RK3588 Thermal Design for Fanless Embedded Systems
Build and verify a heat path from the processor to the enclosure while retaining thermal protection and realistic performance limits.
Insights on Embedded Systems, SBCs, and Display Technologies
In today’s rapidly evolving world of embedded systems and human–machine interfaces, engineers and designers need reliable platforms that balance performance, scalability, and cost. This blog section brings together deep technical insights and field-tested experience from projects that combine Android and Linux SBCs, custom hardware design, and TFT/IPS display technologies.
From developing customized Board Support Packages (BSPs) for Rockchip or Allwinner SoCs to optimizing display readability in harsh industrial environments, our articles cover every stage of embedded product development. Whether you’re an engineer refining your firmware, a product manager planning an industrial HMI, or an entrepreneur exploring IoT device manufacturing, these resources will help you understand both the technical foundations and the strategic decisions behind successful embedded designs.
We also share comparisons between key SoC families (such as Rockchip vs NXP), display technologies (like IPS vs OLED), and system integration best practices. By combining software, hardware, and interface perspectives, our goal is to help you shorten your design cycle, improve reliability, and build smarter, more efficient embedded products. Explore the articles below and stay updated on the latest trends shaping the embedded electronics industry.
Rockchip Linux BSP vs Mainline Linux: What Product Teams Should Expect
Choose a kernel strategy by verified hardware support and ownership of the patch backlog, with a clear migration path.
What to Check in a Rockchip Android BSP Before Choosing a Board
Turn an Android demonstration image into a reviewable software delivery checklist before committing to a production board.
RK3562 vs RK3566 for Cost-Sensitive Android HMI Designs
A practical cost comparison that starts with the panel, application workload, and missing interface circuitry rather than the processor price.
RK3568 Industrial Gateway: Dual-Ethernet Design and Validation
A gateway design guide focused on two independent network paths, reliable forwarding, protocol integration, and maintainable software.
RK3588 Edge AI SBC: Workloads, Thermal Limits, and Deployment Tradeoffs
Evaluate the complete AI pipeline instead of treating NPU TOPS as a prediction of application throughput.
RK3576 Industrial SBC: When Eight CPU Cores and a 6-TOPS NPU Make Sense
A requirement-driven RK3576 evaluation guide covering workload fit, industrial interfaces, software delivery, and sustained operation.
RK3588 vs RK3588S: Interface Differences That Matter in Board Design
A topology-first comparison of RK3588 and RK3588S for products where storage, networking, and display connections determine the board choice.
RK3576 vs RK3588: Performance, AI, Display, and Cost Compared
An engineering comparison of RK3576 and RK3588 that separates advertised compute capability from application performance and board cost.