Ensuring GUIs Minimal Footprint & Maximal Performance in MCU Applications | User Interface | #QtWS21
Graphical user interfaces (GUIs) are increasingly present in MCU applications. Typical GUI implementations of microcontrollers are limited by the amount of computing power, peripherals, and memory resources that could be allocated to manage the screens and graphics. Qt for MCUs has a low footprint optimized for microcontrollers. This is one side of the equation. Combining an optimized lightweight graphics engine with a powerful compiler will secure that your GUIs in MCU-based applications can be fast, compact, and energy-friendly. In this session, we will talk about how to quickly find the optimum solution that balances these requirements. We will discuss size vs. speed optimizations and you will learn how to write compiler-friendly code that will provide you with the best optimization to meet all of these goals. In addition, we will show you which coding constructs are good (and which are not!) from an optimization point of view and how you can leverage C++ to achieve fast and compact code on GUIs in MCU-based applications.
Speaker: David Källberg (EMEA FAE Manager, IAR Systems)
Oh, here is more
Webinar: Innovative GUI Solution for Resource-Limited Embedded System
In this session learn how to overcome the traditional issues related to graphical user interface (GU...
Watch videoWebinar: Safe and Effective Medical Devices Built with MCUs
Ever wondered about medical devices built with microcontrollers (MCUs), especially in today's world ...
Watch videoWebinar: Qt 6.8 Major Feature Updates
In this webinar, we cover updates to the following modules that comes with the release of Qt 6.8.: Q...
Watch videoWebinar: Optimize Medical Device Development with a Streamlined Workflow
In this webinar, we showcase the development of a medical infusion pump, highlighting the practical ...
Watch video