STM32H745 Touch UI Development
Budget: ₹750 – ₹1,250 INR
I’m developing a 10.1-inch touch-driven interface on the AFY1280800A0-10.1INTH-C panel powered by an STM32H745BIT6. The firmware must present smooth menu navigation, responsive data-input forms, and a real-time data dashboard, all styled with a custom look that aligns with the design assets I’ll supply.
The job covers:
• Low-level display bring-up on the H745 (LTDC, DSI or RGB parallel as appropriate) and reliable touch-controller integration.
• Building the UI layer—ideally with TouchGFX or another STM32-friendly graphics stack—so screens change fluidly and numerical / graphical values update in real time without frame drops.
• Incorporating my existing icons, colour palette, and typography while keeping the codebase flexible for later skin changes.
• Debouncing, form-validation, error handling, and efficient memory management so the dual-core device remains responsive.
• Delivering fully-commented source, build scripts, and a short README that lets me reproduce the binary in STM32CubeIDE.
Acceptance is straightforward: flash the board, swipe through every menu, enter data in each form, and watch the live telemetry plot without artefacts for ten minutes—no crashes, no lag.
If this fits your skill set, let’s get it running on real hardware.
The job covers:
• Low-level display bring-up on the H745 (LTDC, DSI or RGB parallel as appropriate) and reliable touch-controller integration.
• Building the UI layer—ideally with TouchGFX or another STM32-friendly graphics stack—so screens change fluidly and numerical / graphical values update in real time without frame drops.
• Incorporating my existing icons, colour palette, and typography while keeping the codebase flexible for later skin changes.
• Debouncing, form-validation, error handling, and efficient memory management so the dual-core device remains responsive.
• Delivering fully-commented source, build scripts, and a short README that lets me reproduce the binary in STM32CubeIDE.
Acceptance is straightforward: flash the board, swipe through every menu, enter data in each form, and watch the live telemetry plot without artefacts for ten minutes—no crashes, no lag.
If this fits your skill set, let’s get it running on real hardware.