行泊一体域控方案：智能驾驶的未来之路

With the evolution of the electronic and electronic architecture, the integrated domain control scheme has gradually become a new favorite in the field of intelligent driving.This plan combines two major systems of driving and parking, with significant advantages.First, it reduces the cost of hardware and simplifies the system structure.Secondly, it provides higher flexibility, making software configuration more convenient, and iteratively development efficiency is greatly improved.

In the intelligent driver's domain controller market, the rise of the integrated plan is driving a technological innovation.According to authoritative data forecasts, with the continuous upgrading of downstream applications, OLED shows that the market size will continue to grow.Among them, the annual compound growth rate of OLED in the high -end IT market is expected to be as high as 51%, and the average annual growth rate of the shipment and revenue of OLED tablet panels is also considerable.

In order to keep up with the times, Jing Technology was released on December 21, 2023 to release a chip for Jingyu Xingzhi.This chip has the advantages of high computing efficiency, high integration, high security, low latency, and low power consumption, which helps the rapid landing of integrated technology.In order to achieve a powerful integrated function of the Jingyu series chips, it includes L2+advanced auxiliary driving functions such as active safety, NOA highway auxiliary driving, and HPA memory parking, but also supports CMS electronic rearview mirrors.

In high -speed NoA scenarios, the chip supports a variety of auxiliary driving functions, such as automatic lanes (LCC), lane departure assist (LKA), traffic congestion assistance (TJA), and early warning assistance (FCW/RCW).In addition, it can provide functions such as automatic parking assist (APA), remote control (RPA), and memory parking (HPA).

It is a typical example for Jingyuxing flagship VS919 Local solution.This scheme is equipped with a wealth of external sensor combinations, including a front -view 8MP camera, 4 view cameras with up to 3MP, 1 2MP rear view camera, 12 ultrasonic radar, 1 front radar and 4 angle radar.These sensors provide a wider perspective, stronger environmental perception, farther detection distance, and the ability to identify the goals earlier.

VS919The CPU, NPU, GPU, DSP, and MCU are integrated inside, breaking the traditional external MCU architecture design.This integrated design not only reduces the complexity of the overall design, but also fully exerts the computing power of the chip through the balanced allocation of resources.This enables VS919 to perfectly adapt to integrated self -adaptive cruise (IACC), automatic emergency braking (AEB), traffic congestion assistance (TJA), automatic parking (APA) and other specific applications to meet the rows of complex road conditions in different scenarios in different scenariosPolish intelligent driving function requirements.

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In addition, for the optimization of architecture such as built -in image compression modules and near -memory design for Jingyu series chips, and multi -level low power management technology, it has achieved ultra -low power consumption.Its design power consumption controls within 10W, ensuring high -stable application performance, without additional heat dissipation devices, and can meet the heat dissipation needs only through natural heat dissipation.This simple solution design is more in line with the requirements of car -level scenes, and also saves customers costs.

In addition to the above intelligent driving function, the VS919 chip is also equipped with an GPU with an 80GFLOPS computing power, which can easily realize the 360 -degree surround view and various 3D rendering functions.For Jing Technology also independently developed Yaoguang ISP, optimized the camera input image quality, and provided richer road and target details for the perception of the ADAS smart driving system.Based on the strong access capabilities and image processing capabilities of Yaoguang ISP, the camera module does not need to use additional ISP chips to save customers costs.

In summary, with the continuous evolution of the electronic and electrical architecture and the rapid development of intelligent driving technology, the integrated domain control solution is becoming one of the key technologies in the field of intelligent driving.For Jing Technology, the technical innovation of this field for Jingyu Xingzhi Driving Chip is based on its good performance and high degree of integration.Through continuous technological innovation and market expansion, for Jing Technology, it will continue to help the rapid development and extensive application of intelligent driving technology.

With the evolution of the electronic and electronic architecture, the integrated domain control scheme has gradually become a new favorite in the field of intelligent driving.This plan combines two major systems of driving and parking, with significant advantages.First, it reduces the cost of hardware and simplifies the system structure.Secondly, it provides higher flexibility, making software configuration more convenient, and iteratively development efficiency is greatly improved.

In the intelligent driver's domain controller market, the rise of the integrated plan is driving a technological innovation.According to authoritative data forecasts, with the continuous upgrading of downstream applications, OLED shows that the market size will continue to grow.Among them, the annual compound growth rate of OLED in the high -end IT market is expected to be as high as 51%, and the average annual growth rate of the shipment and revenue of OLED tablet panels is also considerable.

In order to keep up with the times, Jing Technology was released on December 21, 2023 to release a chip for Jingyu Xingzhi.This chip has the advantages of high computing efficiency, high integration, high security, low latency, and low power consumption, which helps the rapid landing of integrated technology.In order to achieve a powerful integrated function of the Jingyu series chips, it includes L2+advanced auxiliary driving functions such as active safety, NOA highway auxiliary driving, and HPA memory parking, but also supports CMS electronic rearview mirrors.

In high -speed NoA scenarios, the chip supports a variety of auxiliary driving functions, such as automatic lanes (LCC), lane departure assist (LKA), traffic congestion assistance (TJA), and early warning assistance (FCW/RCW).In addition, it can provide functions such as automatic parking assist (APA), remote control (RPA), and memory parking (HPA).

It is a typical example for Jingyuxing flagship VS919 Local solution.This scheme is equipped with a wealth of external sensor combinations, including a front -view 8MP camera, 4 view cameras with up to 3MP, 1 2MP rear view camera, 12 ultrasonic radar, 1 front radar and 4 angle radar.These sensors provide a wider perspective, stronger environmental perception, farther detection distance, and the ability to identify the goals earlier.

The VS919 integrates CPU, NPU, GPU, DSP, and MCU, breaking the traditional external MCU architecture design.This integrated design not only reduces the complexity of the overall design, but also fully exerts the computing power of the chip through the balanced allocation of resources.This enables VS919 to perfectly adapt to integrated self -adaptive cruise (IACC) and automatic emergency braking(AEB), Specific applications such as traffic congestion (TJA) and automatic parking (APA) to meet the needs of smart driving functions of complex road conditions in different scenarios.

In addition, for the optimization of architecture such as built -in image compression modules and near -memory design for Jingyu series chips, and multi -level low power management technology, it has achieved ultra -low power consumption.Its design power consumption controls within 10W, ensuring high -stable application performance, without additional heat dissipation devices, and can meet the heat dissipation needs only through natural heat dissipation.This simple solution design is more in line with the requirements of car -level scenes, and also saves customers costs.

In addition to the above intelligent driving function, the VS919 chip is also equipped with an GPU with an 80GFLOPS computing power, which can easily realize the 360 -degree surround view and various 3D rendering functions.For Jing Technology also independently developed Yaoguang ISP, optimized the camera input image quality, and provided richer road and target details for the perception of the ADAS smart driving system.Based on the strong access capabilities and image processing capabilities of Yaoguang ISP, the camera module does not need to use additional ISP chips to save customers costs.

In summary, with the continuous evolution of the electronic and electrical architecture and the rapid development of intelligent driving technology, the integrated domain control solution is becoming one of the key technologies in the field of intelligent driving.For Jing Technology, the technical innovation of this field for Jingyu Xingzhi Driving Chip is based on its good performance and high degree of integration.Through continuous technological innovation and market expansion, for Jing Technology, it will continue to help the rapid development and extensive application of intelligent driving technology.

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