Sony HDC2500L Brochure (HDC Camera Series) - Page 23

Optical fiber transmission

Page 23 highlights

Features Lens metadata linkage with HDFA-200 The focal length of the lens, zoom position, and iris data are overlaid on an HD-SDI signal output from the CCU as metadata when using a lens supporting serial data transmission. This enables powerful operation for a 3D live production combined with the HDFA-200. Remote operation of a 3D rig using a trunk data line General-purpose control signals of up to 150 kbaud can be transmitted as trunk data. This enables RS232C or RS422 signals to be transmitted between a CCU and the HDFA-200, such as operation signals for a 3D rig. H/V inverting function The HDFA-200 is equipped with a function that compensates for picture inversion caused by a half-mirror rig such as replacement between right- and left-eye pictures, mirror reversed-picture of horizontal, vertical, or both horizontal and vertical direction. In addition, the amount of signal delay caused by picture inversion is automatically controlled. Simple system integration with the HDC-P1 By adopting a universal synch cord adaptor, a CCA5 interface control cable is unnecessary for connecting the HDC-P1 HD multi-purpose camera. This makes the system easy to build. Lightweight and compact The HDFA-200 is designed to be very compact and lightweight for superior mobility in the field. It weighs approximately 8 lb 6 oz (3.8 kg). It's easily mounted to a 3D rig, a tripod adaptor, or a universal clamp due to its many general-purpose mounting screw holes. Optical fiber transmission Offering a high bit-rate digital optical fiber transmission capability, the HDFA-200 can transmit two cameras' signals to a connected camera control unit, and supply power and genlock signals to the cameras as well with a single optical fiber. System Example Dimensions Two cameras with a CCU When connecting HDC-P1 cameras HDVF-C730W/C550W/EL75 Viewfinder HDC-P1 (Right camera) HDFA-200 Monitor DC OUT REF OUT SDI IN SDI2 OUT CAM-SUB (R) VF CAM-MAIN(L) REF OUT SDI IN CAM-SUB(R) REF OUT SDI IN SDI1 OUT SDI2 OUT TEST OUT PROMPTER1/ GENLOCK IN CAM-MAIN(L) CAM-SUB(R) REMOTE REMOTE REMOTE VF CADMC-MOAUINT(L) CADMC-SOUUBT(R) AUDIO IN 1 AUDIO IN 2 MIC MIC LINE +48V LINE +48V OFF AES/EBU OFF DC IN D4CA mOUaxT CAM-MAIN (L) AUX CRANE TRACKER RET CTRL DC OUT 0.5A max INTERCOM Optical fiber cable HDCU-2000/2500 Camera Control Unit 15 5/8 (396) 13 3/4 (348) CAM-MAIN(L) REF OUT SDI IN CAM-SUB(R) REF OUT SDI IN SDI1 OUT SDI2 OUT TEST OUT PROMPTER1/ GENLOCK IN CAM-MAIN(L) CAM-SUB(R) REMOTE REMOTE REMOTE VF CADMC-MOAUINT(L) CADMC-SOUUBT(R) AUDIO IN 1 AUDIO IN 2 MIC MIC LINE +48V LINE +48V OFF AES/EBU OFF DC IN D4CA mOUaxT AUX CRANE TRACKER RET CTRL DC OUT 0.5A max 8 3/8 (210) INTERCOM PGM1 RET1 RET 234 CAMERA POWER CCU OFF EXT CALL PRO Duo MIC ON OFF PTT PROD ENG PGM2 VF SOURCE L BOTH R MIX SPLIT DIFF CAM HD PROMPTER INTERCOM DISPLAY ON OFF MENU ASSIGNABLE 2 7/8 (70) DC OUT REF OUT SDI IN HDC-P1 (Left camera) Intercom headset RCP-1000/1500 Series Remote Control Panel Unit: inches (mm) 23

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23
Features
System Example
Dimensions
Lens metadata linkage with HDFA-200
The focal length of the lens, zoom position, and iris data are overlaid on an
HD-SDI signal output from the CCU as metadata when using a lens supporting
serial data transmission. This enables powerful operation for a 3D live production
combined with the HDFA-200.
Remote operation of a 3D rig using a trunk data line
General-purpose control signals of up to 150 kbaud can be transmitted as trunk
data. This enables RS232C or RS422 signals to be transmitted between a CCU
and the HDFA-200, such as operation signals for a 3D rig.
H/V inverting function
The HDFA-200 is equipped with a function that compensates for picture
inversion caused by a half-mirror rig such as replacement between right- and
left-eye pictures, mirror reversed-picture of horizontal, vertical, or both horizontal
and vertical direction. In addition, the amount of signal delay caused by picture
inversion is automatically controlled.
CAM-MAIN(L)
REF OUT
SDI IN
CAM-SUB(R)
SDI1 OUT
SDI2 OUT
TEST OUT
AUX
CRANE
TRACKER
RET CTRL
DC OUT
0.5A max
DC OUT
4A max
CAM-SUB(R)
DC OUT
CAM-MAIN(L)
DC OUT
DC IN
AUDIO IN 2
AUDIO IN 1
PROMPTER1/
GENLOCK IN
CAM-MAIN(L)
REMOTE
CAM-SUB(R)
REMOTE
REMOTE
VF
REF OUT
SDI IN
When connecting HDC-P1 cameras
HDFA-200
HDC-P1 (Right camera)
HDVF-C730W/C550W/EL75
Viewfinder
Monitor
Optical fiber cable
CAM-SUB (R)
CAM-MAIN (L)
DC OUT
REF OUT
SDI IN
DC OUT
REF OUT
SDI IN
VF
SDI2 OUT
INTERCOM
Intercom headset
HDCU-2000/2500
Camera Control Unit
RCP-1000/1500 Series
Remote Control Panel
HDC-P1 (Left camera)
CAM-MAIN(L)
REF OUT
SDI IN
CAM-SUB(R)
SDI1 OUT
SDI2 OUT
TEST OUT
AUX
CRANE
TRACKER
RET CTRL
DC OUT
0.5A max
DC OUT
4A max
CAM-SUB(R)
DC OUT
CAM-MAIN(L)
DC OUT
DC IN
AUDIO IN 2
AUDIO IN 1
PROMPTER1/
GENLOCK IN
CAM-MAIN(L)
REMOTE
CAM-SUB(R)
REMOTE
REMOTE
VF
REF OUT
SDI IN
MIC
MIC
LINE
OFF
+48V
AES/EBU
LINE
OFF
+48V
2 7/8 (70)
8 3/8 (210)
Unit: inches (mm)
15 5/8 (396)
13 3/4 (348)
Two cameras with a CCU
Simple system integration with the HDC-P1
By adopting a universal synch cord adaptor, a CCA5 interface control cable is
unnecessary for connecting the HDC-P1 HD multi-purpose camera. This makes
the system easy to build.
Lightweight and compact
The HDFA-200 is designed to be very compact and lightweight for superior
mobility in the field. It weighs approximately 8 lb 6 oz (3.8 kg). It’s easily
mounted to a 3D rig, a tripod adaptor, or a universal clamp due to its many
general-purpose mounting screw holes.
Optical fiber transmission
Offering a high bit-rate digital optical fiber transmission capability, the HDFA-200
can transmit two cameras’ signals to a connected camera control unit, and
supply power and genlock signals to the cameras as well with a single optical
fiber.