Huawei made a whole camera to attach to its latest phone

by | Oct 1, 2026 | Technology

Huawei made a whole camera to attach to its latest phone

Huawei has introduced an add-on lens accessory for its latest flagship smartphone that represents a significant advancement in mobile photography technology. The Ruiying Z10 is distinguished from previous teleconverter lenses offered by other Chinese Android manufacturers by incorporating a complete imaging sensor rather than simply providing enhanced optics.

The optical component features a 1-inch-type sensor with 50-megapixel resolution, which exceeds the sensor size found within the phone itself. This represents a substantial upgrade to the device’s photographic capabilities beyond what conventional telephoto lenses provide. The lens offers a focal length range of 24-240mm with a variable aperture spanning from f/2.0 to f/4.5, functioning as a fully-featured camera system that relies on the phone for power delivery, computational processing, and software functionality.

The accessory mounts directly to compatible phones through a screw-mount mechanism, eliminating the need for intermediate mounting cases. The device weighs 346 grams, making it more portable than most mirrorless cameras despite its substantial size. Its dimensions may present practical challenges for everyday pocket carry, though it remains compact enough to potentially circumvent restrictions on professional cameras at venues such as concert halls and sporting events.

The Z10 is compatible exclusively with the collector’s edition and RS variant of the Mate 90 Pro Max, which feature the required screw-mount infrastructure. These flagship models are equipped with substantial primary camera systems, including a 50-megapixel main sensor, a 200-megapixel 4x periscope telephoto, and a 40-megapixel ultrawide lens. The phones feature 6.9-inch OLED displays with 12,000-nit peak brightness, 6,800mAh batteries, and Huawei’s proprietary Kirin 9050 Pro processor. Lower-tier variants in the Mate 90 series offer reduced specifications and more compact form factors.

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