Industrial SBC vs Raspberry Pi: What Changes When You Move to Mass Production?
A balanced engineering comparison of Raspberry Pi and industrial SBC platforms when a prototype becomes a manufactured product.
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.
Custom Android SBC vs Off-the-Shelf Board: Cost, Risk, and Time-to-Market
An engineering and commercial framework for deciding when a standard board, semi-custom variant, or full custom Android SBC makes sense.
How to Choose an Android SBC Manufacturer for a Production Product
A practical supplier-audit framework for teams moving an Android SBC product from evaluation samples to controlled volume production.
i.MX 93 Industrial SBC: Where Low Power and Real-Time Control Meet
A field-oriented guide to designing or sourcing an i.MX 93 industrial SBC for efficient Linux, real-time I/O, secure networking, and modest HMI workloads.
NXP i.MX 8M Plus vs i.MX 93: CPU, NPU, Power, and Software Compared
A practical i.MX 8M Plus vs i.MX 93 comparison for teams choosing between multimedia and vision performance or a leaner, security-focused industrial platform.
Android SBC for Smart Home Control Panels: Display, Connectivity, and OS Design
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.
Android SBC and Display Integration for Smart Connected Devices
Learn how Android SBCs, TFT displays, touch panels, and wireless connectivity work together in smart home panels, industrial HMIs, medical terminals, and commercial embedded products.
CAN Bus, RS485, and Ethernet on Android SBCs: Choosing the Right Industrial Interface
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.
Android SBC for Medical Touchscreen Devices: Hardware and UI Requirements
A practical guide to using Android SBCs in medical touchscreen devices, covering display quality, touch reliability, enclosure design, software control, security, lifecycle, and validation.