Video processors

Video Processors brings together image-processing systems used before content is displayed on one or more displays or projectors. In the AG Multivision catalogue, this category includes video processors and scalers, edge-blending and warping solutions, multidisplay processors and dedicated accessories. These solutions are suitable for videowalls, LEDwalls, multi-projection systems, events, control rooms and complex display layouts. The aim is not to choose a single product in isolation, but to adapt content to the real display surface and manage complex layouts without relying on improvised software configurations. For this reason, when selecting a solution it is useful to consider number and type of inputs and outputs, supported resolutions, scaling, latency, composition functions, edge blending, warping, multiple canvases and compatibility with displays or projectors.

What solutions are available in this category? The selection is designed for professional applications and includes the main options needed to build or complete the system: video processors and scalers, edge-blending and warping solutions, multidisplay processors and dedicated accessories. The choice should therefore be based on the required function, the installation environment and the equipment the product needs to interface with.

How do you choose the most suitable solution? Before purchasing, it is advisable to check number and type of inputs and outputs, supported resolutions, scaling, latency, composition functions, edge blending, warping, multiple canvases and compatibility with displays or projectors. In a ProAV project, compatibility between components, cabling, the network, mounting systems and display devices is often just as important as the individual technical specification.

Which categories can help complete the project? To explore complementary components, you can browse multidisplay processors, LEDwall, projectors and videowall displays. These links help move from a single device to a complete solution that is consistent with the intended environment.