Menu Close

Honor 10 Black


CPU                                   Huawei Kirin 970, Octa-core (4×2.36 Ghz+4×1.8 Ghz) 

Display                               5.84 inches Double-sided 2.5d Glass Mirror         

Size                                   149.6 (L) X 71.2 Mm (W) X 7.7 Mm (T)

Operating System              Android™ 8.1

Memory                             RAM Size (4 GB), ROM Size (128 GB)

Dual Sim                           Support Dual Sim

Camera                             Rear Camera:  24 Mega-pixel + 16 Mega-pixel

                                         Front Camera: 24 Mega-pixel 

Battery                              Capacity (mAh) 3400

Perfect Selfies Even In Dim Lighting​

The enhanced light-sensitive sensor in combination with the 4-in-1 light fusion technology will allow you to capture the perfect, sharp and focused selfies even in dim-lit places.

Different angles, different colors

Designed by the Paris Aesthetics Center, the latest Honor smartphone is the essence of French style. The new Aurora glass design reflects a vivid gradient of colors when you look at the Honor 10 from different directions adding a unique and elegant over look to the best smartphone from Honor.

Ultrasonic under glass fingerprint sensor

Even with wet hands the Ultrasonic Fingerprint sensor under the glass of the Honor 10 ensures fast phone unlock!

Stronger and smarter core, AI powered by independent NPU

Keep the “lagging” away when you use the best smartphone ever, the Honor 10 with AI Powered by Independent NPU. The NPU built in constantly tracks and adapts to your usage pattern providing you with the best, seamless user experience to match your individual needs.

The precision of the AI camera

The Al camera functions on artificial intelligence that allows it to recognize 500+ scenarios in 22 categories (Humans, Animals, Food, Vehicles and others) after which it pairs subjects with their optimal camera settings according to image context. The AI can also recognize multiple subjects in the same image and apply localized optimization to each subject individually.