SoC Guides#

Practical embedded SoC selection guides for Android SBCs, Linux SBCs, industrial HMI panels, gateways, smart terminals, and edge devices.

Use this site to move from product requirement to a defensible processor shortlist. The focus is not only CPU performance, but also BSP maturity, display and camera support, industrial I/O, lifecycle risk, thermal behavior, and production readiness.

Embedded SoC selection lab bench with SBC hardware, display cables, and engineering tools

Choose Your Starting Point#

If You Need To…	Start Here	Why
Understand the basics	Start Here	Learn what an embedded SoC is and how to evaluate one.
Select by product type	Application Guides	Compare SoCs for HMI panels, Android panel PCs, gateways, and edge devices.
Compare two platforms	SoC Comparisons	Decide between chips, vendors, and product families.
Research a vendor ecosystem	Vendor Guides	Review Rockchip, NXP, TI, Qualcomm, MediaTek MTK, Allwinner, and Amlogic positioning.
Evaluate software risk	Software and BSP Guides	Check Android, Linux, Yocto, kernel, driver, update, and BSP readiness.

Fast Selection Paths#

Product Direction	Recommended First Pages	Main Risk To Check
Industrial HMI panel	Best SoCs for Industrial HMI Panels	Display/touch stack, industrial I/O, thermal limits, lifecycle.
Android panel PC	Best SoCs for Android Panel PCs	Android BSP quality, GPU/UI smoothness, OTA path, camera/audio support.
Linux gateway	Best SoCs for Linux Gateways	Ethernet, RS485/CAN, security updates, kernel maintenance, field recovery.
Cost-effective Android SBC	Rockchip SoCs for Android SBCs	Vendor BSP quality, board supplier support, display interfaces.
Long-lifecycle Linux product	NXP i.MX8 Series Overview	Availability, official documentation, Yocto/Linux maintenance.
Edge AI or multi-camera device	RK3576 vs RK3588	Camera pipeline, NPU tooling, thermal headroom, memory bandwidth.

Current High-Value Guides#

Application Guides#

Comparisons#

Vendor and Chip Research#

Engineering Review Checklist#

Before a SoC is selected for a production design, verify these points with the chip vendor, board vendor, module supplier, and BSP provider.

Area	Questions To Verify
Product fit	Is the SoC intended for HMI, gateway, Android terminal, camera, AI, or industrial Linux use?
Operating system	Which Android, Linux, Yocto, Debian, Ubuntu, or vendor BSP versions are actually supported?
Interfaces	Are the required display, touch, Ethernet, USB, UART, SPI, I2C, GPIO, RS485, CAN, camera, audio, and storage interfaces exposed?
Software maturity	Are GPU, VPU, NPU, camera, display, suspend/resume, watchdog, recovery, and OTA functions production-ready?
Lifecycle	Is the platform consumer-oriented, industrial-oriented, automotive-related, or formally long-lifecycle?
Thermal design	Can the SoC run inside the final enclosure without throttling or unreliable hot spots?
Manufacturing	Are flashing tools, test points, serial console, recovery mode, secure boot, and factory test procedures ready?

How The Site Is Organized#

The URL structure now follows the way readers usually make decisions:

/start/ explains the basics and the selection process.
/applications/ starts from the final product type.
/comparisons/ helps with shortlist decisions.
/vendors/ explains platform ecosystems and now contains vendor, chip-family, and individual SoC pages.
/software/ covers BSP and operating system risk.
/interfaces/ will cover hardware interface planning.

Old /docs/... addresses are kept as redirects for compatibility.

Source Discipline#

SoC Guides is written as a practical engineering reference. Final production decisions should still be confirmed against official product pages, datasheets, reference manuals, board documentation, BSP release notes, and lifecycle statements.

The pages are edited around buyer and engineering questions: what the chip is good for, when it is a poor fit, what the board vendor must prove, and which details need confirmation before a quotation or hardware freeze.

Useful vendor starting points:

Read the editorial policy