Intelligent Driving Embedded Industrial Computer Selection Solution

In today's rapid development of industrial automation and intelligent driving technology, embedded industrial computers are the core hardware carriers, and their performance and adaptability directly determine the stability and scalability of the system.

1.Customer demand analysis

The customer focuses on the research and development of intelligent driving technology, and its application scenarios focus on vehicle-mounted assisted autonomous driving systems, which need to operate stably in complex vibration environments, while taking into account high-performance computing and flexible expansion capabilities.

The specific requirements are as follows:

(1). Seismic resistance and stability: adapt to the vehicle environment to ensure that the equipment works stably in continuous vibration;

(2). Compact design: the chassis needs to be miniaturized to facilitate vehicle space deployment;

(3). Expansion capability: support expansion of A10 graphics cards, and reserve PCIe×4 slots to adapt to the customer's self-developed acquisition card;

(4). System compatibility: must be compatible with the Ubuntu system to meet development and algorithm deployment requirements;

(5). Professional support: provide full-cycle technical guarantees, covering hardware configuration and system optimization.

2.Selection ideas

(1). Environmental adaptability: In vehicle-mounted scenarios, embedded industrial computers are usually selected, and the seismic resistance and heat dissipation capacity of the equipment are also required to be high. It is necessary to select models that have passed professional seismic certification and optimize the heat dissipation structure;

(2). Hardware configuration and scalability: It is necessary to take into account both computing performance and expansion space to ensure support for multiple types of peripheral access;

(3). System compatibility: Deeply adapt the software and hardware for the Ubuntu system to ensure the efficiency of algorithm operation;

(4). Customized service: Combined with the customer's independent research and development needs, reserve expansion interfaces and provide supporting technical support.

3.Recommended products

Product model: SIN-3412-C246

Product advantages:

(1). High seismic design: Passed professional seismic test, equipped with shock-absorbing bracket and reinforced structure, adapt to complex vehicle environment;

(2). Compact body and powerful expansion: Small size, built-in 2 PCIe×16 and 2 PCIe×8 slots, support A10 graphics card expansion and customer self-developed acquisition card access;

(3). Heat dissipation optimization: Auxiliary heat dissipation module is designed for passive heat dissipation graphics cards to ensure long-term high-load operation and stability of the equipment;

(4). System compatibility: Fully support Ubuntu system, provide driver adaptation and system tuning services;

(5). Flexible configuration: It can be equipped with high-performance processors and large-capacity storage to meet the real-time computing needs of intelligent driving algorithms.

4.Application value

SINSMART TECH's embedded fanless pc not only meets customer needs, but also can be quickly adapted to different scenarios through modular design. It is an ideal choice for hardware deployment in the field of intelligent driving.

Conclusion

SINSMART TECH, ad a professional embedded pc manufacturer, always takes customer needs as the core, and through professional industrial fanless embedded pc selection and customization services, it helps enterprises improve efficiency in the fields of intelligent manufacturing, intelligent driving, etc. The team provides one-stop solutions.

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