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Huawei’s upcoming smartwatch series， believed to be the Huawei WATCH GT 6， has received network access approval from China’s Ministry of Industry and Information Technology (MIIT). Three models， identified by their certification numbers ATM-B19， ATM-B29， and KSU-B19， have passed the necessary checks， signaling their imminent release.
According to prominent tech blogger “Digital Chat Station，” the Huawei WATCH GT 6 series will consist of two distinct versions. The “Konsu” codenamed version is slated to offer a range of sophisticated color options， including Golden Luminescence， Purple Flow， Saddle Brown， White Frost， and Phantom Black. This variety suggests Huawei is targeting a broad spectrum of aesthetic preferences.
The “Atum” codenamed version is expected to be available in Glacier Grey， Amber Brown， Titanium Silver， Wild Green， and Yadan Black. These watches are anticipated to feature a versatile display size range， spanning from 41mm to 46mm， and will reportedly support Xingyao (Star Technology). The inclusion of Xingyao is a significant upgrade， pointing towards enhanced connectivity and functionality.
Furthermore， the blogger suggests that the Huawei WATCH GT 6 series is scheduled for a release in September or October. This timing indicates a potential launch alongside Huawei’s new generation tri-fold smartphone， the Mate XTs， creating a significant ecosystem debut.
The Huawei WATCH GT 6 is poised to be the first in the GT series to incorporate Xingyao technology. A key application of this technology is expected to be the digital car key function. Xingyao’s advanced capabilities， particularly its “phase difference ranging” algorithm， will allow for highly precise distance calculations between the user and their vehicle by analyzing signal phase variations.
This innovative approach is projected to achieve positioning accuracy up to five times greater than traditional Bluetooth keys. This enhanced precision is crucial for reliable car key detection and will enable features like precise welcome lighting and seamless unlocking. It directly addresses the common user frustration of waiting outside the vehicle for recognition.
The stable positioning accuracy will also translate to a six-fold improvement in locking precision compared to traditional Bluetooth keys. This ensures that vehicles can be reliably locked as soon as the user moves beyond a defined proximity threshold， significantly bolstering vehicle security and providing users with greater peace of mind.
