VeriSilicon Partners With LVGL to Enable Advanced GPU Acceleration for Wearable Devices and Beyond

VeriSilicon, a leading provider of custom silicon services, has formed a strategic partnership with LVGL, a well-known open-source graphics library designed for embedded systems. This collaboration aims to include VeriSilicon’s advanced low-power 3D and VGLite 2.5D GPU technology in the LVGL library. The goal of this partnership is to enhance performance and expand graphical processing capabilities across various embedded applications.

With this integration, developers will be able to utilize the benefits of VeriSilicon’s graphics technology to create visually appealing user interfaces for resource-constrained devices, such as wearables. This move aligns with the growing demand for sophisticated graphics in smart devices.

Enhancing Embedded Graphics

LVGL is recognized as the most popular free and open-source graphics library for developing high-quality UIs on Microcontroller Units (MCUs) and Micro Processor Units (MPUs). By incorporating VeriSilicon’s efficient GPU solutions into its graphics framework, LVGL empowers developers to enhance user experiences on compact devices without compromising power efficiency.

Actions Technology, a noteworthy player in the AIoT semiconductor field, is among the initial adopters of this enhanced LVGL solution in their smartwatch SoCs. They aim to leverage VeriSilicon's low-power GPU technology to improve the user experience of future wearable devices significantly.

Industry Leaders Speak

According to Gabor Kiss-Vamosi, CEO of LVGL, the introduction of VeriSilicon's VGLite 2.5D GPU has marked the beginning of a new chapter in the embedded technology realm. This development will enable complex graphics processing with swift performance and reduced power consumption across small and battery-operated devices. The inclusion of 3D GPUs into the LVGL ecosystem is set to redefine the possibilities for UIs in embedded systems.

Tim Zhang, General Manager of Actions Technology's Wearable and Sensing division, emphasized that LVGL's robust graphics capabilities are vital for enhancing the interface of their wearable products. By embracing 3D graphics technology, they aim to push innovation boundaries while keeping energy consumption low.

Weijin Dai, Executive Vice President of VeriSilicon’s IP Division, noted the increasing rapid growth of wearable devices, which are evolving into comprehensive information tools equipped with health monitoring functions. To meet the demand for sophisticated user interfaces that can convey information on small screens while conserving battery life, collaborating with partners like LVGL is crucial for integrating advanced graphics capabilities into new products.

Conclusion

This partnership between VeriSilicon and LVGL reflects the ongoing development within the embedded graphics landscape. By combining innovative GPU technologies with an open-source graphics library, they are set to revolutionize the way user interfaces are designed and experienced across various applications, especially in the wearable technology sector.

About LVGL

LVGL Kft. specializes in creating the LVGL graphics library which provides developers with the tools to build visually engaging and efficient UIs for various devices.

About Actions Technology

Actions Technology is a notable low-power AIoT semiconductor company in China, known for its innovative audio solutions and efficient design.

About VeriSilicon

VeriSilicon is dedicated to offering comprehensive and customizable silicon services and semiconductor IP licensing to its clients.

partnership, technology, wearable, graphics, innovation