[ad_1]
Samsung Electronics has introduced two new image sensors designed for smartphones, both based on ISOCELL Plus and Tetracell technologies. Called Samsung's Samsung ISOCELL Bright GM1 and Samsung's ISOCELL Bright GD1, both image sensors feature 0.8 micron pixels and display different resolutions of 48 and 32 megapixels, respectively. Samsung claims that the new sensors are capable of providing light sensitivity equivalent to that of 1.6 micron pixel image sensors with resolutions of 12 and 8 megapixels, respectively. In addition, given their small size, these new units should contribute to the development of new models of smartphones equipped with multiple cameras and presenting a modern design.
Samsung's latest camera modules include ISOCELL Plus technology, introduced earlier this year, which means that the pixels are separated by a grid, which reduces the blur of light between the pixels and d & rsquo; Thus obtain better quality photographs. ISOCELL Plus is based on a technology similar to that of ISOCELL, launched in 2013, with the exception of the grid separating pixels that was made from a new "innovative" material. In addition, both sensors also benefit from Tetracell technology, which, as the name suggests, can merge four neighboring pixels into one to enhance low-light photography. In addition, both sensors support electronic image stabilization by the gyro for rapid focusing. Finally, the ISOCELL Bright GM1 has been further improved with the inclusion of HDR, which seems to lack the GD1 image sensor.
According to Samsung, the "stylish designs" used by some of the latest flagship phones on the market have been one of the major drivers behind the development of the ISOCELL Bright GM1 and GD1 models. Their smaller footprint, facilitated by the reduced pixel size, will provide greater flexibility for smartphone designs that can be applied by OEMs who want to use multiple camera configurations. In theory, this could also help the development of screenless smartphones without display slots, although Samsung did not explicitly mention this design philosophy. Nevertheless, the Korean OEM expects both image sensors to go into mass production in the fourth quarter, which could mean that the Samsung Galaxy S10 could be the first device to take advantage of the new technology. It would not be a first for Samsung to launch a new ISOCELL sensor in connection with its flagship phones. It is not yet known if the Galaxy S10 will have a display screen, but in any case, it is very likely that the next models offer at least several cameras facing backwards.
Source link
