Central control entertainment multimedia host-Zhejiang Itronsvs Technology Service Co., Ltd.

Central control entertainment multimedia host

Use Car Model:

Etron Technology's new generation of high-performance, highly integrated, and highly scalable cockpit domain controller integrates multimedia cockpit, LCD instrument, co-pilot entertainment system and other functions to fully realize multi-modal and multi-scenario interaction. And the display can be extended to the HUD system. The self-developed cockpit domain controller has powerful audio, video and AI processing capabilities, as well as rich peripheral expansion capabilities. The cockpit adopts a platform design, and the SOC computing power covers the needs of various scenarios such as high-performance 140 KDMIPS, mainstream 64 KDMIPS, and low-cost 32 KDMIPS. The high-performance version of the SOC supports simultaneous output of 6 video signals, supports dual 4K output, and integrates high-performance CPU, GPU, AI accelerator, and video processor to meet the needs of new generation automotive electronic cockpit applications for powerful computing power and rich multimedia increasing demands for performance. The cockpit human-computer interaction system is deeply customized based on the latest Android13 version, creating a new generation of smart cockpit HMI with smooth and silky operation, perfectly integrating technology and aesthetics.

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Product Description
Application Areas

Operating temperature -40℃~85℃

Operating voltage 9V~16V

Rated operating voltage 12±0.1V

Rated operating current <10A

quiescent current less than 0.2mA

CAN/CANFD 2 channels

USB USB2.0*2

BT/WIFI BT5.1 / WIFI 5

Android 9.0

DDR 4G

eMMC 32G

Display screen 8 inches 1024*600

The cross-domain fusion controller on the car is designed to achieve collaborative work and data sharing between different car subsystems. This controller is a key component of the automotive electronics architecture, integrating the vehicle's various functions, sensors and systems to improve performance, safety and efficiency.

One of the main tasks of the cross-domain fusion controller is to integrate data from various sensors, including cameras, radar, lidar, vehicle communication equipment, etc. By processing and analyzing these data, the controller can implement advanced driver assistance system （ADAS） functions, such as automatic driving, automatic braking, adaptive cruise control, etc., improving driving safety and convenience.

In addition, the cross-domain fusion controller also supports vehicle communication and interconnection, enabling cars to exchange data with other vehicles, infrastructure and cloud services to improve navigation, traffic management and vehicle diagnostics. This helps optimize traffic flow, improve energy efficiency and enhance the driving experience.

In short, the cross-domain fusion controller on the car is a key technology that promotes innovation in the automotive field, making vehicles more intelligent, connected and safer, and providing more possibilities for future travel.