Introduction

In a groundbreaking collaboration announced on November 24, 2024, Think Silicon, a frontrunner in ultra-low-power GPU IP for embedded systems, has joined forces with LVGL, the renowned open-source embedded graphics library. This powerful partnership aims to develop exceptional low-power graphics libraries tailored for microcontrollers (MCUs), significantly advancing graphical user interface (GUI) technologies in numerous applications.

Enhancing Graphics Capabilities

Software developers must leverage advanced graphics capabilities to create compact, energy-efficient GUIs that meet the demands of today’s microcontroller applications. The newly integrated solution combines Think Silicon’s cutting-edge NEMA™ GPU-Series with LVGL’s ultra-light graphics libraries, delivering a performance boost of up to 5x over traditional software rendering methods. Furthermore, Think Silicon’s proprietary lossy compression technology minimizes memory usage by up to 8 times, while achieving a staggering 10 times better GPU power efficiency compared to running similar workloads directly on MCU logic.

Expert Insights

Ulli Mueller, Vice President of IP Management and Marketing at Think Silicon, highlighted the potential of this partnership, stating, "Our collective expertise is set to revolutionize MCU-based GUI development. This collaboration is paramount for designers working on power-sensitive devices like wearables, e-bike computers, navigation systems, industrial equipment, and more."

The excitement continues with Gabor Kiss-Vamosi, CEO of LVGL, expressing optimism regarding the partnership's potential. He noted, "Our collaboration epitomizes how joint efforts can yield significant milestones. By pairing LVGL's lightweight graphics library with Think Silicon’s advanced NEMA GPU-Series, we empower developers to craft quick, energy-efficient solutions essential for everyday technology."

Availability of Enhanced Libraries

Developers can access the newly enhanced LVGL libraries optimized for the NEMA gfx API under versions v8.4.0 and v9.1.0 on GitHub, ensuring that the latest innovations are readily available for use. These optimizations are going to pave the way for speedier, more efficient graphics rendering, essential for the growing demand for smart devices and applications.

Commitment to Sustainable Technology

Both companies emphasize their commitment to fostering an ecosystem where technology not only advances but does so sustainably. Think Silicon's innovative graphics are already embedded in millions of devices, spanning various sectors from wearables to artificial intelligence in IoT technology.

Conclusion

This collaboration not only showcases technological advancements; it also represents a step forward in providing developers with the tools they need to create market-leading user experiences without the drawbacks of power inefficiency. Watch out, tech enthusiasts—this partnership is set to redefine what microcontroller graphics can achieve!

Further Information

For more updates on this revolutionary project and access to the optimized graphics libraries, check out [GitHub](https://github.com/lvgl/lvgl) and the websites of [Think Silicon](http://www.think-silicon.com) and [LVGL](http://www.lvgl.io).