SmartSens is a manufacturer focused on the research and development of CMOS image sensors (CIS), known for their high cost-performance ratio and strong adaptability to various scenarios. Their products are widely used in security monitoring, automotive electronics, consumer electronics, and machine vision. The core technologies revolve around pain points such as low-light imaging, high dynamic … Read more
Recently, SITW launched a new series of Internet of Things (IoT) image sensors, the SC256HIOT (2.6MP) and SC630HIOT (6MP). Both back-illuminated products are based on SmartClarity-3 and SmartClarity-2 process technologies, equipped with InSensor HDR single-frame high dynamic range technology, SFCPixel, and other technologies, offering advantages such as high dynamic range, high sensitivity, and low noise, … Read more
👆If you wish to meet regularly, feel free to star 🌟 and bookmark it~ Over the past fifty years, the trajectory of pixel development has continuously increased the complexity of processes to achieve the performance required for imaging. In this process, the contributions of process engineers in development and manufacturing have been invaluable, successfully implementing … Read more
Released during the International Consumer Electronics Show, the OX01E20 is OmniVision’s latest and most advanced automotive SoC for SVS and RVC, pin-to-pin compatible with the current generation of 1.3-megapixel designs. Santa Clara, California – January 4, 2023 – OmniVision, a leading developer of semiconductor solutions for advanced digital imaging, analog, touch screen, and display technologies, … Read more
A new “domestic heart” has emerged in the field of mobile photography, as SmartSens officially launches the SC562HS sensor, boasting an 88dB high dynamic range and multiple innovative technologies, targeting the mainstream smartphone market. Recently, domestic CMOS image sensor manufacturer SmartSens has officially released its next-generation 50-megapixel mobile CMOS image sensor—SC562HS. This new product, based … Read more