LVGL

Exciting unboxing! M5Stack just sent over three of their boards to explore: • CardPuter • M5Stack Dial • AtomS3 Lite These boards offer some unique possibilities, and I’ve already set up my custom LVGL watch UI on the M5 Dial, check it out in the video below! Excited to see what these can bring to upcoming projects. #IoT #M5Stack #EmbeddedSystems #LVGL

🚀 3 ePaper Projects with Elecrow Displays & LVGL 📊 ePaper League Shows soccer standings on a 400x300 ePaper display. Perfect for sports fans who want real-time data, low power! 💼 ePaper Badge Turns a 122x250 display into a digital badge with name, title, email, and a barcode—fully customizable via Chronos app! 🌤 ePaper Weather Displays hourly weather updates on a 240x416 ePaper display. Low-power, always current weather at a glance. Check out the projects; ePaper League: https://lnkd.in/dTEdHK3K ePaper Badge: https://lnkd.in/d7XyrTGM ePaper Weather: https://lnkd.in/dxMT58Zn #lvgl #epaper #esp32

Introducing our AIoT Device's User Interface! I am pleased to share a preview of the UI for the #AIoT device we're building at Eago Technologies. Designed with the latest LVGL v9 and displayed on a 4.3-inch RGB TFT IPS capacitive touch screen, this UI enhances functionality and user experience for our device. This is part of the AIoT project whose PCB design I shared recently. Innovating tomorrow with embedded intelligence!

It’s Friday—don’t push to production! 😄 I just added a solenoid lock to the 4-digit combination lock project, built with a 1.3” round knob display and #LVGL interface. Check out the code: https://lnkd.in/d9RFfMED VIEWE LVGL steven tang

🎉 Actions Technology -one of China’s biggest chip vendors- powers global brands like Sony, HARMAN International, HONOR, Xiaomi Technology, Hisense Europe, and RØDE. They are renowned for their low-power, high-performance SoCs, driving the next generation of smart wearables and intelligent audio devices! 🎧📱 Together, we’re excited to enhance graphics performance and optimize user experiences, pushing boundaries in the AIoT space. This collaboration will blend Actions Tech’s chip expertise with LVGL’s graphics innovations, creating ever more interactive and efficient devices for the brands you love.🌐 Special thanks to CEO Zhenyu Zhou @Wang Hui, Smartwatch SDK lead @Huang Junmin, LVGL and GPU head @Dongfeng Zhang, Project Coordinator ... and all the talented engineers on both sides driving this collaboration forward.🚀 #ActionsTech #InnovationInAction #SmartDevices #EmbeddedGraphics #AIoT #TechPartnership #LVGL

LVGL is ⚡amped⚡ to join forces with Alif Semiconductor from the 📍Bay Area. Established in 2019, the young but rapidly growing chipmaker serves the AIoT, automotive, wearables, and smart devices industries, significantly optimizing power efficiency for advanced processing needs. Through this partnership, we’re combining LVGL’s lightweight, open-source graphics with Alif’s cutting-edge processors to bring fast, energy-efficient GUIs to a range of devices. Our key focus areas: 🚀Performance Optimization: Enhancing LVGL's performance on Alif’s hardware for faster, smoother GUIs on resource-constrained devices. 📈Developer Support: Tailored documentation and workshops to simplify integration with Alif’s platforms. ⏱️Real-World Benchmarks: Testing Alif’s boards, measuring the power and efficiency of their technology. 🔊Co-Marketing: LVGL and Alif will share updates across our channels, bringing more awareness to the benefits of our combined technologies. This collaboration would not have happened without Henrik Flodell, a big thank you for championing this! Stay tuned for more updates as we work together to create a seamless experience for developers and end-users alike. #LVGL #AlifSemiconductor #EmbeddedSystems #AIoT #SmartDevices #PowerEfficiency #HMI #TechInnovation #Graphics #AlifSemi

We are extending #LVGL's officially supported boards with devices from the MPU range! 🚀 The first of these is NXP Semiconductors’s i.MX93, running #Yocto Linux. The i.MX93 features a Dual Cortex-A55 MPU clocked at 1.7GHz. In our benchmarks, we used pure software rendering on a Full HD (1920x1080) 16-bit display. Using a single core for #LVGL, the average rendering time was 8 ms, enabling a theoretical maximum FPS of 120! ⚡️ When using both cores, the rendering time improved slightly to 7 ms, likely limited by memory bandwidth at this stage. Check out the video of our benchmark below and all the setup details in the i.MX93’s dedicated GitHub repo: https://lnkd.in/dP945p-t

Yocto Linux is amazing and widely used. However, if you’re new to it, getting started can be challenging. To make it easier, we’ve added a beginner’s guide for Yocto. It’s an excellent resource to learn the basics and kickstart your first Yocto project with #LVGL. Check out the guide here: https://lnkd.in/daJdWyAT In the coming days, we’ll be publishing multiple LVGL-Yocto projects, each with a simple setup. It’s as easy as copy-pasting commands into the terminal. Stay tuned! 😊

#LVGL + #ESP32 + #Gemini + Nishad muhammad 🚀

Framebuffer support for x86_64 is coming soon to Apache NuttX, now working on both QEMU and bare-metal 🤓 User input support is still in progress, but it’s on the way with upcoming xHCI support. #nuttx #apache #rtos #lvgl #x64 #intel