Splicing screen monitor

Motion compensation: Motion compensation can eliminate edge aliasing in displayed images, so for motion compensation technology, the stitching processor can handle the display effects of slow and fast images very well.

Deinterlaced scanning: Video gateways need to reduce broadband for resolution improvement, and adopt interlaced scanning technology, which can easily cause line tracing effects. Using a splicing processor can remove the effect of interlaced scanning.

Zoom: The zoom function is one of the commonly used functions for splicing screens. The splicing screen adopts a modular design and splicing display, but support for the zoom function still requires the support of the splicing processor.

Adjusting resolution: For multi resolution output signal data, in order to display good results on the splicing screen, the resolution needs to be adjusted. The splicing processor adjusts the resolution of the connected signal to adapt to the display effect of the display screen.

Image enlargement: Many monitoring and networking platforms attach great importance to image enlargement, and for the image method on the splicing screen, the support of the splicing processor is required.

Splicing screen monitor

Noise suppression: The noise suppression mainly comes from the compression noise of video signals and the random noise of the system itself. The splicing processor can effectively suppress noise and reduce the interference of noise on the image quality itself.

The above are the reasons why splicing processors are used for splicing screens. We can see that splicing processors have many advantages in splicing screens, and these advantages are also part of the functions that splicing processors support splicing screens.