Typically, this is done to increase the size of a projected image to make a very wide image, or by combining a number of lower resolution devices together to increase the total resolution of a display. – The contained geometric correcting does keystone, pincushion, barrel and other deformation correcting, convenient for image aligning and curved screen projection. Edge blending is a technique used to describe the process of visually combining several projected images to make a single seamless image. Mview, Mviewtech MA2PB206 DP- DVI or Displayport input 3D Demux, Edge Blender, 6 DVI-I output Stereoscopic demultiplexer, with Displayport, DVI, VGA, for dual passive glasses 3D projection from one active 3D input: Amazon. Synchronization is essential to active 3D display. – For hardware fully synchronized digital architecture, synchronization between channels is an inherent nature. the original color is maximally maintained because there’s no need of color gamut change all along the path. Mviewtech is a high-tech company focusing on design and development of products for multi-monitor display control, multi-projector edge-blending and video. – Dual-link DVI or Displayport port can receive up to 330MHz data – Its processing logic does up to 24Gbps calculating accordingly RGB processing range is 1Gpixel/s. The key to proper active 3D edge blending is as follows:
Mviewtech edge blending series#
The architecture design of Mviewer edge blending series takes the super bandwidth into consideration. Mviewtech’s active 3D edge blending solutions Edges and Seam Carving An alternative approach to this problem is to combine projectors where the spatial complexity of the image is sufficiently great to hide any artifacts caused by the overlap. Shanghai Mviewtech Co,Ltd is going to the biggest exposition Integrated Systems Europe to show its active 3D curved screen display and 5-monitor expansion display, geometric correcting module and image rotating module. Furthermore, edge blending methods are often limited in their ability to generate blends of variable overlap 13.