All Huawei Pura 80 models come equipped with a multi-spectral camera sensor.
Huawei first introduced the advanced multi-spectral camera with its Mate 70 series, and it now appears that this cutting-edge imaging component will be added to the Pura 80 lineup as well. Recent reports have shed light on the camera specifications for these upcoming Huawei smartphones.
According to DigitalChatStation, the Mate 70 series garnered significant attention thanks to its distinctive multi-spectral camera. The addition of a 1.5MP lens notably enhanced the device’s photography by ensuring accurate color restoration.
It now seems that Huawei plans to integrate the multi-spectral camera from the Mate 70 into all Pura 80 models. In addition, the Nova 14 smartphones might also be equipped with this sensor, offering users more vibrant, detailed, and realistic shots.
Designed to capture a broader range of color information than traditional RGGB (red, green, green, blue) or RYYB (red, yellow, yellow, blue) sensors, the multi-spectral camera delivers more natural images. As a result, it provides improved color accuracy, natural skin tones, and excellent shadow preservation, significantly boosting overall image quality.
While further enhancements to this sensor are expected for both the Pura 80 and Nova 14 handsets, Huawei has yet to officially confirm these updates.

New Variable Aperture
A tipster indicates that Huawei plans to enhance its variable aperture technology. This upgrade may allow the next flagship lineup to capture more light, resulting in impressive image quality even in low-light or nighttime conditions.
The Pura (or P) series is renowned for its focus on imaging, prioritizing both design and camera performance. Following the success of the Pura 70 series, it is likely that Huawei will incorporate even more innovative imaging features and advanced camera technologies in the Pura 80 models.
Additionally, an early leak hinted that the Pura 80 series might feature Huawei’s in-house triple camera setup—at least for the Ultra variant. However, it remains to be seen how accurate this information will turn out to be.