At today’s OPPO Developers Conference, the OPPO Pantanal system was officially released; as OPPO’s self-developed smart cross-end system “Pantanaal” is very worth looking forward to. As an intelligent cross-terminal system “Pantanar” oriented towards the intelligent future of the integration of all things, it can help different platforms to connect with target users, improve user experience and optimize service efficiency.

In addition, the fully upgraded ColorOS 13 released today is based on the concept of “everything in water”, draws inspiration from the source of life, injects the tension of life into the system, pays attention to everyone’s subtle needs, and is committed to bringing vitality, smoothness, and vitality to users. Smart and reliable digital life experience.

Pantanal can realize the unbounded collaboration of services and equipment, allowing products of different brands to achieve interconnection and get rid of the limitations of hardware. It can be realized that only one OPPO account can be used to travel all over the world, and corresponding functional services can be obtained according to different usage scenarios.

And very importantly, for developers, Pantanal has a technical framework with wide applicability, so that developers can achieve minimal development and multi-terminal deployment, and improve development efficiency.

OPPO also cooperated with SAIC, Tencent Cloud and other partners to release the “Pantanaal System White Paper 1.0”. The “White Paper” covers Pantanal’s complete technical framework, capabilities and typical scenario applications, which can effectively improve the efficiency of developers and solve problems that may arise in the development process.

ColorOS13 gives you a different smooth experience: the blessing of “ColorOS supercomputing platform” makes the system fully smooth and stable

The biggest pain point of users’ mobile phones is smoothness; this has always been the focus of users’ attention. For this reason, OPPO has launched a self-developed system-level computing center – “ColorOS supercomputing platform”. The hardware computing resources are precisely scheduled through the computing power model, combined with the comprehensive optimization of the four computing engines—parallel computing, high-performance computing, end-cloud computing, and intelligent computing, to bring users a smooth and stable experience in all aspects. In ColorOS 13, relying on the computing power model and parallel computing engine, it focuses on solving two industry problems of “balance between high performance and low power consumption” and “smooth maintenance in heavy-load multi-task scenarios”.

The “ColorOS Supercomputing Platform” establishes a computing power model that is vertically integrated from the scene to the hardware, realizes the computing power statistics of the chip instruction level, and makes accurate scheduling to find the best computing power combination scheme to achieve high performance and low power consumption. balance of power consumption. Test data from OPPO Labs shows that the overall performance of the Find X5 Pro after upgrading ColorOS 13 has increased by 10%. In a test for a popular game, the maximum temperature of the mobile phone during the game was reduced by 1°C, and the battery life was increased by 4.7%.

With the resource scheduling capability at the instruction level, the “ColorOS supercomputing platform” also solves the problem of memory usage conflicts through parallel computing. After testing, the 8GB version of Find X5 Pro has 18 applications open at the same time in the background, and the frame loss rate is reduced by 25% under heavy load scenarios. Even after users open multiple large applications, the switching and use between applications are still maintained. smooth.

In order to ensure a real-time and smooth feel in interaction, ColorOS 13 brings a new quantum animation engine 4.0. By optimizing 61 dynamic effects and adding behavior judgments that can recognize complex gestures, it can more accurately understand user operation intentions and ensure priority feedback. In addition, ColorOS 13 has also upgraded LinkBoost 4.0. Through AI network prediction, it can be predicted in advance that users will enter the weak signal area of ​​the subway, reducing playback freezes by 38.2%, and you can also enjoy videos during peak hours.

While ensuring the overall smooth user experience, ColorOS 13 has established a security and privacy protection system that is known, preventable and controllable, and protects the security and privacy of users through capabilities such as automatic coding and full-life-cycle management and control processes for third-party applications.

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