EVS XTnano Version 10.03 - July 2010 Configuration Manual - Manual (Page 16)

XTnano – Version 10.03 – Configuration Manual
EVS Broadcast Equipment SA – July 2010
Issue
10.03.D
9
Note
The timecode jump tables are circular: when the table is full, the latest
entry will overwrite the oldest one.
For more information on the settings related to the timecode jump tables, refer to
the sections below.
For more information on the settings related to the definition and monitoring of
timecode jumps, refer to section on the timecode statuses in the Server
Monitoring section of the XTnano Tech Ref Software manual.
T
IMECODE
T
YPES
A
VAILABLE ON A
R
ECORDER
The settings related to the timecode jump tables are specified on the first page of
SHIFT + F2).
ecodes to work with the video material
called the ‘LTC table’. This is specified in the LTC field, which is not editable.
ollowing timecode types in the USER setting:
material ingested from tapes as it is
the timecode embedded in the video signal.
T
IMECODE
T
YPES
U
SED ON A
R
ECORDER
the Setup screen (accessed via
The operators can use two types of tim
stored by a given recorder on a server:
• The LTC timecodes are automatically stored in the first timecode jump table
• The second type of timecodes has to be specified by the user in the USER
field. It will be stored in the second timecode jump table, the ‘USER TC table’.
The users can specify one of the f
• LTC and VITC timecodes in SD
• LTC, HANC LTC and HANC VITC in HD
The user will have the possibility to work with one of the timecode types defined
for the recorder. Usually, an LTC timecode is used to perform operations on live
events. A VITC timecode is used for video
On the first page of the VGA Setup screen, the Prim.TC field (Primary TC)
specifies which timecode type will be displayed at the bottom the VGA and will be
used to work with the video material stored on the given recorder.