SoC Guides#

A practical knowledge base for embedded SoCs used in Android SBCs, Linux SBCs, industrial HMI panels, smart terminals, gateways, and edge devices.

SoC Guides helps engineers, product managers, and embedded system developers understand different processor platforms, compare SoC families, and choose the right hardware foundation for real products.

Start Here#

If you are new to embedded SoC selection, begin with these guides:

Main Sections#

Rockchip SoC Guides#

Rockchip platforms are widely used in Android SBCs, Linux SBCs, industrial HMI panels, smart home control panels, access control terminals, video intercom systems, digital signage players, and edge AI devices.

Browse Rockchip Guides →

NXP i.MX Guides#

NXP i.MX processors are commonly used in industrial control, medical devices, gateways, machine HMI systems, automotive-related terminals, and long-lifecycle embedded products.

NXP i.MX8 Series Overview

Browse NXP i.MX Guides →

SoC Comparisons#

Compare different SoC families and understand which platform fits a specific product requirement.

Rockchip vs NXP for Embedded SBCs

Browse SoC Comparisons →

Application Guides#

Application guides explain how SoCs are selected for Android SBCs, Linux SBCs, HMI panels, gateways, machine control systems, smart home panels, and edge devices.

Browse Application Guides →

What This Site Covers#

SoC Guides focuses on practical embedded platform selection, including:

ARM-based SoCs for Android and Linux devices
Rockchip RK3566, RK3568, RK3576, RK3588, and related platforms
NXP i.MX8, i.MX8M Mini, i.MX8M Plus, i.MX9, and related processors
SoCs for industrial HMI panels and smart control terminals
SoCs for gateways, machine control, video terminals, and edge devices
Display, touch, camera, Ethernet, USB, UART, I2C, SPI, GPIO, RS485, and CAN considerations
Android BSP and Linux BSP evaluation
Power, thermal, lifecycle, and production design factors

How to Choose an Embedded SoC#

A good SoC decision should start from the final product, not from benchmark numbers alone.

Before selecting a processor, define:

Operating system
Will the product run Android, Linux, Yocto, Buildroot, Debian, Ubuntu, or a vendor BSP?
Display and touch requirements
Does the product need MIPI DSI, LVDS, HDMI, eDP, RGB, capacitive touch, portrait mode, or high brightness?
Application workload
Is the system mainly an HMI, gateway, video terminal, data logger, smart panel, or edge AI device?
Peripheral interfaces
Does the board need Ethernet, Wi-Fi, Bluetooth, USB, UART, I2C, SPI, GPIO, RS485, CAN, camera input, or audio?
Software support
Is the Android BSP or Linux BSP mature enough for production development?
Lifecycle and supply
Will the product remain in production for several years?
Power and thermal limits
Can the SoC operate reliably inside the final enclosure?

The best SoC is not always the most powerful one. It is the platform that matches the product requirement with the lowest development and lifecycle risk.

Site Purpose#

This site is built as a neutral technical reference for embedded processor selection.

It is designed for readers who need to compare SoC platforms for real product development, including:

Embedded hardware engineers
Android system developers
Linux BSP engineers
Industrial HMI product managers
SBC solution providers
IoT gateway developers
Smart device designers
Technical buyers evaluating processor platforms

The content is focused on practical engineering decisions rather than only marketing specifications.

Latest Focus Areas#

Current focus topics include:

Rockchip SoCs for Android SBCs
RK3566 and RK3568 for embedded display products
RK3576 for edge HMI applications
NXP i.MX8 for industrial and long-lifecycle systems
Android SBC vs Linux SBC platform selection
SoC selection for industrial HMI, gateways, and machine control

More guides will be added over time for Allwinner, Amlogic, TI, Qualcomm, MediaTek, Renesas, STM32MP, and other embedded processor platforms.