According to blogger “Dingjiao Shuma，” Huawei is expected to launch its latest generation tri-folding foldable smartphone， the Mate XTs， in September. This new device is anticipated to compete directly with the iPhone 17 series， which is also slated for a September release.
Sources suggest that the Mate XTs will be powered by the new generation flagship platform， the Kirin 9020. This chipset features a CPU configuration of 1x 2.5GHz “big” core， 3x 2.15GHz “middle” cores， and 4x 1.6GHz “small” cores， integrated with the Maleoon 920 GPU. The adoption of this custom-developed Kirin chip signifies Huawei’s continued efforts in regaining its footing in the high-end mobile chipset market， aiming to reduce reliance on external suppliers and assert its technological independence.
Currently， Huawei’s Pura 80 series flagship smartphones are equipped with the Kirin 9020 chip. Upon updating the system to version 5.1.0.217， the device’s “About Phone” interface clearly displays the chip model. This transparency in showcasing the proprietary chipset marks a significant shift for Huawei， reflecting a growing confidence in its in-house silicon development and its commitment to providing users with detailed information about their device’s hardware. This approach also serves as a valuable marketing tool， highlighting Huawei’s technological prowess.
It is highly probable that upon its debut， the Huawei Mate XTs will also clearly display the specific model of its Kirin chipset in the “About Phone” section. This consistency in information disclosure is a notable aspect of Huawei’s mobile strategy in recent years， aimed at bolstering brand trust and user engagement by openly communicating technological advancements.
Furthermore， the Mate XTs is expected to feature an upgraded “Tiangong” hinge system. Through comprehensive advancements in core components such as the hinge mechanism and the display panel， Huawei aims to achieve a slimmer and lighter design while concurrently enhancing the overall reliability and durability of the foldable screen. Innovations in hinge technology are crucial for foldable devices， as they directly impact user experience and longevity. The potential support for eSIM technology is also a significant upgrade， allowing users to remotely configure carrier information via the network. This added flexibility could appeal to a broader range of international users and those who frequently switch mobile carriers.
