01 · FIND
HMI Selector
Define display, UI and system needs.
Start Selector →Embedded HMI Development Network
Find the right HMI architecture.
Define the requirement, evaluate hardware, build with software and engineering support, then scale to production.
HMI WorkspaceArchitecture First
Requirement → Architecture
Software
LVGLQtRTOSLinux
Next step
Evaluate the right hardware path
Find → Evaluate → Build → Scale
From requirement to production.
02 · EVALUATE
Hardware
Validate with the right board, display and touch.
Evaluate Hardware →03 · BUILD
Software + Engineering
Use SDKs, GUI tools and local engineering.
Build Your HMI →04 · SCALE
Production
Move a validated design into production.
Discuss Production →Common HMI paths
See how requirements map to architecture.
IndustrialP-01
Machine Control HMI
RTOS / LinuxCAN
5–10.1 inch · control · connectivity
View Path →EnergyP-02
EV / Energy HMI
LVGL / QtEthernet
Outdoor · networked · scalable
View Path →InstrumentP-03
Medical / Instrument HMI
TouchReliable UI
Guided workflow · data · connectivity
View Path →The network
One network. Four layers.
SoftwareGUI · BSP · drivers
HardwareCompute · display · touch
EngineeringIntegration · firmware · Linux
ProductionSourcing · transfer · supply
Connected Path
Open HMI NetworkFind · Evaluate · Build · Scale02 Evaluate
Need hardware?
Self Evaluation
Explore Hardware
Start with a practical architecture and display path.
View Evaluation PathsReal Project
Request Project Hardware
Share the brief. We’ll match the board, display and support path.
Request Hardware →Have a real project?
Tell us what you’re building.
A short brief is enough to identify the next architecture, hardware or engineering step.