Sony HDFA-200 User manual

OPERATION MANUAL [English]
1st Edition (Revised 1)
HD OPTICAL FIBER ADAPTOR UNIT
HDFA-200

2
Before operating the unit, please read this manual thoroughly
and retain it for future reference.
To reduce the risk of fire or electric shock,
do not expose this apparatus to rain or
moisture.
To avoid electrical shock, do not open the
cabinet. Refer servicing to qualified
personnel only.
Afin de réduire les risques d’incendie ou
d’électrocution, ne pas exposer cet
appareil à la pluie ou à l’humidité.
Afin d’écarter tout risque d’électrocution,
garder le coffret fermé. Ne confier
l’entretien de l’appareil qu’à un personnel
qualifié.
Um die Gefahr von Bränden oder
elektrischen Schlägen zu verringern, darf
dieses Gerät nicht Regen oder Feuchtigkeit
ausgesetzt werden.
Um einen elektrischen Schlag zu
vermeiden, darf das Gehäuse nicht
geöffnet werden. Überlassen Sie
Wartungsarbeiten stets nur qualifiziertem
Fachpersonal.
For the customers in the U.S.A.
This equipment has been tested and found to comply with the
limits for a Class A digital device, pursuant to Part 15 of the
FCC Rules. These limits are designed to provide reasonable
protection against harmful interference when the equipment is
operated in a commercial environment. This equipment
generates, uses, and can radiate radio frequency energy and,
if not installed and used in accordance with the instruction
manual, may cause harmful interference to radio
communications. Operation of this equipment in a residential
area is likely to cause harmful interference in which case the
user will be required to correct the interference at his own
expense.
You are cautioned that any changes or modifications not
expressly approved in this manual could void your authority to
operate this equipment.
All interface cables used to connect peripherals must be
shielded in order to comply with the limits for a digital device
pursuant to Subpart B of Part 15 of FCC Rules.
This device complies with Part 15 of the FCC Rules. Operation
is subject to the following two conditions: (1) this device may
not cause harmful interference, and (2) this device must
accept any interference received, including interference that
may cause undesired operation.
For the customers in Canada
This Class A digital apparatus complies with Canadian ICES-
003.
Pour les clients au Canada
Cet appareil numérique de la classe A est conforme à la
norme NMB-003 du Canada.
For the customers in Europe
This product is intended for use in the following
Electromagnetic Environments: E1 (residential), E2
(commercial and light industrial), E3 (urban outdoors), E4
(controlled EMC environment, ex. TV studio).
Pour les clients en Europe
Ce produit est prévu pour être utilisé dans les environnements
électromagnétiques suivants : E1 (résidentiel), E2
(commercial et industrie légère), E3 (urbain extérieur) et E4
(environnement EMC contrôlé, ex. studio de télévision).
Für Kunden in Europa
Für die folgenden elektromagnetischen Umgebungen: E1
(Wohnbereich), E2 (kommerzieller und in beschränktem
Maße industrieller Bereich), E3 (Stadtbereich im Freien) und
E4 (kontrollierter EMV-Bereich, z.B. Fernsehstudio).
AVERTISSEMENT
WARNUNG
WARNING

3
This HD Optical Fiber Adapter Unit is classified as a CLASS 1
LASER PRODUCT.
Dieser HD Optical Fiber Adapter Unit ist als LASERPRODUKT
DER KLASSE 1 eingestuft.
Tämä HD Optical Fiber Adapter Unit on luokiteltu 1. LUOKAN
LASERTUOTTEEKSI.PRODUCT.
Den här HD Optical Fiber Adapter Unit klassificeras som en
LASERPRODUKT AV KLASS 1.
CAUTION
Use of controls or adjustments or performance of procedures
other than those specified herein may result in hazardous
radiation exposure.
CAUTION
The use of optical instruments with this product will increase
eye hazard.
Laser Diode Properties
Wave length: 1310 ±40 nm
Emission duration: Pulse Modulation
Laser output power: 141 μW
IEC60825-1(2007) & IEC60825-1(2014)
Daten der Laserdiode
Wellenlänge: 1310 ±40 nm
Emissionsdauer: Pulsmodulation
Laser-Ausgangsleistung: 141 μW
IEC60825-1(2007) & IEC60825-1(2014)
Egenskaber for laserdiode
Bølgelængde: 1310 ±40 nm
Strålingsvarighed: Pulse Modulation
Afgivet lasereffekt: 141 μW
IEC60825-1(2007) & IEC60825-1(2014)
Laserdiod - Egenskaper
Våglängd:1310 ±40 nm
Strålningens varaktighet:Pulsmodulering
Laseruteffekt:141 μW
IEC60825-1(2007) & IEC60825-1(2014)
Egenskaper for laserdiode
Bølgelengde: 1310 ±40 nm
Strålingsvarighet: Pulsmodulasjon
Utgangseffekt for laser:141 μW
IEC60825-1(2007) & IEC60825-1(2014)
For the customers in Taiwan only
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4Table of Contents
Table of Contents
Compatible Devices .................................................. 5
Overview .................................................................... 5
Features .......................................................................... 5
System Configuration ..................................................... 7
3D multicamera system operation example .............. 7
System operation example with a Digital
Cinematography Camera F35 ............................... 9
Parts Identification ........................................................ 10
Front panel .............................................................. 10
Rear panel ............................................................... 10
Side panel ................................................................ 12
Installation and Connections ................................. 14
Notes on Power Supplied from This Unit ...................... 14
Mounting the Unit to a Tripod ....................................... 14
Mounting on a Rig ......................................................... 14
Connecting Cameras ..................................................... 15
Connecting an HDC-P1............................................ 15
Connecting an HDC1500R/1600R/1400R/1500/
1600...................................................................... 16
Connecting an F35 .................................................. 17
Connecting a Camera Control Unit (CCU) .................... 18
Connecting the unit and a CCU .............................. 18
Using the cable clamp belt ...................................... 18
Connecting a CCU in 3D mode ............................... 19
Attaching a Viewfinder .................................................. 20
Attaching a viewfinder to the unit ............................ 20
Screen display of the viewfinder ............................. 20
Preparatory Settings............................................... 22
Setting the 3D Mode ..................................................... 22
When a Camera Control Unit is connected ............. 22
When an HDFA-200 is used as a standalone
device .................................................................. 22
Setting the Output Format ............................................ 22
When a Camera Control Unit is connected ............. 22
When an HDFA-200 is used as a standalone
device .................................................................. 23
Setting the Picture Inverting Function for a Rig ............ 23
Menus....................................................................... 24
Displaying Menu Pages ................................................ 24
Setting the Menu ........................................................... 24
Editing the USER Menu ................................................ 25
OPERATION Menu ....................................................... 28
MAINTENANCE Menu .................................................. 31
FILE Menu .................................................................... 33
DIAGNOSIS Menu ........................................................ 34
Appendices.............................................................. 34
Notes on Use ................................................................ 34
Error Messages ............................................................ 35
Using a “Memory Stick” ................................................ 35
Specifications ................................................................ 36
Additional Functions of an MSU-1000/1500 in 3D
Operations ................................................................. 39
Operations of CCU 3D Monitor functions ................ 39
Setting the 3D Mode ............................................... 39
Setting the Channel ID ............................................40
Setting the 3D Camera Control ...............................40
Menu Tree .....................................................................42

5
Compatible Devices / Overview
Compatible Devices
This unit can be connected to the following devices (as of
August 2010). When connecting, be sure to update the PLD
and software to the latest version.
For details on updating, consult your Sony representative.
a) An HKCU-HB10 3G Fiber Transmission Unit must be installed.
b) An HKCU-HB15 3G Fiber Transmission Unit must be installed.
c) Not used in 3D operation.
About this manual
This manual provides the information required for using this
unit with the devices mentioned above. If another device is to
be connected, refer to the operation manual supplied with the
device to be connected.
Overview
The HDFA-200 is an intelligent transmission interface unit with
high bit-rate transmission technology. The unit enables 3D
multicamera system operation if you connect two cameras (left
and right, hereafter referred to as L/R) such as HDC-P1 HD
Multi Purpose Cameras to a Camera Control Unit via this unit,
using a single optical fiber cable. This also enables
transmission of RGB 4:4:4 signals if you connect an F35
Digital Cinematography Camera and creates a multicamera
system with 35-mm imagers.
Features
Improving operation efficiency by connecting a
single fiber cable
High bit-rate digital optical transmission technology enables
you to send signals from two cameras to a CCU, using a single
optical fiber cable, and also to supply power and genlock
signals to the two cameras.
Power of up to 13 A (maximum 14 V) can be supplied from this
unit in total, but available power is limited depending on the
devices to be connected or the length of an optical fiber cable.
For details, see “Notes on Power Supplied from This Unit”
(page 14).
3D multicamera operation
The unit is equipped with 2-channel audio input, intercom, and
trunk data (general-purpose control signal via a CCU and
HDFA-200) transmission functions that enable system
operation of a 3D multicamera system equivalent to that of an
existing 2D camera system.
Improving operation with a single remote control
panel
The L/R cameras can simultaneously be controlled with a
remote control panel connected to a CCU. It is also possible to
perform offset control of the left and right cameras, which
allows 3D system camera operation with high flexibility.
3D monitoring with a viewfinder
On the screen of a viewfinder connected to the VF connector
on this unit, picture from the left or a right camera only, or
pictures from both the L/R cameras can be monitored. For L/R
camera pictures, split, mix, or Y-difference display function
required for rig adjustment for camera setup can be switched.
Linking with an MPE-200 with lens meta data
If a lens supporting serial data transmission is used, the focal
length of the lens, zoom position, and iris data are overlaid on
an HD-SDI signal output from the CCU as meta data, which
supports linking operation with an MPE-200 Multi Image
Processor.
Remote operation of a 3D rig1) using a trunk data
line
General-purpose control signals of up to 150 kbaud can be
transmitted as trunk data. The RS-232C or RS-422 signals
Product type Model name
3D multicamera HDC-P1
HDC1600R/1500R/
1400R/1550R/
1450R
HDC1600/1500/
1550
Camera control unit HDCU1000a)/1500b)
RGB 4:4:4 transmission (2D)
camera
F35
Master Setup Unit MSU-1000/1500
Remote Control Panel RCP-1000c)/1001c)/
1500/1501/1530

6Overview
such as 3D-rig control signals can be transmitted between the
CCU and HDFA-200.
1) Rig: A device to mount two cameras
Improving half-mirror rig operation, using an H/V
inverting function
A function to compensate for picture inversion on a half-mirror
rig (L/R/H inversion/V inversion/HV inversion, etc.) is
implemented. Signal delay caused by inversion is also
compensated for.
Simplifying system configuration for HDC-P1
operation
Use of UNIVERSAL SYNC simplifies camera connection,
because a CCA-5 camera control signal cable is not required
for connecting an HDC-P1 HD Multi Purpose Camera and the
unit.
Lightweight and compact design enabling a flexible
operation
Mass of only about 3.8 kg (lighter than a portable camera) and
multiple general-purpose screw holes allow easy mounting to
a rig, tripod adaptor or clamp.

7
Overview
System Configuration
System configurations using peripherals and related devices
are shown in the figures below.
The PLD and software versions installed with the devices to be
used should be updated.
• Make the adjustments required for shooting with the
cameras before connection.
• For 3D operation, be sure to use two cameras of the same
model.
• In 3D mode, the left camera functions as the main camera.
Adjusted values registered for the left camera take priority.
The right camera follows the left camera other than for offset
setting items.
• Production of some of the peripherals and related devices
shown in the figures might be discontinued. For advice on
choosing devices, please contact your Sony dealer or a
Sony sales representative.
• Power capacity supplied from the DC OUT connectors is
limited.
For details, see “Notes on Power Supplied from This Unit”
(page 14).
3D multicamera system operation example
Standalone operation example (two cameras)
Notes
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 INAUDIO IN 2AUDIO 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
DC OUT REF OUT SDI IN
DC OUT
REF OUT
SDI IN
DC IN
SDI1 OUT
CAM-SUB(R)
CAM-MAIN(L)
VF SDI2 OUT
RCP-1500/1501/1530
Remote Control Panel
HDVF-C950W/C730W/
C550W/EL75 Viewfinder
HDFA-200
Picture monitor
AC Adaptor
AC-DN10/DN2B AC power
SR recorder
HDC-P1
(Right camera)
HDC-P1
(Left camera)

8Overview
System operation example (two cameras with a Camera Control Unit)
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 INAUDIO IN 2AUDIO 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
CAM-MAIN(L)
REF OUT SDI IN CAM-SUB(R)SDI1 OUT SDI2 OUT TEST OUT
DC OUT
4A max
CAM-SUB(R)
DC OUT
CAM-MAIN(L)
DC OUT DC INAUDIO IN 2AUDIO IN 1
PROMPTER1/
GENLOCK IN
REF OUT SDI IN
MIC MIC
LINE
OFF
+48V
AES/EBU
LINE
OFF
+48V
INTERCOM
DC OUT REF OUT SDI IN
DC OUT
REF OUT
SDI IN
REMOTE
REMOTE
CAM-SUB(R)
CAM-MAIN(L)
DC OUT REF OUT SDI IN
DC OUT
REF OUT
SDI IN
CAM-SUB(R)
CAM-MAIN(L)
VF SDI2 OUT
Optical fiber
cable
RCP-1500/1501/1530
Remote Control Panel
HDCU1000+HKCU-HB10
Camera Control Unit
HDFA-200
Intercom headset
Picture
monitor
HDVF-C950W/C730W/
C550W/EL75 Viewfinder
HDC-P11)
(Right camera)
HDC-P11)
(Left camera)
HDC1500R/1400R/1600R1)
(Right camera)
HDFA-200
HDC1500R/1400R/1600R1)
(Left camera)
1) Do not connect a viewfinder to
reduce the power consumption
of a camera.
When connecting HDC-P1 cameras

9
Overview
System operation example with a Digital Cinematography Camera F35
An F35 with a Camera Control Unit
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 INAUDIO IN 2AUDIO 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
60
5.6
8
11
16
CL
2.8
2
1.6
T
ff
4
30
20
15
12
10
8
7
6
5.6
5
4.6
SDI IN
(CAM-SUB(R))
DC OUT
REF OUT
SDI IN
REMOTE
CAM-MAIN(L)
INTERCOM
VF
SDI2 OUT
RCP-1000-series
Remote Control Panel
Intercom headset
Optical fiber
cable
HDCU1000+HKCU-HB10
Camera Control Unit
Picture monitor
HDVF-C950W/C730W/
C550W/EL75 Viewfinder
F35 Digital Cinematography
Camera
HDFA-200

10 Overview
Parts Identification
Front panel
aCamera Control Unit (CCU) connector (optical fiber
connector)
Connect an HDCU1000 Camera Control Unit with an HKCU-
HB10 3G Fiber Transmission Unit mounted or HDCU1500 with
an HKCU-HB15 mounted, using an optical fiber cable.
A single optical fiber cable enables transmission of power,
control signals, video signals, and audio signals between two
cameras and an HDCU1000/1500.
bCable clamp belt attachment screw holes
Attach the cable clamp belt (supplied) to secure the optical
fiber cable.
Rear panel
SY type: Models for JN and SY
aINTERCOM connector (XLR 5-pin)
Connect an XLR 5-pin headset for input and output of intercom
audio signals.
The connector can be used for communication over the
engineer line when the camera is in standby status.
bPGM1 (Program 1) knob
To adjust the audio listening level of program 1.
cPGM2 (Program 2) knob
To adjust the audio listening level of program 2.
dRET 1 (return video 1) button
The return video 1 signal is displayed on the viewfinder screen
while the button is held pressed.
eRET (return video) button and 2/3/4 (return video 2/3/4)
select switch
When other return video systems are used in addition to return
video 1, the signal selected with the 2/3/4 select switch is
displayed on the viewfinder screen while holding the RET
button pressed.
The RET 1 button has priority over the RET (2/3/4) button if
both buttons are pressed.
f“Memory Stick Duo” slot and access lamp
When you insert a “Memory Stick” into the slot, the access
lamp lights in green.
The lamp is lit in red while writing/reading data to/from the
“Memory Stick.”
• Only a “Memory Stick” of Duo size can be used with the
camera.
• When the access lamp is lit in red, do not insert/remove the
“Memory Stick Duo” or turn off the camera.
For details on “Memory Stick”, see “Using a “Memory Stick””
(page 35).
gCAMERA POWER switch and indicator
CCU: To operate on power supply via the connected CCU.
OFF: Not to supply power.
EXT: To operate on power supply through the DC IN
connector.
The indicator is lit in green during operation. It is lit in red while
standby power is being supplied from the CCU, even if the
switch is set to OFF.
If the unit is connected to a CCU with the switch set to EXT for
power being supplied through the DC IN connector, the
CABLE ALARM (OPEN) indicator on the CCU may light, but
the unit and CCU can be used.
hCALL button
Press to call the operator of the external control device (RCP,
etc.). The call lamp of the connected device will light.
iLine select switch
To select the intercom line:
PROD: Producer line
ENG: Engineer line
jMIC (microphone) switch
Turns ON and OFF the microphone of the intercom headset.
ON: To turn on the microphone.
OFF: To turn off the microphone.
PTT: To turn on the microphone while the switch is set to this
position. The switch is not locked at this position.
kINTERCOM level control
To adjust the intercom audio listening level.
lDISPLAY switch
Select the display on the viewfinder screen.
ON: To display various textual information, such as messages
showing the camera settings and operating status, in
addition to camera images.
OFF: To display camera images only.
12
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67
INTERCOM
CAMERA POWER
INTERCOM
CALL
PRO Duo
DISPLAY ASSIGNABLE PROD
ENG
PGM2 VF SOURCE MIC
ON
BOTH MIX SPLIT DIFF CAM HD PROMPT LR
OFF
EXTOFFCCU PTT
ON
OFF
MENU
PGM1 RET1 RET 2 3 4
Note
Notes
Note

11
Overview
MENU: To display menus for settings, in addition to camera
images.
mMenu control knob (rotary encoder)
Used to select settings from menus displayed on the
viewfinder screen (by rotating it) and to confirm settings (by
pushing it). Displayed items are depending on the setting of
the DISPLAY switch.
When set to ON: The status screen is displayed when the
knob is pressed.
When set to OFF: The VF SOURCE message is displayed
when the knob is pressed. If the knob is pressed again
while the message is displayed, the displayed items can be
operated.
When set to MENU: The ordinal menu operation is available.
For details, see “Screen display of the viewfinder” (page 20).
nASSIGNABLE button
You can assign a function by using ASSIGN REAR on the
<SWITCH ASSIGN> page of the OPERATION menu.
oVF SOURCE switches
In 3D mode, these select the pictures to be displayed on the
viewfinder screen.
L/BOTH/R switch
L: To display the main camera (left) picture.
BOTH: To display the pictures of both the main (left) and sub
(right) cameras. The displayed style is selected with the
MIX/SPLIT/DIFF switch.
R: To display the sub camera (right) picture.
MIX/SPLIT/DIFF switch
Select the display style for when the L/BOTH/R switch is set to
BOTH. The settings for each screen are made on the VF
SOURCE page of the OPERATION menu. The display style
for each camera is set with the menu of the camera.
MIX: To display the mixed pictures from the main (left) and sub
(right) cameras.
SPLIT: To display the pictures from the main (left) and sub
(right) cameras on a split screen.
DIFF: To display difference between the pictures from the
main (left) and sub (right) cameras.
CAM/HD PROMPT switch
Select a picture to be displayed on the viewfinder screen.
CAM: To display the picture from the cameras connected to
the unit. The displayed picture is selected with the L/BOTH/
R and MIX/SPLIT/DIFF switches.
HD PROMPT: To display the picture input to the HD
PROMPTER connector on the CCU. If the output signal of
an MPE-200 Multi Image Processor is input to the HD
PROMPTER connector on the CCU, the picture processed
with the MPE-200 can be monitored on the viewfinder
screen.
CE type: Models for CE and E33
1and 4to 8and qs to qg are the same as those of the SY
type.
bPROD (producer line) control
To adjust the intercom audio listening level of the producer
line.
cPGM1 (program 1) and PGM2 (program 2) controls
To adjust the audio listening level of program 1 or program 2,
respectively.
iENG (engineer line) control
To adjust the intercom audio listening level of the engineer line.
jMIC LINE (intercom microphone line) switch
To select the talk line for intercom:
PROD: To talk over the producer line
OFF: To turn off the headset microphone for the intercom line
ENG: To talk over the engineer line
kTRACKER control
To adjust the intercom audio listening level at the TRACKER
connector on the side panel.
89 0qa qs qd qf qg
13245
67
CAMERA POWER
INTERCOM
CALL
PRO Duo
DISPLAY ASSIGNABLE
PGM2 VF SOURCE
BOTH MIX SPLIT DIFF CAM HD PROMPT LR
EXTOFFCCU
ON
OFF
MENU
PGM1 RET1 RET 2 3 4PROD
ENG
MIC
LINE
PROD
OFF
ENG
TRACKER

12 Overview
Side panel
aCAM-MAIN(L) connectors (BNC type)
REF OUT: To supply an external gen-lock signal to the camera
for synchronization. Connect to the GENLOCK IN
connector on the main camera (left).
SDI IN: To input an HD-SDI signal of the camera. In 3D mode,
connect to the SDI 1 connector of the main camera (left).
bCAM-SUB(R) connectors (BNC type)
REF OUT: To supply an external gen-lock signal to the camera
for synchronization. Connect to the GENLOCK IN
connector on the sub camera (right).
SDI IN: To input an HD-SDI signal of the camera. In 3D mode,
connect to the SDI 1 connector of the sub camera (right).
cSDI1 OUT (serial digital interface) connector (BNC
type)
For HD-SDI signal output.
The output signal is selected by menu operation. The
selectable signal is different between 2D mode and 3D mode.
dSDI2 OUT (serial digital interface) connector (BNC
type)
For HD-SDI or SD-SDI signal output.
The output signal is selected by menu operation. The
selectable signal is different between 2D mode and 3D mode.
eTEST OUT connector (BNC type)
For an analog signal output.
This supplies a VBS signal, an HD signal equal to the signal
output from the VF connector, an HD-SYNC signal, or an SD-
SYNC signal, depending on which of these you have selected
on the menu.
The VBS output signal has no subcarrier phase-lock function
with respect to external sync signals.
fPROMPTER1/GENLOCK IN (prompter 1 signal output/
external sync signal input) connector (BNC type)
Set the switch according to the signal at the connector.
PROMPTER1: For output of the VBS prompter 1 signal (valid
only when a camera control unit is connected). When a
camera control unit having two prompter inputs is
connected, the signal of input 1 is output from this
connector.
GENLOCK IN: For input of an external gen-lock signal (BB or
3-level sync) when the camera is used as a standalone
device.
Even when a BB signal is used for the external sync signal, no
subcarrier phase-lock function is available for the VBS output
signal.
gCAM-MAIN(L) REMOTE connector (8-pin)
For transmitting the control signal with the camera. Connect
this to the REMOTE connector of an HDC1500R/1600R/
1400R/1500/1600 HD Color Camera or F35 Digital
Cinematography Camera. In 3D mode, connect it to the main
camera (left).
When an HDC-P1 is used, do not connect this connector.
hCAM-SUB(R) REMOTE connector (8-pin)
For transmitting the control signal with the camera. Connect
this to the REMOTE connector of an HDC1500R/1600R/
1400R/1500/1600 HD Color Camera. In 3D mode, connect it
to the sub camera (right).
When an HDC-P1 is used, do not connect this connector.
iREMOTE connector (8-pin)
For connection to an RCP-1000-series Remote Control Panel,
or MSU-1000/1500 Master Setup Unit.
jVF (viewfinder) connector (20-pin)
Connect the cable of the viewfinder (not supplied).
kCAM-MAIN(L) DC OUT connector
To supply power to the camera (10.5 to 17 V DC, max 5.5 A1)).
In 3D mode, connect to the DC IN connector of a camera used
as a main camera (left).
If an F35 Digital Cinematography Camera is connected,
connect to the DC IN connector on the interface box.
1) The power capacity to be supplied is limited. For details see “Notes
on Power Supplied from This Unit” (page 14).
1234567890
waw;qlqkqjqhqgqsqa qfqd
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 INAUDIO IN 2AUDIO 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
Note
Note
Note
Note

13
Overview
lCAM-SUB(R) DC OUT connector
To supply power to the camera (10.5 to 17 V DC, 5.5 A1) max.).
In 3D mode, connect to. the DC IN connector of a camera used
as a sub camera (right).
1) The power capacity to be supplied is limited. For details see “Notes
on Power Supplied from This Unit” (page 14).
mAUDIO IN 1 connector (XLR 3-pin) and select switches
Connect a channel 1 audio signal and set the switch according
to the connected source device.
Audio input select switch
Set to the appropriate position according to the equipment
connected to the AUDIO IN 1 connector.
MIC: When an external microphone is connected
LINE: When a line-level (0 dBu) signal source is connected
Microphone power switches
When a microphone is connected to the corresponding AUDIO
IN 1 connector, set whether or not to supply a power to the
microphone.
OFF: Not to supply a power
+48V: To supply a power of +48 V
(No function has been assigned to the uppermost position. No
power is supplied to the microphone.)
To supply a power of +12 V, consult your Sony representative.
nAUDIO IN 2 connector (XLR 3-pin) and select switch
Connect a channel 2 audio signal and set the switch according
to the connected source device.
Audio input select switch
Set to the appropriate position according to the equipment
connected to the AUDIO IN 2 connector.
MIC: When an external microphone is connected
AES/EBU: When a digital audio signal is connected (The
signal must be in synchronization with the camera output).
LINE: When a line-level (0 dBu) signal source is connected
Microphone power switches
When a microphone is connected to the corresponding AUDIO
IN 2 connector, set whether or not to supply a power to the
microphone.
OFF: Not to supply a power
+48V: To supply a power of +48 V
(No function has been assigned to the uppermost position. No
power is supplied to the microphone.)
To supply a power of +12 V, consult your Sony representative.
oDC IN (DC power supply input) connector (XLR 4-pin)
For connection to an AC-DN10 AC Adaptor, etc. to supply
power (10.5 to 17 V DC) to the unit.
pDC OUT (DC power supply output) 4A max connector
(4-pin)
To supply power to an external device such as a lens (10.5 to
17 V DC, max. 4 A2)). The output current depends on the
device to be used.
2) The power capacity to be supplied is limited. For details, see “Notes
on Power Supplied from This Unit” (page 14).
qAUX connector (12-pin)
For the future use.
rCRANE connector (12-pin)
For external interface, such as viewfinder and trunk signal.
sTRACKER connector (10-pin)
For communication a camera operator and tracker, and
transmission of Intercom 1 and 2. An up tally signal and
program audio signal are also output.
tRET CTRL (return control) connector (6-pin)
For connection to a CAC-6 Return Video Selector.
uDC OUT (DC power supply output) 0.5A max connector
(4-pin)
To supply power to a script light of a BKP-7911 Script Holder
(10.5 to 17 V DC, max. 0.5A3)).
3) The power capacity to be supplied is limited. For details, see “Notes
on Power Supplied from This Unit” (page 14).
Note
Note

14 Installation and Connections
Installation and
Connections
Notes on Power Supplied from This
Unit
Capacity of power current supplied from the DC OUT
connectors on the HDFA-200 is limited.
Supplied power voltage (when power is supplied from a CCU):
14 V
• CAM MAIN(L) DC OUT connector: max 5.5 A
• CAM SUB(R) DC OUT connector: max 4 A
• DC OUT 4A max connector: max 4 A
• DC OUT 0.5 A max connector: max 0.5 A
• VF connector: power of up to 2 A can be supplied to a
connected viewfinder
• AUX connector: power of up to 1 A can be supplied to a
connected device
• TRACKER connector: power of up to 0.5 A can be supplied
to a connected device
• The total amount of current from the above-mentioned
connectors is 13 A in maximum. The maximum amount of
the current is limited depending on the type of CCU and the
length of the optical fiber cable used.
• The total amount of current from the CAM SUB(R) DC OUT
connector and DC OUT 4A max connector is limited to 6.5
A.
Limit of power supply according to the cable
length
The amount of the supplied current depends on the optical
fiber cable length as shown below.
When connecting to an HDCU1000
Optical fiber cable length 1900 m (6232 ft.): max. 7 A
Optical fiber cable length 1600 m (5248 ft.): max. 9 A
Optical fiber cable length 1200 m (3936 ft.): max.12 A
Optical fiber cable length 1100 m (3608 ft.): max. 13 A
When connecting to an HDCU1500
Optical fiber cable length 1100 m (3608 ft.): max. 6 A
Optical fiber cable length 700 m (2296 ft.): max. 8 A
Optical fiber cable length 200 m (656 ft.): max. 9.2 A
Optical fiber cable length 50 m (164 ft.): max.10 A
• The above values are merely reference values (from
measurements taken with use of FURUKAWA ø9.2-mm
cable).
• If an HDFA-200 is operated with external DC power, the
amount of current supplied to external devices is 8 A at
maximum.
Mounting the Unit to a Tripod
The unit can be mounted on a tripod, using one of the tripod
mounting holes on the bottom of the unit.
.
• Select an appropriate hole from among those at the bottom
of the unit, considering the balance of the weight of the unit
and the tripod. If an inappropriate hole is selected, the unit
may fall over.
• Check that the size of the selected hole matches that of the
screw of the tripod. If they do not match, the unit cannot be
attached to the tripod securely.
Mounting on a Rig
The HDFA-200 can be mounted on a rig, using the holes on
the bottom or top of the unit (see “Dimensions” (page 38)).
Select appropriate holes according to the type and weight of
the rig.
For details on mounting, consult a rig manufacturer.
Notes
Notes
Caution
Tripod mounting holes

15
Installation and Connections
Connecting Cameras
Connect cameras to the unit, and connect the unit and CCU,
using an optical fiber cable.
Connecting an HDC-P1
Settings when connecting HDC-P1 cameras
When an HDFA-200 and HDC-P1 cameras are connected, a
CCA-5 camera control signal cable cannot be connected.
Communication between an HDFA-200 and HDC-P1 is made
with the special sync (UNIVERSAL SYNC) and command
signals overlaid on the HD-SDI signal.
Check that 3D mode is set to ON on the RCP, MSU or CCU.
To set on an HDFA-200
Set REF OUT of CAM1 and CAM2 on the ADAPTER MODE
(M05) page of the MAINTENANCE menu to UNIVERSAL.
For the other settings, see “Preparatory Settings” (page 22).
To set on an HDC-P1
Set GENLOCK on the GENLOCK (M13) page of the
MAINTENANCE menu to ENABLE. HV Phase adjustment
value for GENLOCK is automatically invalid.
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 INAUDIO IN 2AUDIO 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
SDI1 SDI1
GENLOCK IN GENLOCK IN
DC IN
DC IN
SDI2 OUT
CCU
VF
REF OUT/
CAM-SUB(R)
DC OUT/
CAM-MAIN(L)
SDI IN/
CAM-SUB(R)
SDI IN/
CAM-MAIN(L)
REF OUT/
CAM-MAIN(L)
DC OUT/
CAM-SUB(R)
HDCU1000+HKCU-HB10
Camera Control Unit
Viewfinder
HDFA-200
Picture monitor
HDC-P1
(Right camera)
HDC-P1
(Left camera)
Front

16 Installation and Connections
Connecting an HDC1500R/1600R/1400R/1500/1600
Settings when connecting HDC1500R-series
cameras
Connect a CCA-5 camera control signal cable (hereafter
referred to as CCA-5 cable) to control the camera from an
HDFA-200. Be sure to make left and right camera connections
correctly. The camera to which the CCA-5 cable for left side is
connected is the main camera. In normal operation, the CCA-
5 cable connection, left or right, cannot be distinguished.
Display the Channel ID and check the left and right cameras.
Check that 3D mode is set to ON on the RCP, MSU, or CCU.
To set on an HDFA-200
Set REF OUT of CAM1 and CAM2 on the ADAPTER MODE
(M05) page of the MAINTENANCE menu to HD-SYNC.
For the other setting, see “Preparatory Settings” (page 22).
Special SYNC (UNIVERSAL SYNC) cannot be used as a
reference signal. Be sure to set to HD-SYNC.
To set on an HDC1500R-series camera
Set the GENLOCK IN/RET IN/PROMPTER switch on the rear
panel to GENLOCK IN.
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 INAUDIO IN 2AUDIO 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
OFF
+48V
MIC
FRONT MIC
DC OUT
AUDI O IN
CH1 CH2
TEST
OUT
SDI 2
DC IN 10.5-17V
PROMPTER
RET IN
GENLOCK IN
LINE
OFF
+48V
MIC
AES/EBU
LINE
EARPHONE REMOTE RET CTRL
CRANETRACKER
OFF
+48V
MIC
FRONT MIC
DC OUT
AUDI O IN
CH1 CH2
TEST
OUT
SDI 2
DC IN 10.5-17V
PROMPTER
RET IN
GENLOCK IN
LINE
OFF
+48V
MIC
AES/EBU
LINE
EARPHONE REMOTE RET CTRL
CRANETRACKER
CCU
SDI1
SDI 1)
REMOTE
REMOTE
DC IN
DC IN
SDI1
SDI 1)
SDI2 OUT VF
REF OUT/
CAM-SUB(R)
REMOTE/
CAM-MAIN(L)
DC OUT/
CAM-MAIN(L)
REF OUT/
CAM-MAIN(L)
SDI IN/
CAM-SUB(R)
REMOTE/
CAM-SUB(R)
SDI IN/
CAM-MAIN(L)
DC OUT/
CAM-SUB(R)
1) When connecting with an HDC1400R
HDC1500R/1600R/
1400R/1500/1600
(Right camera)
HDC1500R/1600R/
1400R/1500/1600
(Left camera)
HDCU1000+HKCU-HB10
Camera Control Unit
Viewfinder
Picture monitor
Front
HDFA-200
Note

17
Installation and Connections
Connecting an F35
Settings when connecting an F35 (2D mode)
Set 3D mode to OFF on the RCP, MSU, or CCU.
To set on an MSU or RCP
Set on the Configuration screen as shown below.
1Display the Configuration screen (Config screen for
an RCP).
2Select 3D System.
3Select 3D Mode.
4Set 3D mode to OFF.
To set on a CCU
Set 3D OPE to OFF on the 3D SETTINGS (S08) page of the
SYSTEM OPERATION menu. Then set EVS/SHUTTER to
OFF on the DISPLAY (C10) page of the CCU
CONFIGURATION menu.
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 INAUDIO IN 2AUDIO 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
OFF ON
REMOTE
23
M
S
MO
SD
AUDIO IN
CH-2
LINEMIC
+48VON
CH-1
LINEMIC
+48VON
HD-SDI
A
B
CCU
DC IN
SDI2 OUT VF
REMOTE/
CAM-MAIN(L)
DC OUT/
CAM-MAIN(L)
SDI IN/
CAM-MAIN(L)
SDI IN/
CAM-SUB(R)
HD SDI B
REMOTE
GEN LOCK IN
REF OUT/
CAM-MAIN(L)
HD SDI A
HDCU1000+HKCU-HB10
Camera Control Unit
ViewfinderPicture monitor
Front
HDFA-200
F35 Digital
Cinematography Camera

18 Installation and Connections
Connecting a Camera Control Unit
(CCU)
Connecting the unit and a CCU
A camera control unit (CCU) to be connected to this unit
requires that an HKCU-HB10/HB15 3G Fiber Transmission
Unit be mounted. Connect the unit and CCU, following the
procedures below.
1Remove the cap from the fiber connector of this unit.
2Connect the CCU connector on the unit and the
CAMERA connector on a CCU, using an optical fiber
cable.
3Set the CAMERA POWER switch on the unit to CCU.
Once connection is made correctly and power is supplied to
the unit, the CAMERA POWER indicator on the unit and the
POWER indicator on the CCU light in green.
Using the cable clamp belt
When a cable clamp belt (supplied) to the unit, an optical fiber
cable can be fastened to the front panel of the unit.
1Insert the belt bracket into the upper loop of the cable
clamp belt and secure the cable clamp belt to the
camera, using the two supplied screws (+B3×8).
21Release the buckle, 2bundle the cable with the
belt, 3then lock the buckle again.
3Adjust the length by pulling down the end of the belt.
Cable clamp attachment
screw holes
Two screws
(supplied)
Cable clamp belt (supplied)
Belt
bracket
(supplied)
1
3
2
Optical fiber
cable

19
Installation and Connections
Connecting a CCU in 3D mode
To connect an HDCU1000
To connect an HDCU1500
HD TRUNK OUT HD PROMPTER IN
AUX REMOTE
AUX REMOTE
Not used in 3D mode
SLOT2
A signal from a camera connected via the CAM
SUB(R) connector is output. If an HKCU20051) is
mounted in SLOT2, the L/R 3D signals are output
as 3G-SDI.
SLOT3 to 6 (open slots)
Monitor signals selected on an MSU
can be output. If an HKCU20051) is
mounted in SLOT2, various 3D
monitor signals can be output.
SLOT1
A signal from a camera
connected via the CAM
MAIN(L) connector is output.
HD TRUNK OUT
Not used in 3D mode.
1) An HKCU2005 3G Single Link Interface
Unit is optional.
HD TRUNK OUT HD PROMPTER IN
HD TRUNK OUT
Not used in 3D mode.
SLOT1
A signal from a camera connected via the CAM
MAIN(L) connector is output.
SLOT22)
A signal from a camera connected to the CAM
SUB(R) connector is output. If an HKCU20051)
is mounted in SLOT2, the L/R 3D signals are
output as 3G-SDI.
SLOT3
Monitor signals selected on an MSU
can be output if an HKCU10051) is
mounted. If an HKCU20051) is mounted
in SLOT2, various 3D monitor signals
can be output.
1) An HKCU1005 SDI Output Expansion
Unit and HKCU2005 3G Single Link
Interface Unit are optional.
2) Be sure to mount an HKCU1005 or
HKCU2005 in SLOT2.

20 Installation and Connections
Attaching a Viewfinder
Attaching a viewfinder to the unit
Attach the viewfinder using the viewfinder attaching holes on
the top of the unit.
1Remove the four plastic caps from the viewfinder
attaching holes.
2Attach the V-wedge shoe attachment (supplied with
the viewfinder) to the unit using the hexagonal
wrench (supplied with the viewfinder) and four
hexagonal screws (4×12, supplied with the
viewfinder).
Never use the screws longer than 4×12.
3Mount the viewfinder firmly in the V-wedge shoe
attachment.
There is an audible click when the viewfinder snaps into
the attachment.
Screen display of the viewfinder
Besides the video image, characters and messages showing
the camera settings and operation status are displayed on the
viewfinder screen.
Split screen, left and right camera picture inversion, or
difference between the left and right camera pictures are
available with settings on the VF SOURCE (03) page of the
OPERATION menu. These functions can also be operated
with the switches in the VF SOURCE block on the rear panel
without using menu operation.
When the DISPLAY switch is set to ON
Items set to ON using the menu or related switches on the
camera will be displayed.
When an F35 is connected, set zoom position, focus position,
and shutter/ECS not to be displayed.
Note
AUX CRANE TRACKER RET CTRL DC OUT
0.5A max
R1/
N
CAM-MAIN(L)
REMOTE CAM-SUB(R)
REMOTE REMOTE VF
INTERCOM
CAMERA POWER
INTERCOM
CALL
PRODuo
DISPLAY
ASSIGNABLE
PROD
ENG
PGM2 VF SOURCE
MIC
ON
BOTH MIX SPLIT DIFF CAM HD PROMPT
LR
OFF
EXT
OFF
CCUPTT
ON
OFF
MENU
PGM1 RET1 RET 234
Plastic caps (×4)
AUX CRANE TRACKER RET CTRL DC OUT
0.5A max
R1/
IN
CAM-MAIN(L)
REMOTE CAM-SUB(R)
REMOTE REMOTE VF
INTERCOM
CAMERA POWER
INTERCOM
CALL
PRODuo
DISPLAY
ASSIGNABLE
PROD
ENG
PGM2 VF SOURCE
MIC
ON
BOTH MIX SPLIT DIFF CAM HD PROMPT
LR
OFF
EXT
OFF
CCUPTT
ON
OFF
MENU
PGM1 RET1 RET 234
V-wedge shoe
attachment
Hexagonal screws (×4)
Note
Viewfinder
INTERCOM DISPLAY ASSIGNABLE PROD
ENG
PGM2 VF SOURCE MIC
ON
BOTH MIX SPLIT DIFF CAM HD PROMPT LR
OFF
PTT
ON
OFF
MENU
PGM1 RET1 RET 2 3 4
L/BOTH/R switch MIX/SPLIT/DIFF switch
Menu control knobDISPLAY switch