Huawei's newest smartphone design, the Honor 7i, is designed with the selfie in mind with a camera sensor that uses your finger tips to control its functions. This innovative design speaks to the rising need to take high-quality selfie images with the convenience of a smartphone.
Firstly, unlike most other smartphone currently on the market the Honor 7i comes with a pivoting camera that flips forwards and backwards to capture images with a camera that boasts the same quality with a flash on both sides. The camera's lens is made from a sapphire-infused material for strengthen and comes with 13-megapixels. The camera's functions are all controlled by a finger print sensor located on the side of the phone allowing you to capture a great picture instantaneously.
Finger-Print Camera Sensors
Huawei Honor 7i Allows You to Use Your Fingers to Control the Camera
Trend Themes
1. Pivoting Camera - The innovative pivoting camera design in smartphones could disrupt the traditional camera market by offering high-quality selfie images with convenient controls.
2. Finger-print Sensors - The integration of finger-print sensors in camera controls opens up opportunities for seamless user experience and quick photo capturing, potentially revolutionizing smartphone photography.
3. Sapphire-infused Lenses - The use of sapphire-infused lenses in smartphone cameras presents an opportunity for improved durability and image quality, challenging traditional lens materials.
Industry Implications
1. Smartphone Manufacturing - The application of pivoting cameras and innovative camera controls in smartphones could drive a shift in manufacturing processes and features.
2. Camera Technology - The integration of finger-print sensors and sapphire-infused lenses in camera technology presents disruptive innovation opportunities for camera manufacturers.
3. Photography Accessories - The rise of smartphone cameras with advanced controls and strengthened lenses creates new opportunities for photography accessory manufacturers to cater to mobile photographers.