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This article introduces the number of layers that determine the PCB board.

The RK3568 CPU is a quad-core Cortex-A55 and adopts the new Arm v8.2-A architecture, which effectively improves the performance. Adopt 22nm advanced technology, low power consumption and high performance

RV1106 IPC 38 Built-in self-developed 4th generation NPU, up to 0.5TOPs computing power.RV1106 adopt Cortex-A7 CPU and high-performance MCU, built-in fourth-generation NPU self-developed by Rockchip

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.

That’s where we, at Thinkcore, come in. We craft robust embedded computer solutions engineered to thrive where standard PCs would falter. Let’s explore what sets them apart and why it matters for your project.

With the rapid iteration of edge computing, smart commercial display, industrial control, and AIoT industries, Rockchip RK3588 and RK3576, two mid-to-high-end flagship SoCs, feature differentiated performance, power consumption and cost positioning. They cover two core markets including high-end high-performance scenarios and cost-effective mass-production scenarios, and have become mainstream preferred solutions for product development and project implementation in the industry. This article sorts out the core features, applicable scenarios and selection differences of the two chips, providing an efficient selection reference for R&D and product teams.