Industrial computer autonomous driving solution: building a highly reliable hardware platform for commercial truck ADAS system

In the field of commercial vehicle intelligent driving, high reliability and environmental adaptability are the core requirements of the hardware platform. SINSMART TECH industrial computer autonomous driving solution is specially designed for commercial truck ADAS system, equipped with the 12th generation Intel Core i7 processor, supports wide temperature operation, and integrates multiple CAN interfaces to provide stable and reliable hardware support for millimeter wave radar and camera data processing. Help customers achieve efficient and safe autonomous driving function development.

1.Project background and demand analysis

A well-known commercial vehicle company in Shanghai is developing a new generation of industrial computer autonomous driving system and needs to build a highly reliable ADAS hardware platform. The company puts forward the following core requirements:

(1). High-performance computing requirements:

Equipped with the 12th generation Intel Core i7 processor to meet real-time data processing requirements.

Dual-channel DDR5 memory (32GB×2) to improve the operating efficiency of autonomous driving algorithms.

(2). Professional interface requirements:

Multiple CAN bus interfaces (12 channels) for vehicle bus data acquisition.

Hot-swappable hard disk design facilitates data storage and maintenance.

(3). System stability:

Supports 12-36V DC power supply, adapting to the truck power supply environment.

2.SINSMART TECH customized solution

Based on customer needs, SINSMART TECH engineers recommended the embedded industrial computer SIN-3312-Q670E and configured it as follows:

(1). Core hardware configuration

Processor: Intel Core i7-12700 (12 cores and 20 threads), providing powerful computing power support for industrial computer autonomous driving.

Memory: 32GB×2 DDR5 4800MHz, ensuring multi-task parallel processing without delay.

Storage: 1TB NVMe SSD (M.2 2280), high-speed reading and writing to ensure real-time data access.

(2). Professional interface design

Network interface: 1×2.5G network port (Intel I226) + 1×Gigabit network port (Intel I219), meeting high-speed data transmission requirements.

Industrial communication: Expand 12-way CAN card through PCIe to adapt to bus data acquisition of intelligent driving system.

2× full-size mini-PCle slots with micro SIM card slots, tested to connect 4G modules to meet subsequent networking needs.

Hot-swap: Add internal brackets to the chassis to support hot-swap to meet customer needs.

(3). Industrial-grade reliability

Wide temperature design: -25℃~60℃ stable operation, adapt to harsh climate conditions.

DC power supply: supports 12-36V wide voltage input, compatible with truck power supply system.

3. Solution implementation effect

(1). System performance:

Real-time processing of 5 millimeter-wave radar + 1 camera data, delay <5ms.

Meet the basic ADAS function requirements and provide stable hardware support for industrial computer automatic driving.

(2). Expansion capability verification:

12-way CAN card has been successfully integrated to support vehicle bus data acquisition.

The 4G module test has passed, leaving space for future networking functions.

(3). Environmental adaptability:

Through high temperature, low temperature and vibration tests, ensure that the industrial computer automatic driving system operates stably in harsh environments.

Conclusion

SINSMART TECH industrial computer SIN-3312-Q670E, with its excellent industrial-grade reliability, powerful computing performance and flexible expansion capabilities, perfectly meets the stringent requirements of the commercial truck industrial computer autonomous driving system. This solution not only meets the basic functions of the current ADAS system, but also reserves sufficient space for customers' future functional upgrades.