随着全球卫星导航系统持续升级、北斗规模化应用加速推进，GNSS芯片及模组正从基础定位器件向高精度、高可靠、多源融合的时空信息基础单元演进。智能驾驶、低空经济、物联网、共享出行、精准农业及关键基础设施等场景对定位、导航与授时能力提出更高要求，推动全球及中国GNSS芯片及模组市场保持稳步增长。
与此同时，多星座兼容、多频点接收、RTK及系统级融合定位等技术持续迭代，带动产品性能与应用边界不断提升。在中国市场，随着北斗产业生态不断完善、政策支持持续强化及终端国产化需求提升，国产厂商在芯片设计、模组集成、规模化交付及场景适配方面加速突破，市场参与度和自主化能力持续提高。未来，GNSS芯片及模组将在智能交通、低空监管、车载安全、工业物联网及数字时空基础设施建设中发挥更重要作用，成为支撑智能化产业升级和数字经济发展的关键底层技术。
With the continuous advancement of global navigation satellite systems and the accelerated large-scale adoption of BeiDou, GNSS chips and modules are evolving from basic positioning components into high-precision, highly reliable and multi-source fusion-based foundational components for spatiotemporal information. Sectors such as intelligent driving, the low-altitude economy, IoT, shared mobility, precision agriculture and critical infrastructure are placing higher requirements on positioning, navigation and timing capabilities, supporting steady growth in the global GNSS chip and module market and China’s GNSS chip and module market.
Meanwhile, continuous technological iteration in multi-constellation compatibility, multi-frequency reception, RTK and system-level fusion positioning is enhancing product performance and expanding application scenarios. In China, the improving BeiDou industrial ecosystem, strengthened policy support and growing demand for localized terminal applications are supporting continued progress among domestic manufacturers in chip design, module integration, large-scale delivery and scenario-based adaptation. Looking ahead, GNSS chips and modules are expected to play a more important role in intelligent transportation, low-altitude airspace management, in-vehicle safety, industrial IoT and digital spatiotemporal infrastructure, serving as a key foundational technology for intelligent industrial upgrading and digital economic development.
