On August 30, the 2025 HarmonyOS Ecosystem Conference kicked off. Goke Micro, a leader in the OpenHarmony chip track, was invited to attend the conference. Wan Li, Senior Vice President of Goke Micro, delivered a keynote speech titled "Consolidating the Foundation of OpenHarmony Chips to Drive Industrial Digital Upgrade", comprehensively demonstrating Goke Micro’s core achievements in OpenHarmony chip adaptation, scenario-based solution implementation, and ecosystem co-construction, and injecting strong momentum into the commercialization process of HarmonyOS.
Since launching OpenHarmony chip adaptation in March 2023, Goke Micro has built a clear technical evolution path: it first initiated the transplantation of the OpenHarmony 3.1 small system to smart vision chips, and in June of the same year, started large-scale adaptation of commercial display chips to the HarmonyOS standard system. In just two years, Goke Micro has achieved leapfrog iteration of smart vision, commercial large-screen, and audio-visual solutions from OpenHarmony 3.1 to OpenHarmony 5.1.
Every version upgrade is a testament to Goke Micro’s strength in injecting chip momentum into the OpenHarmony ecosystem. During the adaptation process, Goke Micro has set industry benchmarks with a number of "first certifications": the ultra-high-definition display chip GK6780V100 won the first HarmonyOS certification certificate in the commercial display field; the ultra-high-definition video decoding chip GK6323V100C obtained the first HarmonyOS certification in the audio-visual field; and the affordable low-light AOV vision chip GK7206V1 even set an industry record of "passing OpenHarmony 5.1 certification within 70 days from chip tape-out".
Up to now, 8 OpenHarmony chip platforms under Goke Micro have been put into mass production and commercial use in industries such as smart home, smart vision, smart large screens, and commercial display.
In the smart home and education fields, the community-co-built hardware platform based on GK6323V100C has implemented a number of benchmark projects, supporting more than 50 native HarmonyOS applications. This chip was selected as the first development platform of the HarmonyOS Ecosystem Spark Lab. With the componentized deployment of the HarmonyOS system, it achieves extremely low memory usage and is currently undergoing the development of more smart home products.
In the smart vision field, Goke Micro has fully transplanted the ultra-low-power AOV solution and more than 30 audio-visual AI algorithms to the OpenHarmony 5.1 system. Based on the componentization and low-latency design of the HarmonyOS system, the media channel latency has been reduced by 20%. Currently, Goke Micro is cooperating with China Mobile to develop solar cameras, pet companion robots, etc., based on the OpenHarmony smart vision chip platform.
In the smart large-screen field, aiming at the insufficient system-level support of OpenHarmony 4.0 in large-screen scenarios, Goke Micro has improved 30 core functions such as video calls and network sharing, and optimized 12 key performance indicators including low-latency whiteboard and fast UI response, making the terminal user experience comparable to that of the Android system. It also realized support for all-domestic audio-visual standards on the OpenHarmony platform for the first time, providing a full-stack security solution for scenarios such as educational conferences.
In the commercial display field, relying on the distributed display system built with HarmonyOS SoftBus technology, the digital signage mainboard developed based on Goke Micro chips can realize functions such as multi-screen content synchronization and cross-screen control, and has been applied in products such as shopping mall guide screens and outdoor advertising machines.
Currently, OpenHarmony is making every effort to promote technological breakthroughs in the field of artificial intelligence and achieve ecological advancement. Goke Micro will take the 16T-32T computing power chip platform as the base, be compatible with mainstream industry large models through an open toolchain architecture, and realize efficient circulation of AI capabilities based on HarmonyOS’s unified inference framework and application interfaces, accelerating the commercial implementation of intelligent terminals such as AI PCs and AI PADs.
Wan Li said: "In the industrial transformation period where digital transformation is advancing in depth, the OpenHarmony operating system is becoming a core technology engine leading industrial upgrading. As an indispensable underlying support for the OpenHarmony ecosystem, chip adaptation capability directly determines the breadth and depth of ecological development. Goke Micro has always focused on chip adaptation as a fulcrum, and built a solid chip foundation for OpenHarmony with full-stack adaptation capabilities. Facing the future, we will continue to increase investment in the construction of the OpenHarmony ecosystem and work with industrial chain partners to promote the vigorous development of the OpenHarmony ecosystem."
(Reprinted from China Grid https://news.eccn.com）