SINSMART Value-Focused Solution: Compact Mini Industrial PC Empowers University Smart-Equipment Project

This case study spotlights a smart-equipment initiative at a university in Anhui, China. It shares the selection journey and practical deployment of a compact mini industrial PC ( SIN-1012-E3826 configuration) and explains how the device helped accelerate research outcomes and classroom innovation.

I. Customer Background

The customer is a university in Anhui working on smart-equipment R&D and teaching applications. In this project, the fanless industrial computer is paired with a navigation controller and serves as the host computer for an AGV (Automated Guided Vehicle). University environments typically blend research, experimentation, and practical application, imposing higher requirements on system stability, adaptability, and cost-effectiveness.

II. Requirements: Three Key Criteria

The university’s needs for the industrial mini pc were clear:

• Form factor & functions: An embedded architecture capable of host-level communications and image processing.

• Network expansion: Concurrent 4G and Wi-Fi connectivity.

• Cost control: Strong price-to-performance to fit academic project budgets.

Behind these asks lie common challenges in research settings: the device must balance processing and communications performance, allow flexible expansion, and stay within budget—a comprehensive test for industrial PC design and component selection.

III. SINSMART’s Recommended Configuration

To meet these needs, the engineering team recommended a industrial mini pc fanless based on the SIN-1012-E3826 configuration, which aligned seamlessly with the project goals:

1. Intel® Atom™ E3826 dual-core processor delivers the baseline performance for host communications and image processing.

2. Built-in 4G module plus external USB Wi-Fi solution enables simultaneous 4G and Wi-Fi connectivity, flexibly meeting network requirements.

3. A value-optimized bill of materials keeps costs in check while meeting functional targets—ideal for academic R&D.

IV. Product Advantages & Application Extensions

Beyond the core requirements, the SIN-1012-E3826 configuration offers several standout advantages:

• Rich I/O: 2× Gigabit Ethernet, 2× COM, 4× USB, and an mSATA slot—ready for a wide variety of industrial peripherals and future expansion.

• Rugged reliability: Fanless design, wide-range power input (8–35 V), and optional wide-temperature support (-25 to 70 °C) help ensure continuous operation in harsh conditions—no freezes, no unexpected downtime.

• Flexible installation: DIN-rail and wall-mount options simplify integration into AGV equipment and save space.

Thanks to these characteristics, this configuration is not only a strong fit for AGV projects in universities, but also readily extends to intelligent manufacturing, IoT gateways, and edge computing scenarios.

V. Conclusion

In this project, the SIN-1012-E3826 configuration—combining high value, stable performance, and flexible connectivity—helped the university upgrade its AGV smart-equipment platform with confidence. By accurately mapping requirements to the right hardware, embedded computer manufacturers SINSMART demonstrated how fanless industrial mini pc can unlock reliable, scalable results in academic R&D and teaching environments.

Interested in a similar setup for your lab or pilot line? Talk to industrial pc manufacturers SINSMART for tailored configurations, samples, and rapid prototyping support.