Cisco Cisco StadiumVision Mobile Reporter Manual De Mantenimiento
© 2012 Cisco Systems, Inc. All rights reserved.
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the install process. See the discussion around bar code scanners in the BAT
section.
section.
• Names should only use “A-Z”, “a-z”, “0-9”, space ( ), underscore(_) and dash (-)
• These are invalid characters and should be avoided: % * , : ? = / \ " ' [ ] ( ) +
A possible Location Name for the 20
th
display in the North East corner of
Concourse 100 could be: 100-NE-020
The Cisco StadiumVision Director Location concept should not be confused with
the Civic Location that Cisco Catalyst switches support. An introduction to Civic
Location is provided in “
the Civic Location that Cisco Catalyst switches support. An introduction to Civic
Location is provided in “
”.
Closed Captioning
Support for closed captioning (CC) is provided as per EIA-608-B, now CEA-608-E
(VBI line 21 CC data services) and EIA-708-D (DTV CC standard). In addition, per
Cisco Sports and Entertainment customer requirements, the proprietary CC
specification from Direct TV, “DirecTV proprietary IRDA VC CC Specification
Version 1.3,” is also supported. The Sigma SoC will decode and display the CC
information as directed by the source encoder. Refer to
(VBI line 21 CC data services) and EIA-708-D (DTV CC standard). In addition, per
Cisco Sports and Entertainment customer requirements, the proprietary CC
specification from Direct TV, “DirecTV proprietary IRDA VC CC Specification
Version 1.3,” is also supported. The Sigma SoC will decode and display the CC
information as directed by the source encoder. Refer to
These standards apply to North American installations. Closed captioning will not
work in Europe or anywhere outside of North America.
work in Europe or anywhere outside of North America.
Figure 26.
Closed Captioning
Video Wall Design
Often a customer will have a requirement for video walls. Video walls allow multiple
smaller screens to show synchronized content and give the illusion of a single much
larger screen. Cisco StadiumVision supports two variations of tile matrix video wall,
both of which will be discussed in detail in this chapter.
smaller screens to show synchronized content and give the illusion of a single much
larger screen. Cisco StadiumVision supports two variations of tile matrix video wall,
both of which will be discussed in detail in this chapter.
A common use case for video walls is to vary the video wall layout and content over
the course of an event, as illustrated in
the course of an event, as illustrated in
. In this particular example the
video wall starts of in a 3x3 configuration showing the live game feed. During half
time, when there is no live game to show, the video wall is switched to individual
time, when there is no live game to show, the video wall is switched to individual