The in-vehicle processor will move toward a heterogeneous core-integrated system-on-a-chip (SoC) design architecture. In order to assist the car to introduce the telematics (TelemaTIcs) system, enhance the audio and video, human-machine interface functions, and at the same time take into account the high-security real-time control performance, the chip maker is committed to the development of integrated central processing unit (CPU), microcontroller (MCU) The on-board processor SoC, which is a heterogeneous computing core such as a digital signal processor (DSP), meets the needs of various in-vehicle system designs with different core characteristics. Zheng Yuting, a member of Texas Instruments Semiconductor Marketing Application and Senior Technology Committee, pointed out that the car processor has turned into a SoC architecture. Zheng Yuting, a member of Texas Instruments' marketing marketing application and senior technology committee, said that the world's major car manufacturers are setting off a wave of smart car R&D, focusing on the development of telematics and car safety support functions. However, due to the different designs of automotive infotainment and security systems, processor vendors must provide SoC solutions with higher functional integration to meet the needs of two important in-vehicle functional developments and help automakers accelerate their smart cars. It is reported that the telematics communication system is in charge of networking, video playback, information processing and human-machine interface functions, and has strict requirements on processor clock rate, digital signal processing and drawing capabilities. As for the car safety assistant system, it emphasizes high reliability and instant (Real -TIme) Control and backup mechanisms to avoid situations where control commands are delayed or disabled. Combining the two design considerations, Texas Instruments is the first to announce the integration of the ARM Cortex-A15 processor, the 32-bit Cortex-M4 microcontroller, and the exclusive core-based on-board processor SoC for the DSP. Different components are divided into the burden of developing an in-vehicle system. Zheng Yuting further pointed out that the vehicle-based processor is based on a heterogeneous core mashup architecture, which not only greatly enhances the networking and application computing performance through the Cortex-A15 core, but also realizes instant control and backup mechanisms through two microcontroller cores. The reliability of the car safety system; at the same time, the DSP core can be used to support the emerging human-machine interface functions such as voice and gesture control, which will significantly reduce the design cost of the vehicle system. In fact, the car factory has gradually realized the concept of smart car design in high-end models, but the problem of excessive system cost has been delayed to copy to the middle and low-end models. With the launch of a new generation of in-vehicle processor SoCs, European and Japanese automakers are adding more horsepower to develop lower-cost in-vehicle entertainment and security solutions, which are expected to be in mid- to low-end models without significantly affecting the school's selling price. At the same time, the advanced driver assistance system (ADAS) function with low traffic safety and low security level is introduced. Zheng Yuting believes that in the past, most car manufacturers have separately designed car-based communication and ADAS systems based on safety considerations, thus raising the cost of the whole vehicle. This situation will be more after more chip companies invest in the development of high-performance integrated vehicle processor SoC. Gradually improved, the future car entertainment and basic security control functions will be implemented in the same system, so that the price of smart cars is increasingly close to the people. 30mm Push Button,30mm Round Push Button,Arcade Plastic Push Button,30mm Arcade Game Round Button Guangzhou Ruihong Electronic Technology CO.,Ltd , https://www.callegame.com