Tag: Kirin chips

  • Huawei to Launch Mate 70 Series with HarmonyOS NEXT in Q4 2024

    Huawei to Launch Mate 70 Series with HarmonyOS NEXT in Q4 2024

    Following months of anticipation, Huawei has now confirmed that the Mate 70 series will be released in the fourth quarter of 2024, targeting a launch window between October and December.

    Huawei Consumer Business Chairman Yu Chengdong disclosed that the Mate 70 series will be the first to come with the stable version of HarmonyOS NEXT pre-installed.

    HarmonyOS NEXT Launch

    Huawei introduced the HarmonyOS NEXT at the HDC Developer Conference today. This new version completely abandons the Android Open Source Project (AOSP) codebase, meaning that Huawei devices running this OS will not support Android apps at all.

    The Mate 70 series will debut the stable version of the new OS. Following its release, Huawei plans to extend the major software update to other devices. The company has already started Beta testing the OS on the Mate 60 series and several other devices starting today.

    Hardware and Camera Specifications

    Details about the Mate 70 series hardware remain limited, but leaks indicate that the Pro model will retain the triple punch-hole display design seen in its predecessors. However, it’s uncertain if this design will be consistent across the entire series.

    For reference, the Mate 60 Pro includes a 13-megapixel ultrawide selfie camera, a 3D ToF sensor, and additional sensors and lasers for 3D face mapping. The Mate 70 Pro is expected to use the same set of front sensors.

    The rear camera setup is another focal point for leaks. The Mate 70 series could incorporate upcoming Omnivision sensors for enhanced image and video quality. Additionally, the top model in the series might feature a retractable lens, similar to the one found in the Huawei Pura 70 Ultra.

    New Kirin Chip

    The Mate 70 series is also rumored to include a new Kirin chip, although specific details about the chip are still scarce at this time.

  • Huawei Mate 70 Series Kirin Chip Allegedly Surpasses 1M Benchmark

    Huawei Mate 70 Series Kirin Chip Allegedly Surpasses 1M Benchmark

    Huawei has introduced its latest Pura 70 flagships featuring the new Kirin 9010 chip, which, while sharing similarities in manufacturing process and core architecture with the Kirin 9000s, has been further optimized by Huawei to enhance performance in their newest flagship devices.

    Rumored Upcoming Kirin Chip for Mate 70 Series

    A recent rumor indicates that Huawei is in the process of developing another Kirin chip, possibly designed for the Mate 70 series of smartphones. Information on this new chip comes from Weibo tipster @DirectorShiGuan, who disclosed that Huawei has revamped the upcoming Kirin chip for the Mate 70 series, showing competitive performance in benchmark tests.

    Benchmark Performance Expectations

    The tipster suggests that the upcoming processor could achieve a benchmark score surpassing 1.1 million points. Although the leak does not specify the benchmarking platform, it is likely referring to AnTuTu. When compared, the latest Kirin 9010 chip in the Pura 70 Ultra phone achieves approximately 927,547 points on AnTuTu v10. In contrast, the Mate 60 Pro, powered by a Kirin 9000s processor, averages around 699,783 points on the same benchmark.

    Real-World Performance Considerations and Mate 70 Series Details

    It is crucial to note that while benchmark scores provide insights, they may not entirely represent the actual performance of the chips in everyday usage scenarios. The true measure of the new Kirin chip’s capabilities will be observed when it is integrated into the upcoming Mate 70 smartphones.

    The Mate 70 series is anticipated to include at least three models: the Mate 70, Mate 70 Pro, and Mate 70 Pro+. Reports suggest that the series might launch in September, aligning with the timeframe for Apple’s 2024 iPhones, indicating Huawei’s intention to remain competitive in the market.


    Huawei Mate 70 Series Kirin Chip Allegedly Surpasses 1M Benchmark