Normally, an imaging sensor is placed below the protective cover, adjacent to the display stack. In order to accommodate the imaging sensor and the display stack a large area is needed which extends beyond the periphery of the display stack. This design, limits the size of the bezel region also limiting the display, while also undesirably increasing the size and total of the electronic device. With the patent, the main focus is to embed the image sensor into the display in order to read a fingerprint that is, embedded Touch ID. For simplicity purposes, many embodiments that follow reference a construction in which an electronic device implements through-display imaging to capture one or more images of a fingerprint of a user touching a specified region i.e. an “imaging region,” above an imaging aperture of the display of the electronic device. Other forms of biometric identification, including Face ID can be used, Apple said. An electronic device can implement through-display imaging for any suitable imaging, sensing, data aggregation, or light capture purpose including, but not limited to face recognition. It will be a win-win situation by having both Face ID and Touch ID embedded into the display, and it also means that Face ID can be embedded into Mac displays, thus the need to have a wider bezel or notch is no more a need. In the future, it is possible that the front-facing camera will also be be embedded into the display. Though, initially this attempt effected the quality negatively i.e. haze, low contrast, and inaccurate white balance issues arose. These issues should not hinder Face ID, but nevertheless, these issues will be come. Also Read: Apple iPhone New Design Touch Drives Users to Hopelessness
