The manufacturer of video signal processing and distribution solutions Analog Way has developed the QuickVu mixer and triple scaler, which is based on the Midra platform the company recently introduced.

Analog Way QuickVu

QuickVu is the new mixer and scaler (Up to three switches) Developed by the manufacturer Analog Way, that adapts to any screen resolution, including non-standard formats, such as LED panels and rear-projection cubes.

Based on the Midra platform that Analog Way introduced last October, as reported Digital AV Magazine, the QuickVu system offers the possibility to modify the program in real time, no need to go through the previous, and offers custom output format management, with a custom layer in size and position.

Analog Way QuickVuAs far as connectivity is concerned,, QuickVu has eight seamless inputs and fourteen fonts (four universal analog analog, equal number of HDMI and two 3G-SDI). In addition, and thanks to the CleanCut effect, This system works and switches seamlessly between its fourteen input connectors, bypassing black or loss of sync. EDID management is included in the team, at entrances one to six, for computer sources.

Analog Way QuickVuOne of the novelties of QuickVu is the new function of the Quick Frame layer, allows you to quickly hide the rest of the eight available layers when needed, So that pressing a simple button allows you to return to the previous screen. To improve speed, Quick Frame appears directly in the program output, No need to use preview, and the system also offers eight presets from the front panel.

QuickVu control is done via the RCS interface (configuration, Edit & Live), designed for the Midra platform, which is compatible with Windows, Mac OS and Linux. The system can also be controlled with RK-350 (Available soon), as well as with remote control (in the first quarter of 2014).

Analog Way QuickVu diagram


You liked this article?

Subscribe to our RSS feed And you won't miss anything.

Other articles on
by • 5 Dec, 2013
• section: accessories, display, Signal distribution