In the era of Industrial 4.0, manufacturing systems are evolving from traditional automation to digitized, networked, and intelligent operations. Devices no longer operate in isolation but achieve self-optimization, self-diagnosis, and remote collaboration through data-driven approaches. Edge intelligent control systems serve as critical infrastructure in this transformation.
The SMARC module based on the Rockchip RK3562J provides high-performance computing, AI inference capabilities, and industrial-grade stability, making it a key hardware platform for realizing Industrial 4.0 architectures.
In smart factory scenarios, edge control systems typically need to deliver the following capabilities:
Traditional PLCs or low-performance embedded controllers struggle to meet the demands of AI inference and data fusion, necessitating edge platforms with greater computing power and open ecosystems.
The RK3562J adopts a quad-core Cortex-A53 architecture (up to 1.8 GHz) and integrates a 1 TOPS NPU neural network acceleration unit (note: some sources indicate the industrial-grade RK3562J variant may have NPU availability depending on specific implementation; confirm with module vendor). It handles not only traditional control tasks but also lightweight AI inference.
① Local AI Inference for Reduced Latency In applications such as visual inspection, anomaly detection, and condition prediction:
This eliminates reliance on the cloud, enabling millisecond-level responses and preventing production interruptions due to network fluctuations.
② Powerful Data Processing and Fusion The RK3562J SMARC module supports Linux OS and can deploy:
It functions as both a control unit and an edge data processing hub:
This forms the classic “edge computing + cloud optimization” Industrial 4.0 architecture.
The RK3562J uses the SMARC 2.2 standard module form factor (82 mm × 50 mm), offering the following advantages:
For industrial equipment manufacturers:
This is especially valuable in industrial fields with long equipment lifecycles.
RK3562J SMARC modules typically provide abundant interface resources, including:
These interfaces enable direct connection to:
Positioning the module as an intelligent bridge between field devices and cloud platforms.
Industrial environments demand extreme reliability. The industrial-grade RK3562J typically supports:
This ensures reliable deployment in:
Minimizing maintenance costs over extended periods.
The essence of Industrial 4.0 is not merely “connectivity,” but data-driven intelligent decision-making.
Achieving this requires an edge control platform that balances computing power, interfaces, and stability.
The Rockchip RK3562J-based SMARC module delivers:
It is more than just an embedded core board—it serves as the computing core of Industrial 4.0 edge intelligent control systems.
