DVDO VP20 Programming Manual

Programming Guide for iScan VP20, VP30, VP50 and VP50PRO Revised - December 2007 ...

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the iScan will become a favorite device in your multimedia presentation system due to picture quality, ease of use, and the level of control the iScan gives you or your customer over the processed signal. This document is intended to cover the supplemental control funct ...

This document will cover the necessary information required to construct and transmit a serial (RS-232) or Infrared (IR) control signal to a DVDO iScan VPxx model video processor. These two basic mediums of control, are intended to convey the intentions of the user or automation system into the processes that operate the i ...

This section is a brief introduction with pictures of each of the models of the iScan VPxx series – it is only intended as a brief “spotters guide” to iScan units. Please refer to your product’s user’s manual or our website for more in-depth product information at www.anchorbaytech.com/products/systems (replacement user� ...

iScan VP30 Front iScan VP30 Back This model is our high-end entry-level product with the full four HDMI complement, the RGBHV/Component 3 input and Analog video output – with available options like an SD-SDI input and the ABT102 Deinterlacing add-on card for exceptional reproduction of interlaced SD content. The VP30 also features more i ...

iScan VP50PRO Front iScan VP50PRO Back The iScan VP50PRO is the first Video Processor to achieve the THX certification for Video Processors, setting the benchmark for video processing. This device is also the first HDMI 1.3 compatible video processor with the same outstanding Anchor Bay VRS HD and SD content processing algorithms of th ...

The iScan line of DVDO brand video processors are designed to enable control and flexibility over various input and output signal configurations – as well as our proprietary algorithms to improve several aspects of video quality and enable new capabilities that legacy devices by themselves are not able to achieve. This produc ...

The digital world is all ones and zeros. By placing ones and zeros in a standardized pattern we can encode data that can be exchanged between multiple devices. The lowest level of encoding data is “binary notation”. In this notation, a “bit” represents the “true” or “false” presence of the numeric value at that bit lo ...

the end? There are two commonly accepted ways to identify HEX notation in a sentence (or “string”). One is with the use of a “0x00” notation, where the two last zeros represent the two HEX characters, or with “00h” showing that this is a two nyb ...