The Barco R9004610 Encore VPx Processor with 1 M/E is packaged as a 3RU rack-mount unit configured with 1 Mixer & Effect board. This processor is the main unit for a full Encore system. It features the VPx processing solution and with a controller and accessories will be the backbone of an excellent presentation or production system.
Mixer and Effect Board
Each M/E board provides two independent Athena scaler channels with universal inputs that handle both analog and digital video sources. The Athena scaler features 1:1 pixel sampling, motion adaptive de-interlacing for both standard and high definition sources, 3:2 and 2:2 pull-down detection, low video delay, aspect ratio correction, image cropping and real-time window re-sizing and positioning. Seamless transitions, window borders, drop shadows and a variety of keying effects are fully supported.
Processor Output
Each Encore Video Processor's Output Board provides all output interface, blending and data-doubling functions required to support widescreen applications. The system supports output computer resolutions up to 1600x1200, analog HDTV resolutions including 720p, 1080i, 1080p, HD-SDI, 2048x1080p Digital Cinema video, and plasma display resolutions. Output synchronization is supported to lock the output frame rate to an externally applied NTSC/PAL black burst signal.
VPx Processing
The VPx offers a cost effective solution for wide screen Encore destinations. In a blended widescreen confi guration, VPx operates like a standard VP providing the same layering capabilities, features and effects. The VPX also includes the same output connectors as the standard VP. The VPx can also be used as a multiple preview display processor. By sending the preview outputs from other Encore VP and VPx units to the "multi-view" VPx, you can combine multiple preview outputs on a single display.
Single Mixer Effects
A single Mixer Encore system provides two backgrounds, two scaleable mixer layers plus an unscaled DSK. Note that if the DSK is in use, the background cannot transition between A and B. The DSK and background channels are unscaled, in all cases.