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Industrial computers must withstand frequent vibration, damage, and the risk of interface disconnection in mission-critical environments, such as intelligent vehicle scheduling, robotic coordination, and automated production lines.  SINSMART industrial PCs differ from typical consumer-grade devices in that they have a strong anti-vibration and anti-loosening design at their core.

Autonomous Underwater Vehicles (AUVs) have become essential tools in marine exploration and subsea operations. As the field continues to evolve, AUVs are rapidly advancing toward higher intelligence, improved precision, and robust autonomy. Their deployment spans a wide range of use cases—from seabed mapping and underwater security monitoring to environmental data collection and emergency rescue missions.

1.Industry Background

In the field of intelligent manufacturing, the manufacturing of auto parts is a task that emphasizes both precision and efficiency. The production line environment is often accompanied by metal dust, mechanical vibration and continuous high-temperature operation, which puts forward certain requirements for the stability, interface richness and environmental adaptability of the core control equipment.

In this context, a good industrial computer selection solution is a key decision to ensure production continuity, data reliability and automation level.

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.

Today, with the rapid popularization of smart parking systems, license plate recognition, contactless payment, AGV robot collaboration and other scenarios have put forward strict requirements on hardware - high performance, strong stability, and compact size are indispensable. SINSMART TECH's embedded small host SIN-3012-Q170, which is specially designed for industrial scenarios, has become the core control terminal for parking lot automation transformation with its excellent adaptability.

1. Background

A research institute conducts innovative research in the field of unmanned driving technology and plans to apply it to the development of the core control system of unmanned delivery vehicles. Since the unmanned driving scene has high requirements for the stability and environmental adaptability of hardware equipment, customers need to select a high-performance and highly reliable industrial control computer for the unmanned delivery vehicle main control system.

1. Customer background: Technical challenges in the welding equipment industry

The customer is a company that focuses on the development of welding systems, mainly serving the field of medium and thick plate welding equipment such as gantry. Previously, its core control system adopted the traditional solution of "PLC+MCU". Although it can meet basic functional requirements, as market competition intensifies, customers face two major pain points:

Risk of technology imitation: The hardware structure of the traditional solution is simple, the software logic is easy to be cracked, and there is a risk of intellectual property leakage;

Performance bottleneck: The existing system gradually reveals its shortcomings in complex welding process control, multi-equipment collaboration and data interaction efficiency.

Therefore, the customer decided to use the X86 architecture industrial tablet computer to upgrade the current model.