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2.
INSTALLATION
2.1.
REAR PANEL
The following sections describe the purpose of the rear panel connectors of the HD9010TM. Sections
2.1.1 to 2.1.6 describe the specific generator, reader, and video signals that should be connected to the
HD9010TM.
2.1.1. Video Connections
HD INPUT Input BNC connector for 10-bit serial digital video signals, compatible with the SMPTE 292M
standard. The HD9010TM is capable of working with the high definition video formats shown
in Table 2-5.
HD BYPASS OUTPUT
standard, with the RP188 Ancillary Time Code and optional characters inserted. When the
optional bypass relay (HBP option) is activated (on power failure or from the front panel) the
HD BYPASS OUTPUT will be a direct relay connection to the HD INPUT.
HD OUTPUT High definition serial digital video output, compatible with the SMPTE 292M standard, with
the RP188 Ancillary Time Code and optional characters inserted. When the optional bypass
relay (HBP option) is activated (on power failure or from the front panel) the HD OUTPUT
BNCs will not have any video signal on them.
2.1.2. GenLock Reference Connections
REFERENCE LOOP Input BNC loop for a genlock reference. The input can be either a 1 V p-p colour
black or Tri-level reference. The REFERENCE LOOP is a high impedance input therefore, the
reference signal must be properly terminated at the end of the line. The sync format must be
one of the valid sync types for the video standard in use as shown in Table 2-5. See section
3.7.2 for information on selecting the REFERENCE MODE of the HD9010TM.
2.1.3. Linear Timecode
LTC OUT:
A Male XLR connector for the output of SMPTE/EBU linear time code.
LTC IN:
A Female XLR connector for input of SMPTE/EBU linear time code.
AUX LTC OUT:
A Male XLR connector for the output of SMPTE/EBU linear time code.
AUX LTC IN:
A Female XLR connector for input of SMPTE/EBU linear time code.
INSTALLATION
HD9010TM High Definition Time Code Master Manual
Figure 2-1: HD9010TM Rear Panel
High definition serial digital video output, compatible with the SMPTE 292M
Revision 2.4.1
Page 2-1
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