Samsung Intros 48mp ISOCELL Camera Sensor for Phones
Samsung today announced two high-megapixel camera sensors bound for flagship smartphones. The Samsung ISOCELL Bright GM1 and the ISOCELL Bright GD1 offer 48 megapixels and 32 megapixels, respectively. Both features 0.8-micrometer (μm) pixels, which is what allows Samsung to pack so many into the tiny sensors. The size is critical for phone makers seeking to put multiple cameras into a single phone. The ISOCELL technology prevents light bleed between pixels in order to help keep images sharp and free from noise. At the same time, the sensors support pixel binning, what Samsung calls Tetracell, which combines four pixels into one for better low-light performance. The sensors include gyro-supported EIS, and the GD1 includes real-time HDR for dynamic video capture and video streaming. Samsung expects the chips to be in mass production before the end of the year. It's possible the GM1 and GD1 will appear in future Samsung devices, such as the Galaxy S10.
HTC 10 Re-Focuses On the Camera and BoomSound
Apr 12, 2016
HTC today announced the 10, its flagship handset for 2016. This Android phone carries forward an aluminum design, for which HTC has become known, and makes big improvements to the camera, software, and other core features.
Samsung Refreshes Its Line of Isocell Camera Modules
Jun 28, 2017
Samsung today introduced a range of camera modules in its Isocell series of imaging sensors. Samsung's Isocell technology isolates individual pixels from one another with physical barriers.
Samsung Shrinks Latest Isocell Camera Sensors
Oct 12, 2017
Samsung this week announced two new Isocell image sensors for smartphones and IoT devices. The first is the Isocell Fast 2L9 with Dual Pixel technology, a 12-megapixel sensor with pixels that measure 1.28-micrometers (Î¼m).
Huawei’s Mate 20 and Mate 20 Pro Take Aim at Galaxy Note9
Oct 16, 2018
Huawei today announced it flagship series for the year, the Mate 20 and Mate 20 Pro. The phones share a number of features, but have their own identity thanks to differences in the screen and chassis.