Marine Intelligent Industrial Computer: SINSMART Wide-Temperature and Anti-Vibration Solution

As the shipbuilding industry advances toward digitalization and intelligence, the demand for high-performance and highly reliable computing equipment has become increasingly critical. These devices act as the backbone for navigation, monitoring, and onboard automation systems, ensuring that vessels operate safely and efficiently in unpredictable marine environments. This case highlights how embedded pc manufacturer SINSMART supported a leading shipbuilding group with the SIN-3312-Q670E embedded industrial computer, delivering a solution purpose-built for wide-temperature, anti-vibration performance, and high-end graphics processing.

I. Customer Background and Requirements

The client, a major shipbuilding group, has been deeply involved in ship design, construction, and intelligent shipboard system integration for many years. In this project, the group needed industrial computers to be deployed across various vessel systems, including:

• Monitoring systems for real-time vessel status and environmental data.

• Navigation assistance for electronic chart display and radar image processing.

• Graphical computing tasks, such as visualization of equipment conditions.

The client emphasized three core requirements:

1. Wide-temperature adaptability to handle both tropical heat and arctic cold during global voyages.

2. Anti-vibration capability to ensure stable performance amid continuous shipboard vibrations.

3. Independent GPU support for graphics-intensive tasks like radar imaging and electronic chart rendering.

II. SINSMART Recommended Solution

To address these challenges, SINSMART recommended the SIN-3312-Q670E fanless industrial computer. This embedded system was engineered for harsh industrial and marine environments, offering robust performance, structural durability, and expandability. The recommended configuration included:

• Processor: Intel® Core™ i7-12700

• Memory: 32GB wide-temperature DDR4 RAM

• Storage: 2TB wide-temperature SSD

• Graphics: NVIDIA RTX 4060 8GB independent GPU

• Power: 480W industrial-grade power adapter

• Chassis: Aluminum alloy body with large surface-area heat sinks

III. Product Advantages

1. Core Configuration for Extreme Temperatures

The combination of i7-12700 CPU, 32GB wide-temperature RAM, and 2TB SSD ensures consistent data processing and storage stability between -25°C to +60°C. Whether navigating icy northern seas or equatorial routes, the system delivers reliable operation, removing temperature as a bottleneck in mission-critical shipboard computing.

2. Independent GPU for Advanced Graphics

Equipped with an NVIDIA RTX 4060 GPU, the SIN-3312-Q670E handles intensive visualization tasks, including:

• Radar image analysis

• Electronic chart rendering

• Real-time equipment status visualization

This provides operators with smooth, high-resolution displays that improve situational awareness and decision-making during navigation and monitoring.

3. Rugged Structure and Reliable Power

The chassis, built from aluminum alloy with extended heat dissipation fins, enhances both anti-vibration resilience and thermal management. This ensures:

• Protection of internal components from continuous vibration and shock.

• Long-term stability during wide-temperature operation.

Additionally, the 480W industrial-grade power adapter offers stable energy delivery, mitigating fluctuations common in shipboard power systems.

IV. Conclusion

The SIN-3312-Q670E marine industrial computer exemplifies how SINSMART delivers high-performance, wide-temperature, and anti-vibration solutions tailored for the maritime sector. By integrating powerful processing, dedicated graphics acceleration, and ruggedized design, the system ensures stable performance in complex environments. For shipbuilding enterprises, it provides not only hardware reliability but also a strategic foundation for the intelligent, digital future of marine operations.