SINSMART Embedded PC Powers University Outdoor Vehicle Research, Accelerating Scientific Innovation

In today’s era of deep integration between intelligent technology and academic research, one university has embarked on an ambitious project: developing outdoor vehicles for cutting-edge studies in autonomous driving and environmental perception. Such research requires long-term data collection and real-time processing in complex outdoor conditions—placing extraordinary demands on onboard computing hardware.

To address these challenges, SINSMART recommended the high-performance embedded PC SIN-3312-Q670E, delivering reliable computing power and robust adaptability to ensure project success.

I. Project Requirements Analysis

The research team outlined several critical needs for their outdoor vehicle platform:

1. Wide-range DC input to handle fluctuations in vehicle battery power.

2. Fanless design for low noise, dust protection, and long-term durability.

3. Support for dedicated GPUs to accelerate computation and image processing.

4. Multiple communication interfaces (including CAN bus) to connect sensors and peripherals.

5. Optional WiFi module for wireless communication and remote control.

II. SINSMART’s Embedded PC Solution

The SIN-3312-Q670E embedded PC was chosen as the backbone of the project. This industrial-grade system combines high performance, strong reliability, and exceptional expandability—making it an ideal fit for advanced research.

• Computing Power
  Built on the Intel® Q670E chipset, the PC supports 12th/13th/14th Gen Intel® Core™ processors. Configurations with Intel® Core™ i7-13700 CPU, 64GB DDR5 memory, and 2TB SSD ensure smooth execution of complex algorithms and intensive data processing tasks.

• Outstanding Expandability
  Equipped with 3 PCIe slots (1× PCIe x16 and 2× PCIe x8), the system supports powerful GPUs such as NVIDIA RTX 3060 12GB or RTX 4070 12GB for demanding AI and imaging workloads. Additional 2 mini PCIe slots allow integration of WiFi or mobile network modules, complemented by dual SIM card slots for full network coverage. Optional dual CAN bus interfaces meet industrial communication needs.

• Environmental Adaptability
  Featuring a fanless all-aluminum chassis with large heat sinks, the PC ensures efficient cooling while blocking dust intrusion. It supports a -25°C to 60°C wide temperature range, guaranteeing stability in extreme outdoor climates. With 12–35V wide DC input, it adapts seamlessly to fluctuations in vehicle power supply.

• Comprehensive Interfaces
  The PC provides two 2.5G Ethernet ports + one Gigabit port, 8× USB 3.2 ports, and 5× COM ports (including 2 configurable RS232/422/485), enabling flexible connectivity for sensors and industrial devices.

III. Application Value for the Outdoor Vehicle Project

The SIN-3312-Q670E fanless industrial computers delivers significant advantages for the university’s outdoor vehicle research:

• Seamless compatibility with vehicle batteries through wide-voltage DC input.

• Reliable dustproof and temperature-resistant design for outdoor fieldwork.

• PCIe expandability for GPU acceleration, greatly boosting image recognition and real-time processing.

• Flexible networking options with dual Ethernet ports, WiFi, and 4G modules, enabling remote monitoring and data retrieval.

These features empower researchers to analyze data in real time, monitor vehicle performance remotely, and accelerate the progress of autonomous driving innovations.

IV. Conclusion

With its expandability, adaptability, and robust performance, the SIN-3312-Q670E industrial embedded PC provides a comprehensive hardware foundation for university outdoor vehicle research. By aligning closely with project demands, it highlights the value of industrial computers in scientific applications.

As a professional embedded pc manufacturer, SINSMART remains committed to delivering high-quality products and technical support for research institutions and industrial applications alike—driving technological innovation and ensuring practical results in the field.