The majority of today's IP cameras use image sensors using _____.

The majority of today's IP cameras utilize complementary metal oxide semiconductor (CMOS) technology for their image sensors due to several advantages that CMOS sensors offer over other sensor types. Primarily, CMOS sensors are known for their lower power consumption, which is crucial for battery-operated devices and systems that require continuous operation without extensive energy use. This efficiency allows for longer operational periods and reduces the overall cost associated with power supply and management.

Additionally, CMOS sensors are able to integrate additional functions on the same chip, leading to a higher level of image processing capabilities right within the camera hardware. This integration can result in improved image quality and features such as enhanced low-light performance, faster frame rates, and better video compression capabilities.

Furthermore, CMOS technology typically allows for smaller camera designs due to its compact nature, making it easier for manufacturers to create a wide variety of camera models suitable for different applications. These aspects have contributed to the widespread adoption of CMOS sensors in modern IP cameras, aligning them with current demands for size, efficiency, and performance in the rapidly advancing field of surveillance technology.