RK3566 for NAS Manufacturers

This article introduces the surface treatment methods of pcb circuit boards.

*"All three models leverage the RK3588’s 6TOPS NPU computing power but achieve scenario-specific optimization through innovative connectivity. Developers can now build systems like assembling building blocks."*

Outdoor monitoring equipment often operates in temperatures exceeding 0°C , such as in the wilds of northern China during winter or at high altitudes. Single board computer cannot withstand freezing temperatures. Low temperatures can significantly degrade hardware performance, causing CPU responsiveness and memory read/write errors. In severe cases, circuit boards can crack and components can be damaged, preventing proper data collection. Therefore, low-temperature protection for single board computer is crucial for outdoor equipment, and comprehensive care is required from hardware selection to installation.

Why is choosing a development board so hard? There are thousands of development boards on the market. Every salesperson claims theirs is the best. Every blogger recommends a different board. STM32, ESP32, Arduino, Raspberry Pi, Allwinner, Rockchip... Just keeping track of the brands is exhausting, let alone the dozens or hundreds of models under each brand. Today, let's walk through the pitfalls you'll encounter when choosing a development board, and finally arrive at a practical selection guide.

Over the past one and a half years, the global embedded semiconductor supply chain has undergone unprecedented drastic fluctuations. Driven by structural capacity reshuffling, explosive AI storage demand and continuous supply-side capacity adjustments, mainstream embedded storage components including DDR DRAM and eMMC NAND flash have witnessed a historic round of skyrocketing prices. The price increase has gradually spread to peripheral power management ICs, interface chips and passive components, bringing universal cost pressure and supply cycle risks to the entire industrial embedded, IoT, smart terminal and automotive embedded industries.

As an embedded open-source motherboard solution provider, we design and develop with chips from Rockchip and Allwinner. The related chips include Rockchip's RK3308, RK3506, RK3562, RK3566, RK3568, RK3576, RK3588S, RK3588, RV1126B, and RV1106. Allwinner's A33, A40I, T113, T153, T527, H313, H618, etc.