Prolific tipster Digital Chat Station (DCS) took to Weibo to reveal that a new "5nm" processor featuring frame interpolation technology is currently in development. While the tipster did not specify the name of the SoC, it is likely the anticipated Kirin 9-series chip from Huawei, as it has long been rumored to be produced using a 5nm process.
Frame interpolation is not a novel concept; it is already employed in TVs and some smartphones to achieve smoother motion by inserting additional frames between the original ones. The leak also mentions "buffer compensation," which likely refers to methods that address the delay introduced by interpolation.
Potential Benefits
If implemented, frame interpolation could offer several advantages. Gamers might enjoy a more seamless gameplay experience, especially in graphically intensive titles. Additionally, DCS suggests that this technology could lower power consumption, enhancing battery life during extended gaming sessions.
However, Huawei would not be the first smartphone manufacturer to incorporate frame interpolation technology, should the leak be accurate. For instance, the OnePlus 12 features a similar technology called HyperRendering, which essentially serves the same purpose by adding artificial frames between the original ones.
Expected Features
The new 5nm Kirin processor is anticipated to make its debut in the Huawei Mate 70 series. This series will also be the first to come with HarmonyOS NEXT software pre-installed.
According to earlier reports, the Mate 70 series will boast a 1.5K LTPO display, an Omnivision OV50K main camera with an ultra-large variable aperture, and a large battery that may utilize silicon negative electrode technology for improved efficiency. For added security, Huawei may incorporate 3D face scanning.
Additional features might include 3D spatial zoom in the cameras and satellite communication support for emergencies. The Mate 70 series is expected to launch in the middle to late fourth quarter, possibly in December or later.
