From June 20 to 22, 2025, the Huawei Developer Conference (HDC 2025) was successfully held in Dongguan’s Songshan Lake. The SparkLink-themed forum, centered on "Creating Full-Scenario New Experiences: SparkLink Open Capabilities Enriching the HarmonyOS Ecosystem," gathered over 100 industry experts, developers, and ecosystem partners. Participants engaged in in-depth discussions on SparkLink technology’s applications across smart devices, automotive, audio, positioning, and other multi-scenario domains. The forum showcased SparkLink’s innovative achievements and use cases, highlighting its robust capabilities in short-range wireless connectivity and its critical role in enabling intelligent, all-scenario experiences.

The SparkLink WSRH-28B02 Industrial Module is designed to overcome the limitations of traditional wired connectivity (cabling) in industrial automation systems, which are prone to issues like frequent re-wiring during equipment changes, corrosion, wear, vibration, dust, and connection instability. This module provides a robust wireless alternative specifically engineered for demanding industrial environments.

—— Innovation and Coexistence in Wireless Short-Range Communication Technologies

I. Smart Home Application Scenarios

I. Recent Developments in Technology

Technological innovation

SparkLink technology has demonstrated significant advantages in the field of smart homes, especially in terms of wireless connections.

The International SparkLink Wireless Short-Range Communication Alliance and Bluetooth SIG represent two distinct approaches to short-range wireless communication, shaped by differing strategic, technical, and geopolitical contexts. Here's a structured comparison:

The significance of Sparklink's existence lies in its transformative role in advancing smart city ecosystems through technological innovation and strategic integration. Here's a structured analysis of its impact:

星闪（SparkLink）技术是由星闪联盟（SparkLink Alliance）推动的新一代无线短距通信技术，旨在为智能终端、智能家居、智能汽车、工业互联网等场景提供低时延、高可靠、高并发的连接解决方案。截至2024年，其最新技术进展和应用动态如下：