhou Zhen, after adopting the latest performance conversion core of the new system, the performance of the corresponding chip can be improved by about 5% to 7% under the same power and consumption.

Zhou Zhen even brought two chips, Tianxuan 8x1 and Tianxuan 9x1, for demonstration at the developer conference.

In terms of CPU, Tianxuan 8x1 originally scored 1200 points in single-core running and 4950 points in multi-core running.

Under the new technical value, the single-core running score of the CPU has reached 1260 points, and the multi-core running score has reached 5060 points.

The multi-core running score of this CPU has surpassed that of a16.

The improvement of GPU has basically surpassed the a15 and become comparable to the a16.

This allows Tianxuan 8x1 to directly compete with a15 and become close to the level of a16.

As for Tianxuan 9x1, the overall CPU performance has increased by 5%, and the GPU has increased by 8%. Both in terms of CPU and GPU, it has surpassed the previous Tianxuan 1020 and a16.

The CPU performance is 20% better than the a16, and the GPU performance is about 25% better than the a16.

Tianxuan 9x1 directly went from partially surpassing a16 and benchmarking a16 to becoming a product that surpasses a16 by more than half a generation or even a generation.
Chapter completed!