Hello!! It's Joseph

 from Panasonic 1. “OPF CMOS image sensor design technology”, in that, the photoelectric-conversion part and the circuit part can be designed independently. The OPF CMOS image sensor has a unique structure, in which, the OPF performs a photoelectric conversion and the circuit area performs charge storage and signal readout functions completely independently. Using this OPF CMOS image sensor structure, we developed high-speed noise cancellation technology and high saturation technology in the circuit area which has a large available space. As a result, it is possible to realize simultaneously 8K resolution, 60fps framerate readout, wide dynamic range [4] (by achieving a high saturation level) and global shutter function, which are normally traded off. 2. “In-pixel capacitive coupled noise cancellation technique” which can suppress pixel reset noise at high speed even at high resolution Because the OPF CMOS image sensor has a structure in which the OPF and the charge storage part are...

Teledyne e2v (Chelmsford, UK) recently announced its Emerald 67 megapixel, the newest member of its Emerald CMOS image sensor family. The new sensor features a high resolution with a small global shutter pixel (2.5µm). Emerald 67M provides ultra-low noise performance and only 2.8e- of readout noise. The sensor is highly sensitive with 70% QE, enabling precise defect and particle identification. The new sensor is compatible with 59 x 59mm² camera platforms and has optical and package centers that are fully aligned for easy integration. It has an APS-C optical format, up to 72 sub LVDS outputs and 8/10/12 bit conversion modes, all within a reliable ceramic µPGA package. teledyne e2v