18 posts under Tag “Embedded Systems”.
Embedded Systems articles cover the broader engineering decisions behind reliable connected products, including hardware design, operating systems, display modules, I/O expansion, and product validation. The focus is practical implementation rather than generic theory.
A practical guide to designing Android SBC smart home control panels, covering display choice, touch experience, wireless connectivity, wall mounting, Android firmware customization, security, and lifecycle.
A practical guide to choosing between CAN Bus, RS485, and Ethernet for Android SBC industrial products, including hardware design, Android software access, reliability testing, and application fit.
A practical guide to using Android SBCs in medical touchscreen devices, covering display quality, touch reliability, enclosure design, software control, security, lifecycle, and validation.
A practical comparison of NXP i.MX and Rockchip SoCs for long-life industrial products, covering lifecycle, performance, Android and Linux support, interfaces, cost, and supply strategy.
A practical guide to building a custom Android panel PC using an SBC, TFT display, touch panel, enclosure, firmware customization, and production validation.
A practical guide to using LVDS and MIPI displays with Android SBCs, covering signal integrity, panel timing, touch integration, backlight control, BSP changes, and production testing.
A practical guide to the interfaces engineers should evaluate on an industrial Android SBC, including Ethernet, RS485, CAN, USB, GPIO, display, touch, audio, wireless, power, and debug ports.
A practical comparison of RK3568 and RK3588 for industrial Android SBC designs, covering performance, display capability, I/O, thermals, cost, and product fit.
A practical comparison of Android SBC and Linux SBC platforms for embedded products, including UI design, hardware access, BSP work, updates, security, lifecycle, and application fit.
Learn what embedded system design is, including its core components, development workflow, and real-world applications in industrial, medical, and smart devices.
A practical engineering guide to choosing an Android SBC for industrial HMI products, covering display interfaces, touch panels, I/O, Android BSP support, thermal design, lifecycle, and production readiness.
Explore how Android-based SBCs are revolutionizing medical device design — enabling intuitive HMIs, AI-assisted diagnostics, and real-time data connectivity for modern healthcare.
Explore how Android-based Single Board Computers (SBCs) are powering the next generation of smart home devices — from touch control panels and gateways to voice-enabled automation systems.
The era of Industry 4.0 has reshaped how factories and production lines operate.
Automation is no longer just about replacing human labor — it’s about connecting machines, data, and people through intelligent systems that respond in real time.
At the center of this evolution lies a versatile class of hardware: Android Single Board Computers (SBCs).
Traditionally, industrial automation relied on PLCs, RTOS controllers, and Linux-based HMIs.
But as interfaces become more visual and connectivity demands grow, Android SBCs have emerged as an ideal solution — merging multimedia performance with flexible networking and intuitive human-machine interaction (HMI).
The modern living room is evolving into a connected multimedia hub.
Televisions are no longer passive screens — they have become gateways to streaming platforms, gaming, and smart home ecosystems. At the heart of this transformation lies a category of devices known as set-top boxes (STBs), and more specifically, Android-based SBCs (Single Board Computers) that power them.
Android SBCs have rapidly emerged as one of the most versatile and cost-effective platforms for building set-top boxes. They combine powerful ARM processors, rich multimedia support, and flexible software environments in a compact form factor.
This article examines how Android SBCs have revolutionized STB development, what design factors engineers should consider, and where the technology is heading next.
A detailed comparison between NXP and Rockchip SBC platforms for Android-based industrial systems — covering performance, BSP support, longevity, and cost efficiency.
Explore these posts when planning an embedded product architecture, comparing SBC and custom-board options, or aligning software, electronics, and mechanical requirements before production.
Tell us about your embedded project and required specifications. We provide Android & Linux SBCs, core boards, and custom embedded systems based on Rockchip, Allwinner, NXP, and MTK SoCs.
