The core strength of the industrial computer unmanned driving system
2024-12-11 14:06:45
With the continuous advancement of technology, driverless systems are gradually transitioning from assisted driving to fully autonomous driving. They will be used in more scenarios in the future to achieve a safer, more efficient and more convenient travel experience.
Table of Contents
1. Technological innovation and investment hot spots
Key technologies such as global navigation satellite systems, lidar, and millimeter-wave radar are the focus of current autonomous driving technology innovation. These technologies can significantly improve the vehicle's environmental perception and decision-making capabilities. In the capital market, autonomous driving full-stack solutions, Subdivided technology fields such as autonomous driving chips and lidar have become hot spots for investment and financing, attracting a large amount of capital investment.

2. The close relationship between industrial computers in this industry
Industrial computers play a key role in vehicle intelligent driving systems and unmanned driving systems. Its high performance, high stability, real-time and communication capabilities provide strong technical support for intelligent driving. Unmanned driving systems rely on industrial computers. As the core computing platform, it processes sensor data and controls the vehicle in real time. At the same time, the stability and high performance of the industrial computer ensure the reliability and safety of the system, and is the key technical foundation for realizing vehicle automation and intelligence.

3. Product recommendation
Product model: SIN-3079-C246
(1). Wide-voltage power supply design: supports 8~35V DC power input, provides remote power on and off and status output, and is equipped with a complex power supply design that can handle heavy power consumption and power transients of high-performance GPUs.
(2). Strong scalability: multiple expansion slots, flexible expansion, supporting 4 PCle slots and 3 PCI slots, which can be expanded according to needs to support independent graphics cards, PoE+ network port cards, COM port cards and other expansion cards to connect various A wide selection of peripherals and expansion cards are available.
(3). Wide temperature and stable operation: Using a professional heat dissipation design, the heating components are distributed throughout the large-area heat sink, and can operate normally in the temperature range of -25°C to 60°C.
(4). Strong performance: This embedded fanless industrial computer is equipped with Intel Xeon series or Core 9th generation I3/I5/I7 processors and workstation-level Intel C246 chipset, providing the machine with excellent processing capabilities.
4. Customized solutions
For companies with specific industrial computer needs, SINSMART TECH provides customized solutions. Whether your application scenario is a smart gas station, automated factory or other industrial fields, our product and technical team can provide you with the most suitable industrial control solution. Contact us anytime and we will be happy to serve you.
in conclusion
The future development of autonomous driving systems is full of endless possibilities. With the advancement of technology, policy support and the growth of market demand, driverless cars will gradually move towards commercialization and large-scale popularization. This process will not only change the way people travel, but will also promote the development of the entire society's transportation system in an intelligent and connected direction, providing strong support for achieving a safer and more efficient transportation environment.