The LCD video wall processor integrates high-definition video signal acquisition, real-time high-resolution digital image processing, and 3D high-order digital filtering, boasting powerful processing capabilities. The processor employs a digital multi-bus parallel and digital multi-bus data routing and switching mechanism, fundamentally ensuring real-time processing and data consistency for all input signal sources. The image is delay-free, discretized, and frame-free.
The LCD video wall processor utilizes a unique embedded pure hardware structure design, accepting various image signal sources, including video DVD signals, computer signals, monitoring signals, high-definition set-top box signals, and high-definition media player signals. The processor directly drives the LCD panel, and after segmentation and magnification, displays the image on a large screen in real-time without distortion. The processing is entirely hardware-based, requiring no computer or startup software, making it extremely simple and convenient. The image displayed after processing by the built-in image wall processor is free of jitter, delay, and trailing, exhibiting natural smoothness, brightness, clarity, and delicate image quality. It can support LCD screen splicing with up to 15 rows and 15 columns.
The LCD video wall processor employs internationally advanced processing technologies such as image compensation algorithms, interpolation algorithms, segmentation algorithms, motion detection, edge smoothing processing, noise removal, and anti-interference. Its video luminance/color separation circuit unit, progressive scan processing and frame rate normalization conversion circuit unit, and digital signal noise reduction unit can convert ordinary interlaced video signal acquisition into progressive scan. Shenzhen Kechuang Zhuoyue's LCD video wall processor fully supports displaying 1080P full HD signals, including high-definition television, video surveillance signals, and computer image signals with high image quality and high resolution.
