The RK3588 is Rockchip’s flagship 8nm ARM SoC, featuring four Cortex-A76 cores and four Cortex-A55 cores, an integrated 6 TOPS NPU, Mali-G610 GPU, multiple MIPI CSI/DSI interfaces, HDMI 2.1, PCIe 3.0, and USB 3.0. It is currently one of the
RK3588 solution customization involves turning the RK3588 chip into a complete product solution integrating hardware, operating systems, and applications based on specific business scenarios. For most projects, the optimal approach is to first validate the design using a System-on-Module (SoM)
Traditional embedded multi-screen projects commonly face the following challenges: external video splitter solutions are expensive, offer poor synchronization, and require complicated wiring; low-end ARM boards support only dual-screen mirroring and cannot provide independent extended display across multiple screens; touch signals
With embedded edge computing rapidly gaining popularity, industry demand for hardware is no longer limited to computing power alone, but instead focuses on comprehensive capabilities combining low power consumption, localized AI computing, industrial-grade stability, high cost-effectiveness, and multi-scenario adaptability. As
Using Rockchip SOM module transfers most high‑speed risk to module vendor. But carrier board (base board) design still strongly impacts whole system stability, EMC performance and long‑term reliability. Many project failures root in poorly designed carrier board, even when the
Working with Rockchip Linux SDK, many engineers spend weeks debugging weird issues: board boot hang, peripheral not working, random reboot or unstable power rail. A large portion of these bugs come from mis‑configuration in device‑tree(DTS), not hardware fault. First, power
RK3568 and RK3588 are two most popular Rockchip processors for modern edge AIoT devices. Engineers frequently struggle to select the right SoC for their product, over‑specifying hardware and running into thermal or cost issues in mass production. RK3568 features quad‑core
Many hardware teams face a critical decision at project kick‑off: build a full custom PCB around Rockchip SoC, or adopt an off‑the‑shelf Rockchip SoM (System‑on‑Module) with self‑designed carrier board. Each path brings different risks, development time, BSP support and mass‑production
In recent years, the intelligent robotics industry has been developing rapidly. From industrial manufacturing and logistics to home services and agricultural applications, robots are becoming increasingly integrated into real-world scenarios. With the continuous convergence of AI technology, edge computing, and
The RK3588 is Rockchip’s flagship 8nm ARM SoC, featuring four Cortex-A76 cores and four Cortex-A55 cores, an integrated 6 TOPS NPU, Mali-G610 GPU, multiple MIPI CSI/DSI interfaces, HDMI 2.1, PCIe 3.0, and USB 3.0. It is currently one of the
RK3588 solution customization involves turning the RK3588 chip into a complete product solution integrating hardware, operating systems, and applications based on specific business scenarios. For most projects, the optimal approach is to first validate the design using a System-on-Module (SoM)
Traditional embedded multi-screen projects commonly face the following challenges: external video splitter solutions are expensive, offer poor synchronization, and require complicated wiring; low-end ARM boards support only dual-screen mirroring and cannot provide independent extended display across multiple screens; touch signals
With embedded edge computing rapidly gaining popularity, industry demand for hardware is no longer limited to computing power alone, but instead focuses on comprehensive capabilities combining low power consumption, localized AI computing, industrial-grade stability, high cost-effectiveness, and multi-scenario adaptability. As
Using Rockchip SOM module transfers most high‑speed risk to module vendor. But carrier board (base board) design still strongly impacts whole system stability, EMC performance and long‑term reliability. Many project failures root in poorly designed carrier board, even when the
Working with Rockchip Linux SDK, many engineers spend weeks debugging weird issues: board boot hang, peripheral not working, random reboot or unstable power rail. A large portion of these bugs come from mis‑configuration in device‑tree(DTS), not hardware fault. First, power
RK3568 and RK3588 are two most popular Rockchip processors for modern edge AIoT devices. Engineers frequently struggle to select the right SoC for their product, over‑specifying hardware and running into thermal or cost issues in mass production. RK3568 features quad‑core
Many hardware teams face a critical decision at project kick‑off: build a full custom PCB around Rockchip SoC, or adopt an off‑the‑shelf Rockchip SoM (System‑on‑Module) with self‑designed carrier board. Each path brings different risks, development time, BSP support and mass‑production
In recent years, the intelligent robotics industry has been developing rapidly. From industrial manufacturing and logistics to home services and agricultural applications, robots are becoming increasingly integrated into real-world scenarios. With the continuous convergence of AI technology, edge computing, and
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