What are the advantages of Rockchip PX30 over other chips in automotive applications?

Rockchip PX30 has the following advantages over other chips in automotive applications:

Strong multimedia processing capability

• Comprehensive video codec support: Supports almost all formats of H.264 decoder, 1080p@60fps, H.265 decoder by 1080p@60fps, H.264 encoder based on 1080p@30fps, and high quality JPEG encoder/decoder. This makes it able to play and process various video formats smoothly, meeting the demand of in-car entertainment system for video playback, such as playing HD movies, video navigation and other applications.
• Rich Display Function: It supports dual-screen display, RGB/LVDS/MIPI-DSI and other display interfaces, with a resolution of up to 1920x1080, and can be connected to multiple displays, such as the car center control screen and the passenger entertainment screen at the same time, to provide diversified display content for the passengers in the car.

Rich interfaces

• Various communication interfaces: supports 100M RMII Ethernet interface, which can realize the connection between the vehicle and external network, such as obtaining real-time road condition information, software upgrade, etc. It also supports USB2.0 HOST. It also supports USB2.0 HOST&OTG interface, which is convenient for connecting various USB devices, such as USB flash disk, cell phone, etc., to expand the functions of the in-vehicle system.
• Rich audio interface: supports 1x8ch I2S/TDM, 1x8ch PDM, 2x2ch I2S/PCM audio interface, which can connect to high-quality audio devices, realize multi-channel audio output, and improve the sound quality of the car audio system.
• Other interfaces are complete: 4 I2C, 6 UART, 2 SPI, 8 PWM interfaces can be connected to a variety of sensors, controllers and other external devices, to meet the needs of the car system for a variety of peripheral control and data transmission.

Lower power consumption

• Designed for personal mobile Internet devices and other digital multimedia applications, the device focuses on controlling power consumption while ensuring performance. Lower power consumption reduces the burden on vehicle batteries, especially for electric vehicles, and helps extend range. At the same time, lower power consumption also means that the chip generates less heat during operation, improving system stability and reliability.