Typical application scenarios of ARM series

·Intelligent manufacturing: production line equipment monitoring, quality inspection
·Energy and Security: Hazard Identification (Flames, Gas Leakage), Personnel Safety Monitoring
·Logistics and Warehousing: Core Features of AGV Navigation and Inventory Management ARM
·Multi core processor and AI acceleration: using ARM architecture high-performance chips (such as RK3588), integrating 8-core CPU (2.4GHz), 3-core NPU (1TOPS computing power) and GPU/VPU, supporting multitasking concurrent processing and lightweight AI inference (such as safety helmet recognition, flame detection)
·Scalable interface: equipped with industrial standard interfaces such as USB, HDMI, CAN, RS232/485, supporting external sensors, storage devices, and industrial control modules to meet complex scene requirements
·Energy consumption control: The overall power consumption of ARM architecture is only 1-5W (compared to 40W+of x86 devices), fanless design reduces heat dissipation costs, and can operate stably in high temperature and closed environments
·Long battery life and low cost: Low power consumption reduces power demand, suitable for long-term deployment, significantly saves electricity and maintenance costs
·High stability: The hardware is highly integrated, data storage uses Flash chips, supports WinCE/Linux systems, has strong anti viral attack capabilities, and has no mechanical components to reduce failure rates
·Lightweight system compatibility: Native support for Linux and Android systems, optimized touch interaction, simplified industrial control software integration
·High cost-effectiveness: The hardware cost is lower than x86 architecture, suitable for large-scale deployment, and combines high performance with low procurement cost