The MX-2101 Dual-View Edge Blending Video Processor is an advanced video processor for multiple projector presentations. It is an ideal solution for applications where two video signals must be displayed on a single display and must be displayed through 2 or more projectors. To create a single large display area using multiple projectors, it is unavoidable to overlap the images from projectors to get well tiled displays. Without perfect alignment, the resulting video especially for moving objects shows up with the objectionable gap or bright seam. To eliminate or lessen the effect causing by overlapped images such that the banding becomes invisible, modifying the video overlapping edges becomes a very important feature in such an application. MX-2101 offers users to adjust the overlapped range horizontally or vertically, single edge or both edges on the same display at the same time. In this way, eye-catching, super high resolution, and bright display can be readily achieved. Typical applications include education, advertising, virtual reality, digital cinema, and video game. In addition to handle overlapped edges, MX-2101 is also built up with graphics format conversion, for instance, VGA to DVI or DVI to VGA. Also, in order eliminate the requirement to synchronize a couple of sources, such as PCs, working with cost effective video splitters, MX-2101s can actually be fed with the same input and programmed to crop some portion of the video input independently and individual unit can zoom the selected part to the desired resolution with full screen. This setup will ease the synchronization tasks among different sources and even the preprocess jobs to save the overall cost for projector applications.
As a video mixer, MX-2101 supports up to four video inputs, of which two can be outputted simultaneously in Picture-In-Picture (PIP) or Picture-Aside-Picture (PAP) modes. The MX-2101 allows you to manipulate output images, wherever position and whatever sizes you want for viewing two computers or two video signals or a combination. The embedded scaler converts signals from input sources to match the native resolution of monitors, flat panel displays, projectors as well as user-selectable output settings up to WUXGA (1920x1200).