01Focused
Serial HMI
Sweet spot: compact screen logic, low-rate data, fast integration and a controlled page set.
Boundary signalsWaveforms, high-rate data, growing UI logic, source-control pressure.
Embedded HMI decision & delivery
Building an Embedded HMI?
Choose the architecture that fits your real requirements, verify the boundary before it becomes a redesign, and build with a stack and capability path you can explain.
A higher tier is not automatically better. Stay with the simplest architecture that still has healthy headroom.
HMI Architecture Ladder
Every architecture has a sweet spot.
Move up only when the requirement has genuinely outgrown the current level. Cost, boot time, maintenance and product lifetime matter alongside graphics performance.
02Flexible
MCU HMI
Sweet spot: responsive embedded GUI, deterministic control, fast boot and moderate resolution.
Boundary signals1024×600+, tearing, double buffers, SDRAM pressure, sustained high CPU load.
03Graphics
HMI SoC / High-end MCU + RTOS
Sweet spot: richer graphics with embedded control, accelerators, larger memory and disciplined boot.
Boundary signalsMultimedia, advanced networking, multiple displays, app frameworks or OS services.
04Platform
Linux / Android MPU
Sweet spot: complex applications, multimedia, networking, security, Qt/QML or Android ecosystems.
Boundary signalsBoot targets, BSP ownership, OS migration, security updates and 5–10 year lifecycle.
Architecture principleStay when the current tier has headroom. Optimize when one dimension is close. Move only when several requirements cross the practical boundary.
Are you near a boundary?
Find the risk before it becomes an architecture reset.
The HMI Boundary Assessment uses visible rules across five requirement groups. It can recommend staying, watching a pressure point, or comparing the next tier.
DisplayMemoryRenderingConnectivityBoot & Lifecycle
Compare
Verified HMI Stacks
Start with evidence, not a logo list. Each stack states what has been demonstrated and what still needs product-level validation.
Demo-validated
5-inch Mobility Cluster
ArtInChip D12 · TFT display · LVGL · touch UI
- Shown
- Gauges, status and settings
- Still validate
- Vehicle I/O, thermal and EMC
7-inch Industrial Monitoring HMI
1024×600 · LVGL · capacitive touch · monitoring UI
- Shown
- Navigation and machine-data UI
- Still validate
- Protocol load and field environment
Connected Android HMI Module
Android · 4G connectivity · integrated module path
- Available
- Module and platform reference
- Still validate
- BSP, carrier and lifecycle fit
Verification is scoped. A working demo proves defined functions on a reference setup; it does not replace product-specific thermal, EMC, safety, lifecycle or production testing.
Learn
Solve a real HMI problem.
Content is organized around engineering decisions and failure points, not around vendors.
01
Platform Selection
Serial HMI, MCU, HMI SoC, Linux or Android?
02Display & Touch
Interfaces, timing, optical stack and integration.
03Performance & Memory
Buffers, bandwidth, FPS, tearing and asset load.
04Architecture
System boundaries, partitioning and OS trade-offs.
05Migration
EOL panels, missing source, BSP and OS moves.
06Testing
What a demo proves and what the product must verify.
07Production
From evaluation to lifecycle and supply readiness.
Migration & Rescue
When the current HMI can no longer move forward.
A discontinued panel, unavailable source code or an aging BSP is not just a replacement-parts problem. Preserve behavior, reduce requalification risk and recover long-term ownership.
Find a compatible path without repeating every decision.
Recover ownership and separate device logic from presentation.
Plan OS, security and hardware migration together.
Measure the bottleneck before replacing the whole platform.
Build & Deliver
Engineering capability, assembled around the project.
The network is organized by what a project needs and what can be demonstrated—not as a directory of names.