How TD IDS realizes the intelligent application of the core "core" of vehicle equipment

According to statistics, the Android system code in a smartphone is about 130,000 lines, the computer operating system Windows Vista is 50 million lines, and the code of a high-end car can reach 100 million lines. Far surpassing software such as airplanes, mobile phones, and the Internet, the well-known semiconductor company NXP predicted that from 2015 to 2025, the amount of code in automobiles is expected to increase exponentially, with an average annual compound growth rate of about 21%. From the above data, it can be found that software driving is becoming the main driving force for the development of automotive electronics. People's pursuit of driving safety, comfort, and entertainment has also led to the increasing application of automotive electronics technology in automobiles. Safer system devices, more intelligent and networked human-computer interaction, and more complete in-vehicle entertainment systems are the obvious development trends of automotive electronics.

With the increasing demand for market intelligence, the cost of processing interactive information flows has increased, and the number and complexity of codes have also continued to increase, which tests the technological accumulation and innovation capabilities of traditional car dealers.

Take the most basic car instrument as an example. The traditional electromechanical instrument is safe and stable, but the style is monotonous and the function is single. It can no longer satisfy people's pursuit of personalization and technological nation of electronic terminals. More and more modernized liquid crystal instruments are reflected in the public's field of vision. From the system perspective, Linux is widely used in smart meters due to its open-source and tolerability characteristics, and the highly integrated micro-small SoC chip is its core foundation to meet the basic information display and functions of smart meters. need. Although the system is powerful, stable, and safe, the reality of the Linux application ecology is insufficient, making the user experience on the terminal slightly thin. Therefore, under this condition, the degree of intelligence of the smart instrument is somewhat lacking.

However, it is worth noting that safety and stability are the essential requirements of automotive instrumentation, and intelligence is the icing on the cake. Therefore, whether it is considered in terms of cost investment or user needs, it is actually from the bottom layer, that is, chip, system, From the beginning of the configuration of the basic hardware platform, etc., it is not possible to abandon everything for the sake of intelligence, leaving behind security risks.

So the question is, how to tap the greater potential and value of automotive smart meters and meet people's expectations for a more intelligent experience under the condition that the basic conditions remain unchanged? The TD IDS intelligent dual system independently developed by Bluestar Technology perfectly solves this problem. It breaks through the barriers between the Linux system and the Android system, integrates the two, and can run Linux and Android applications on the terminal at the same time. The system solves various problems in the connection between the platform and the ecological operation.

Take the well-known Allwinner T-series chips in the industry as an example. T2/T7, which are usually used in automotive intelligent systems, generally support Linux. Now, through the technical adaptation and development support of Bluestar Technology, they have successfully equipped TD IDS intelligent dual systems. , It realizes the perfect combination of the original Linux system and Android system, supports Android APPS, and facilitates the needs of manufacturers in the upper-level application development.

As we all know, the current Linux native system is not perfect at the application level, while the Android system already has a large number of users and a complete and rich application ecosystem. The former requires low resource occupation of the basic hardware platform, while the latter is just the opposite. Through TD IDS The low-level intervention of the two systems can offset each other's shortcomings and complement each other's advantages to become a highly cost-effective and competitive technical solution.

The general system-level chip, through the blessing of the TD IDS intelligent dual system, can be radiated with new vitality and vitality, and combined with the TD MSD one-core multi-screen system, it can achieve a one-core multi-screen intelligent display interactive effect. "Core", a set of "native system", multiple "screens", not only integrates Linux and Android systems but also allows content to be displayed on multiple screens independently, interactive logic does not interfere with each other, low power consumption, powerful performance, stable and fast response.

With so many performance advantages, coupled with the lower cost price advantage, is there any reason not to consider it?

Learn about TD IDS

TD IDS is the Intelligent Dual System in the TD software system. It breaks through the barriers between the Linux system and the Android system, integrates the two, and can run Linux and Android applications on the terminal at the same time, a set of system solutions platform Various problems in connection with the ecological operation.

Performance characteristics

Unified interface management, seamless switching between Linux and Android applications

It supports unified interface management, and its complete system interaction mechanism allows the seamless integration of Android applications and Linux applications. There is no sense of separation in terminal use, and there is no difference in operating experience.

Unique non-virtualization technology, system operation is more stable and efficient

The unique non-virtualization technology avoids the performance loss and stability degradation caused by technologies such as virtual machines, simulators, and switching system kernels, and makes the system run more stable and efficient.

Supersystem compatibility, extremely stable performance

The system takes into account the platform stability of Linux and the ecological richness of Android, and it can still ensure the normal operation of the system even when the APP crashes.

Accelerate domestic substitution and solve the ecological weakness of the Linux platform

The Linux platform can obtain massive Android application support through TD IDS, which effectively compensates for the weakness of the Linux ecosystem and helps accelerate the process of domestic substitution.

Wuhan Bluestar Technology Co., Ltd. (hereinafter referred to as "Bluestar Technology") was established in 2001 and is located in the "Optics Valley of China". It is a high-tech enterprise focusing on the research and development of core computer-embedded technologies. Bluestar Technology has been firm on the path of domestic independence and has complete intellectual property rights for its software. It is currently a technology development service provider with a complete embedded underlying software ecosystem in China, which can provide diversified and all-round terminals from core to screen. solution. Because of its software's rich and comprehensive functions and strong platform compatibility, Bluestar's product solutions are widely used in chip manufacturers, automotive electronics, smart home, industrial control, smart medical, and other fields.