LVGL
Crossware builds LVGL interfaces for constrained and connected embedded products alike, from a first medical device now in development to automotive demos running directly on MCUs.
Where LVGL work stands today
First medical product on LVGL
Crossware is delivering its first medical product built on LVGL, a touchscreen application integrated with an accelerated embedded Linux display stack on Toradex Verdin i.MX8M Plus.
Read the case study →MCU demos, no Linux required
LVGL running directly on automotive-class MCUs, demonstrating constrained-hardware HMI without a full Linux stack behind it.
One graphics stack, either class of hardware
The same LVGL skills carry from a bare-metal MCU cluster to a Linux-based touchscreen, so the team doesn't change when the hardware class does.
Frequently asked questions
Does LVGL only work on constrained MCUs?
No. Crossware uses LVGL on both bare-metal MCUs and full embedded Linux systems, for example Toradex Verdin i.MX8M Plus, the same skillset covers either class of hardware.
Has Crossware shipped a certified or regulated product with LVGL?
Crossware is delivering its first medical product built on LVGL now, alongside automotive demos running directly on MCUs.
Do I need a full Linux stack to use LVGL?
No. LVGL runs directly on automotive-class MCUs without a Linux stack behind it, as well as on embedded Linux for richer products.
What's the advantage of LVGL over switching graphics frameworks between hardware classes?
The same LVGL skills and codebase approach carry from a bare-metal MCU cluster to a Linux-based touchscreen, so the team doesn't change when the hardware class does.
Reach out to us for your LVGL development needs.
Whatever the hardware, MCU or embedded Linux, medical or automotive, Crossware's LVGL team can take it on.