Since the mid-2010s, video movements have stepped into the stage of intelligence and diversification. Driven by the wave of the Internet of Things and artificial intelligence, video movements are no longer just simple video playback components, but are gradually integrated with intelligent control systems. The screen size has further expanded to meet the needs of different application scenarios. 7 - inch and 10.1 - inch large screens have been widely used in large - size advertising machines, industrial control displays and other equipment. These large screens not only have ultra - high resolution, but also support touch operation in many cases, realizing more interactive functions. In terms of memory, the maximum capacity has been extended to 16GB, and some high - end models also support external memory expansion, which can meet the storage needs of massive video resources. In terms of playback control, it has realized the integration of multiple control methods, and can support remote control, mobile APP control and other ways besides the original magnetic control, light control and button control. The functional buttons are more humanized. According to different application scenarios, customized button combinations can be carried out, such as adding special function buttons such as loop playback and full - screen display, to meet the personalized needs of users. In addition, the stability and energy efficiency of the movement have been further optimized. Through the improvement of chip process and software algorithm, the power consumption of the movement is reduced while ensuring high - performance operation, and the service life is also significantly prolonged.

Looking back at the development history of video movements, every step of progress is closely linked with the innovation of electronic technology and the change of market demand. From small screens to large screens, from small memory to large capacity, from single playback to multiple control, video movements have been continuously breaking through the technical bottleneck. In the future, with the development of technologies such as 5G, ultra - high definition video and intelligent sensing,