industrial pc with Fanless Design and 10-Point Capacitive Touch for Harsh Environments – BGDR-12.1 This ruggedized
Industrial Computer is engineered for continuous operation in demanding environments, offering a fanless cooling system, high-precision touch control, and robust protection against dust, water, and electromagnetic interference. Designed for 24/7 reliability, it features an ARM-based RK3568 processor, IP65-rated enclosure, and multiple interface options—ideal for manufacturing, logistics, retail, and outdoor automation applications worldwide. Key Features: - Ultra-reliable fanless heat dissipation ensures silent, maintenance-free performance in temperature extremes (-10°C to 60°C). - 12.1-inch Full HD display (1920x1080) with 350 cd/m² brightness and 89° viewing angles for clear visibility under any lighting condition. - 10-point capacitive touchscreen with sub-15ms response time and ±2mm accuracy for intuitive human-machine interaction. - Dual operating system support: Android 11.0 or Windows (optional), enabling flexible software deployment across industries. - Industrial-grade motherboard with EMI/EMC compliance, 4kV contact and 8kV air ESD protection, and seismic resistance per GB2423 standards. - Rich I/O configuration including USB 3.0, HDMI, Gigabit Ethernet, RS232/RS485 (optional), and dual network ports for scalable integration. - High-quality SMT assembly process ensures long-term stability, efficient thermal management, and minimal failure rates over 60,000 hours of use. - Customizable SDK toolkit supports third-party app development, remote updates via TF card or OTA, and tailored firmware solutions. Detailed Description: The BGDR-12.1 is a compact yet powerful embedded system designed for mission-critical operations where uptime, durability, and precision matter most. Its aluminum alloy casing offers excellent heat conduction while resisting corrosion, making it suitable for humid, oily, or dusty conditions found in food processing, automotive assembly lines, and warehouse automation. The absence of moving parts eliminates mechanical wear and reduces noise pollution—a critical advantage in clean rooms or public-facing kiosks. With a quad-core Cortex-A55 CPU running at up to 2.0GHz and dedicated NPU acceleration, this unit handles complex tasks such as image recognition, data logging, and real-time control without lag. Whether deployed as a standalone terminal or integrated into a larger SCADA setup, its modular design supports desktop, wall-mount, or cantilever installations, adapting seamlessly to space constraints. Use Cases: Ideal for industrial IoT gateways, point-of-sale terminals, automated test stations, smart factory monitoring systems, and transportation control panels. This device excels in environments requiring sustained performance under vibration, wide temperature swings, and frequent user input—such as construction sites, marine vessels, energy grids, and medical diagnostic equipment. Customer Feedback: Users praise the screen clarity, especially in bright sunlight, and appreciate the lack of fan noise during extended shifts. Many highlight the ease of customization through the provided SDK, allowing them to build proprietary interfaces tailored to their workflows. The durable build quality has also been noted as a key factor in reducing downtime compared to consumer-grade alternatives. Frequently Asked Questions: What makes this industrial PC different from standard tablets? Unlike consumer devices, this unit uses an industrial-grade ARM architecture board with enhanced EMI shielding, waterproofing (IP65), and thermal management optimized for non-stop operation in extreme conditions. Can I install custom software or modify the OS? Yes—both Android and Windows versions are available, and full SDK access enables developers to create native apps, integrate APIs, and perform system-level adjustments remotely or locally. Is it suitable for outdoor use? Absolutely—it operates reliably from -10°C to 60°C, resists moisture, dust, and static discharge, and includes a high-brightness LCD that remains readable even in direct sunlight.