Embedded HMI and graphical interface development
Embedded interfaces must communicate system state clearly while respecting hardware limits. Silicon LogiX designs and implements HMIs that connect visual design, firmware events and operational UX.
HMI work across MCU and Linux targets
The right UI stack depends on hardware, display size, update rate, interaction model and maintenance needs.
- LVGL interfaces for MCU-based products and constrained targets.
- Qt/QML or native interfaces for embedded Linux systems.
- Display, touch, input and firmware event integration.
- Performance tuning, UX flows, alarms and diagnostic screens.
What it includes
Screens, components, navigation, states and reusable patterns.
Data model, events, feedback and command flows between UI and device logic.
Refresh rate, memory use, rendering strategy and responsiveness.
Clear information hierarchy for operators, technicians and product users.
Working method
- Review goals, constraints, existing code or hardware documentation.
- Define risks, architecture choices and a practical execution plan.
- Work iteratively on real targets, with measurable checkpoints.
- Deliver code, documentation and technical decisions that the team can maintain.
Related guides and pages
Dedicated LVGL service page for MCU interfaces.
Benefits, limits and trade-offs.
Practical considerations for product teams.
Frequently asked questions
Can you work from an existing UI design?
Yes. The design can be adapted to embedded constraints and implemented with the selected stack.
Do you support both MCU and Linux HMIs?
Yes. LVGL is often used on MCUs; Qt/QML or web-based UI can be better on Linux targets.
Can the HMI expose diagnostics?
Yes. Diagnostic screens, logs, status pages and service flows can be part of the interface.