Huawei has introduced its Wi-Fi 7+ end-to-end chip solution, built on the Lingxiao 760 series architecture. The system utilizes the Lingxiao 760 chip for routers and the Lingxiao 760M chip for mobile devices, such as smartphones and tablets. This integration aims to eliminate compatibility losses between heterogeneous chips and improve overall performance.
The technology features dynamic narrow bandwidth adjustment, which compresses bandwidth when signals weaken to maintain connectivity over long distances or through obstacles. This addresses common Wi-Fi issues where mobile devices struggle to send signals back to the router. Additionally, the system uses real-time latency sensing across 2.4 GHz and 5 GHz bands to reduce latency fluctuations by 80 percent in high-interference environments.
Huawei also implemented dual-band seamless roaming, allowing devices to maintain connections to both old and new routers simultaneously during transitions. This mechanism prevents packet loss when moving between access points in large homes. The technology is currently available in several Huawei router series, including the BE3 Pro, X1, and X3 Pro.
Support for Wi-Fi 7+ extends to a wide range of Huawei mobile devices, including the Mate 90, Mate X7, Mate 80, and Pura 90 series, as well as various MatePad models. To utilize these features, devices must be running HarmonyOS 6 or higher, with specific version requirements for certain tablet models.
