Canon Stacked Sensor Architecture Benefits
Canon Stacked Sensor Architecture Benefits: Speed, Autofocus and Image Performance Discover the benefits of Canon stacked sensor architecture, including faster readout, improved autofocus, reduced rolling shutter, and enhanced action photography. Structural Shift in Sensor Engineering In modern mirrorless camera systems, performance gains are increasingly determined not by megapixel count but by sensor architecture. Among the most consequential developments in this domain is the stacked CMOS sensor. Canon’s implementation of stacked sensor technology, most prominently in the Canon EOS R3 and the flagship Canon EOS R1, represents a fundamental shift in how image data is captured, processed, and delivered to the autofocus and imaging pipeline. Unlike conventional backside-illuminated (BSI) CMOS sensors that integrate photodiodes and readout circuitry on a single substrate, stacked sensors separate these layers. This separation enables significantly faster data throughput, lower rolling s...