Find the right HMI architecture.
Define the requirement, evaluate hardware, build with software and engineering support, then scale to production.
From requirement to production.
HMI Selector
Define display, UI and system needs.
Start Selector →Hardware
Validate with the right board, display and touch.
Evaluate Hardware →Resources + Engineering
Use official SDKs, Open HMI guides and local engineering support.
Build Your HMI →Production
Move a validated design into production.
Discuss Production →Open where possible. Controlled where required.
Open HMI Network gives developers one place to discover official vendor resources, practical Open HMI guides and community knowledge — without forcing every vendor into the same access model.
SDKs · docs · tools · hardware references
Architecture · demos · integration knowledge
Demos · porting notes · engineering capability
Three demos that drew the most interest.
Real embedded HMI examples across mobility, agricultural equipment and smart home appliances.
2W Cluster HMI
Agricultural Monitoring HMI
Smart Home Appliance HMI
Practical HMI decisions, written down.
Open HMI Guides turn recurring architecture and workflow questions into reusable reference material.
When Should You Move Beyond a Serial HMI?
Where simple serial displays stop helping and chip-level HMI starts to make sense.
Read Guide →MCU, MPU or SoC for Embedded HMI?
Choose the architecture class from UI, display, OS, connectivity and lifecycle.
Read Guide →Choosing the Right GUI Tool
Match the GUI workflow to the team and product instead of chasing the longest feature list.
Read Guide →One network. Four layers.
Tell us what you’re building.
A short brief is enough to identify the next architecture, hardware or engineering step.