Byd Qin plus uses the RK3399 chip, which is a high-performance ARM architecture six-core processor, with powerful computing and image processing capabilities, to support on-board multimedia, navigation, intelligent voice and other functions.
The chip adopts the architecture design of large core and small core, which can quickly switch and optimize power consumption, while integrating high-performance GPU, CVPU and other modules, making the vehicle excellent in multi-task processing and complex image and video processing. It is worth mentioning that the car supports a variety of fast charging methods, and the charging time is shorter, which improves the user's experience.
Byd Qin plus adopts RK3399 chip model, which is a high-performance processor jointly developed by Intel and ARM. The chip adopts six-core 64-bit architecture design, supports a variety of operating systems, has powerful computing power and multimedia processing capability, and can meet the needs of a variety of applications such as in-car entertainment and navigation. At the same time, it also has a good performance in power consumption and heat control, which has played a positive role in improving vehicle intelligence and driving experience.
Byd Qin plus car chip model RK3368. It's a high-performance 8-core 64-bit processor powered by ARM Cortex-A53 architecture and powered by a PowerVR G6110 GPU that delivers superior visual and processing performance.
It also supports Android 9.0 and in-car navigation, which can provide owners with multiple navigation and entertainment experiences. At the same time, the chip also has low power consumption and heat, which can ensure long-term use and efficient energy utilization.
According to the official news, BYD Qin plus is equipped with an I.M.8 application processor produced by German hardware manufacturer NXP Semiconductors, which uses a 4-core Cortex-A53 architecture with a maximum CPU frequency of 1.8GHz. With the GC7000Lite image processor and multi-verification time data processing unit, it can support functions such as 1080P high-definition video playback and intelligent multimedia terminals. In addition, the chip also supports a variety of applications such as in-vehicle risk control systems, advanced driver assistance systems and intelligent vehicle networking, providing higher performance and a more stable user experience.