HTC has unveiled the One Mini 2 which is a scaled-down version of its current flagship phone, the One M8, with a similar design but with downgraded internal components. And in a slightly surprising move, HTC has also decided to not deploy the 4MP “ultrapixel” sensor in the One Mini 2. Instead it comes with a 13MP chip. Learn more
The HTC One smartphone made headlines with its claims about ‘ultrapixel technology,’ which the company used to describe the device’s 4MP CMOS sensor. While current competitors boast 8-13MP cameras, HTC is betting on fewer, larger pixels a same-sized sensor to offer better image quality. But does the innovative approach work? We’ve put the HTC One and its ultrapixels through our rigorous real life and studio testing trials to find out. See how it fared at connect.dpreview.com.
With its new flagship smartphone, the HTC One, the Taiwanese manufacturer is aiming to improve image quality over its rivals by using using fewer but larger pixels on a sensor that’s the same size as the higher-resolution competition. However, the HTC One’s advantages are not all about pixels — the phone’s camera also features optical image stabilization and a fast F2.0 lens. We have shot a range of samples in varying conditions and are having a closer look at the HTC’s image quality on connect.dpreview.com.
Early tech blog reports suggest HTC’s much-anticipated ‘M7’ smartphone could have a Foveon-like layered sensor. All the information appears to stem from a Pocket-lint report about the phone, expected to be revealed at press events to be held in New York City and London on February 19. The suggestion is that the M7 could have a multi-layer sensor, rather than a conventional 13MP chip with a Bayer filter pattern. Foveon itself once tried to develop a sensor for smartphones and other companies are working on similar concepts. However, we wonder if the story comes from a translation error of Sony’s ‘Stacked CMOS’ technology – which is used in a 13MP Exmor RS sensor.