3. General
3.4
Terms and de
fi
nitions
3G
A 3 Gbit/s serial digital 10-bit or 12-bit video interface (SMPTE 424M and 425M).
AUX (auxiliary Output)
A video output that can show any source and seamlessly cut between them.
Background (BG)
Typically an unscaled source originating from a computer’s multi-head graphics card, or a frame grab from a scaled source. An
Event Master processor can use any input signal and assign it as a Background source, provided it is at the same resolution as is
the destination. The Background appears at the system’s lowest layer priority and does not use any system scaler resources.
Chroma Key
A type of key where the hole-cutting information is derived from a color rather than from a video level. An common example on
television, is when the weatherman appears to be standing in front of a map. The map itself is a video signal, and the weatherman
is in fact standing in front of a green (or blue) screen. On the switcher, the Chroma Key process electronically subtracts the color
from the foreground image, and replaces it with video from the background image to form a composite image.
Clip, Gain, Opacity
In switcher terminology, the process of
fi
ne-tuning a key of any type (luminance, linear, or chroma). Clipping sets the threshold for
the hole cutting circuitry, while "gain" de
fi
nes the range and sensitivity of adjustment. The "opacity" is the transparency or density of
the key, as revealed over a background.
Colorspace
All video signals have a colorspace. Versions are RGB, YUV or YrYbYc. They also have a range like 16 -240 = Reduced or Full
0-254.
There is also a color processing scheme that allow bandwidth saving. Full would be 4:4:4 and versions include 4:2:2 and 4:2:0
Computer Video
A generic term indicating video that originates from a computer platform. A progressive scan signal that follows VESA (Video Elec-
tronics Standards Association) standards, with typical resolutions of 800 x 600, 1920 x 1080, UHD and 4K etc.
Crosspoint
Traditionally the button that selects the input required on a particular switcher bus. But in Event Master device the actual backbone
of the processors who routes the internal video signals.
Cut
Cut is an instantaneous switch from one video source to another.
DA (Distribution Ampli
fi
er)
A video device that inputs one video signal, and outputs multiple “identical” signals.
Destination (DST)
A Destination is a location to which you can route the output of an Event Master device. A destination can be con
fi
gured as a group
of one or more outputs that feed the same screen.
A Destination can be a single, widescreen or multi-screen Mixing Layers are assigned to Destinations.
A Destination can transition Backgrounds and Mixing Layers.
Event Master Control Software (EM GUI)
This user’s guide refers to the Event Master control software as the EM GUI. The software consists of several menus and tabs that
enable you to con
fi
gure your system, setup the input sources and output Destinations, manage the dedicated Multiviewer and create
your presentation’s overall “look.” Refer to the chapter "EM GUI orientation", page 87 for more information about the EM GUI.
Event Master Series Processor (EMP)
Any Event Master series processor—E2, E2 Jr., S3–4K, S3–4K Jr., or EX—may be referred to as an EMP.
Event Master Toolset Software (EMTS)
Event Master Toolset Software is an easy to use GUI running on a PC or MAC. It provides all the Event Master series processors
with control and con
fi
guration.
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Содержание S3 series
Страница 1: ...Event Master Devices User s Guide R5905948 05 17 07 2017 ...
Страница 9: ...Table of contents Index 531 R5905948 EVENT MASTER DEVICES 17 07 2017 5 ...
Страница 10: ...Table of contents 6 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 20: ...2 Safety 16 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 66: ...4 Hardware orientation 62 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 90: ...5 Front Panel Menu orientation 86 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 264: ...8 Updating firmware 260 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 268: ...9 General operation example Image 9 3 264 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 285: ...9 General operation example Image 9 25 R5905948 EVENT MASTER DEVICES 17 07 2017 281 ...
Страница 288: ...9 General operation example 284 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 316: ...10 Controller orientation 312 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 326: ...11 Controller Configuration 322 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 352: ...12 Controller Operation 348 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 356: ...13 E2 Maintenance 13 2 Process Overview Flow chart Image 13 2 352 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 417: ...13 E2 Maintenance Disregard the heatsink from the spare kit R5905948 EVENT MASTER DEVICES 17 07 2017 413 ...
Страница 418: ...13 E2 Maintenance 414 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 422: ...14 S3 Maintenance 14 2 Process Overview Flow chart Image 14 2 418 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 488: ...16 EC 200 Maintenance 484 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 494: ...17 Environmental information 490 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 512: ...A Specifications 508 R5905948 EVENT MASTER DEVICES 17 07 2017 ...
Страница 527: ...C Troubleshooting C TROUBLESHOOTING R5905948 EVENT MASTER DEVICES 17 07 2017 523 ...
Страница 528: ...C Troubleshooting 524 R5905948 EVENT MASTER DEVICES 17 07 2017 ...