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As of May 8, 2012
BRU-SF10
1. Single mode fiber cable supported
The BRU-SF10 supports single mode optical fiber cable ensuring 2,000m transmission at maximum.
2. Status display on the front panel
The following various status displays are newly added on the front panel of the BRU-SF10 to increase its usability.
- 1080i/720p, 59.94/50, RS-232C/422, 9600/38400bps
- Camera ID : 1~7
3. Monitor output
By inserting the BRBK-HSD2, the HD/SD-SDI output card into optional card slot, the BRU-SF10 enables monitor
output. By terming off data mix, it enables various camera settings without displaying OSD on video out signal (main
line).
4. Uncompressed digital transmission
The BRU-SF10 features uncompressed multiple signal operation via a single cable. Video, sync, pan/tilt control,
camera control signal and audio line-in signal can be transmitted using with the CCFC-S200, single mode optical fiber
cable and the BRBK-SF1, HD optical multiplex card. The distance between the BRU-SF10 and the BRC-Z330/-H900
can be extended to a maximum 2,000m (6,560 feet). The Single cable operation makes it possible to integrate the
camera system easily.
5. Variety of video signal output
The BRU-SF10 is equipped with analog RGB or Y/Pb/Pr signal output as standard. Furthermore, 2 built-in optional

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card slots enable to provide various signals in order to broaden the range of applications. For instance, HD-SDI signal
can be provided when installing the BRBK-HSD2 into the card slot. Two same kinds of cards can be installed into the
BRU-SF10 at the same time.
6. External sync signal input/output equipped
When multiple BRC-Z330 or BRC-H900 HD cameras or combination of BRC-Z330 and BRC-H900 HD cameras are
connected via the Optical Fiber Cable, the video signal can be synchronized by inputting the sync signal into the
external sync input connector.
7. Audio line output connectors (phono jacks, L/R) equipped
The BRU-SF10 allows output of stereo audio line signals that are transmitted from the BRBK-SF1 HD Optical
Multiplex Card inserted into the BRC-Z330/-H900 HD camera.
8. RS-232C/RS-422 serial control by VISCA™
All of camera and pan/tilt functions can be controlled via VISCA commands with a remote controller or a PC. This
unit incorporates the VISCA Mini DIN 8pin connectors for RS-232C control between BRU-SF10 and
BRC-Z330/-H900. Additionally, the dedicated 9pin connector is incorporated for RS-422 control from far location.
While the RS-232C is extended up to 15m (50feet) officially, the RS-422 is up to approximately 1.2km (4,000feet).
The data transmission speed of the RS-422 and the RS-232C can be selected either 9600bps or 38400bps.
BRBK-SA1
Analog SD output card
The BRBK-SA1 enables down convert to analog SD output signal when installed into the BRU-SF10 built-in card slot.
This can be used as an optional card for the BRC-Z330/-H900*.
*Note: Although the BRBK-SA1 can be used with the BRC-Z330/1, in case of using with previous version of the
BRC-Z330, it requires version upgrade.

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BRBK-HSD2
HD/SD-SDI output card
The BRBK-HSD2 provides HD-SDI signal when installed into the BRU-SF10 built-in card slot. By turning off data
mix, it enables various camera settings without displaying OSD on video out signal (main line). This can be used as an
optional card for the BRC-Z330*/-H900.
Note 1: Although the BRBK-HSD2 can be used with the BRC-Z330/1, in case of using with previous version of the
BRC-Z330, it requires version upgrade.
BRBK-SF1
1. HD optical multiplex card
The BRBK-SF1 provides high quality optical multiplex HD signal and audio line-in signal when installed into the
BRC-Z330* /-H900 built-in card slot.
Note: Although the BRBK-SF1 can be used with the BRC-Z330/1, in case of using with previous version of the
BRC-Z330, it requires version upgrade.
2. Audio line input
The BRBK-SF1 is equipped with phono jack for Audio input. By installing the BRBK-SF1 into the BRC-Z330/-H900,
image signal of the BRC-Z330/-H900 and analog audio signal received by the BRBK-SF1 can be simultaneously
transferred to the BRU-SF10 via single mode optical fiber cable. This is effective when a microphone is set near
the BRC-Z330/-H900 located in distant place while the BRU-SF10 located by an operator who needs both image and
audio at the same time.
CCFC-S200
Single mode optical fiber cable
The CCFC-S200 is a single mode optical fiber cable for connecting the BRC-Z330/-H900 (with BRBK-SF1) to the
BRU-SF10. The CCFC-S200 can transmit uncompressed digital data without any deterioration. It can be extended up
to 2000m (6,560 feet) using with supplied cable extension adaptor.

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System Configurations
(When the BRBK-HSD2 x1 is inserted into the BRU-SF10)
Note: The BRBK-HD2 for the BRC-Z330/-H900 can not be used with the BRU-SF10.
Pin Assignment and Connection
BRU-SF10
VISCA RS-232C IN pin assignment
VISCA RS-232C OUT pin assignment
Data Transmission Ready (INPUT)
Data Transmission Ready (OUTPUT)

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VISCA RS-422 pin assignment
D-Sub 15P pin assignment
When setting YPbPr
COMPONENT
When setting
COMPONENT
at VD

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Specifications
BRU-SF10 Brochure specifications
LC Duplex Fiber Connector
D-Sub 15 pin: Component (Y/Pb/Pr) or RGB, HD, VD or SYNC
Mini DIN 8 pin: RS-232C (VISCA IN), Mini DIN 8 pin: RS-232C (VISCA OUT),
Connector plug 9 pin: RS-422 (VISCA IN/OUT)
0 to 40 °C (32 to 104 ºF)
-20 to 60 °C (-4 to 140 ºF)
12 V DC (10.8 V to 13.2 V DC)
Max. 15.6W (with optional cards)
210 x 86 x 240 mm (8 3/8 x 3 1/2 x 9 1/2 inches)
AC adaptor (1), Power cord (1), DC-cord secure connection attachment (1), RS-422
connector plug (1), RS-232C connecting cable (3 m, Mini DIN 8 pin) (1), Operating
instructions (1)
BRU-SF10 Additional specifications
Standard Sync
RGB three-state Sync
Y three-state Sync
SD Sync
External Sync. Lock capability
BNC x1: VIDEO,
Mini DIN 4pin x1: S VIDEO,
D-sub 9pin x1: RGB/SYNC
12 V DC (supplied from the camera or the Optical Multiplex Unit)

0 °C to 40 °C (32 °F to 104 °F)
20% to 80% (no condensation)
–20 °C to + 60 °C (–4 °F to +140 °F)
20% to 95% (no condensation)
134 × 25.6 × 74.6 mm (w/h/d) (5 3/8 × 1 1/16 × 3 inches) (not including the
projected parts)
Operating instructions (1)
12 V DC (supplied from the camera or the Optical Multiplex Unit)
0 °C to 40 °C (32 °F to 104 °F)
20% to 80% (no condensation)
– 20 °C to + 60 °C (–4 °F to +140 °F)
20% to 95% (no condensation)
134 × 25.6 × 74.6 mm (w/h/d) (5 3/8 × 1 1/16 × 3 inches) (not including the
projected parts)
Operating instructions (1)
LC duplex Fiber connector (1)
Phono jack, right (1)/left (1)
12 V DC (supplied from the camera)
0 °C to 40 °C (32 °F to 104 °F)
20 % to 80 % (no condensation)
–20 °C to + 60 °C (–4 °F to +140 °F)
20 % to 95 % (no condensation)
134 × 25.6 × 74.6 mm (w/h/d) (5 3/8 × 1 1/16 ×3 inches) (not including the
projected parts)

Operating instructions (1)
LC duplex optical fiber cable
Safety approval
BRU-SF10 UC UL+cUL: UL60950-1/CSA C22.2 No.60950-1
FCC/IC: Digital Device Class A
Laser: DHHS/DNHW
BRBK-SA1 WW North America FCC/IC: Digital Device Class A
BRBK-HSD2 WW North America FCC/IC: Digital Device Class A
BRBK-SF1 WW North America FCC/IC: Digital Device Class A
Laser: DHHS/DNHW

Fiber cable Max. extension
59.94i: AC 100 to 120V, 50/60Hz
50i: AC 220 to 240V, 50/60Hz
NTSC: AC 100 to 120V, 50/60Hz
PAL: AC 220 to 240V, 50/60Hz
Max. 15.6W (with optional cards)
Max. 10W (without optional cards)
9W (without optional cards)

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CCFC-S200 Specification
1. General information
This specification covers the descriptions of the optical fiber cable with connector.
The following describes the structure and the characteristics of it.
2. Product Name
Nonflammable SM type optical fiber cable with duplex LC connector plug on both sides
3. Cable Name
FR-SMC•10/125•04-2XSF<Cord Color: Yellow, Sheath Color: Black, VW-1>
Cable specification number: JAT-19216B
4. Applicable standard
(1) JIS C 6820 General rules of optical fiber
(2) JIS C 6823 Measurement methods for attenuation of optical fibers
(3) JIS C 6825 Test methods for structure parameter of single mode optical fibers
(4) JIS C 6835 Silica glass single mode optical fibers
5. Environment condition
Storage temperature: -20 degrees to +60 degrees
Operating temperature: -15 degrees to +60 degrees
Storage humidity: Less than 95%RH
Operating humidity: Less than 85%RH

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6. Structure
6.1 Optical fiber cord
Single mode (SM) silica glass optical fiber
Cladding noncircular ratio
Fiber curl radius m Min. 2
Material - UV curable material
Reinforcement - Aramid yarn
Material - Flame retardant polyethylene
Arrange optical fiber cords and
strength member as below
Flame retardant polyethylene
*”FUJIKURA-S E49075 AWM VW-1 SM” is serially printed on the surface of cable sheath.

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*Identification of optical fiber cord shall be made by sequential number printed on the jacketing
(numbering).
6.3 Optical Connector
6.4 The structure of optical fiber cable with connector plug on both side
Flame retardant SM type optical fiber cable with duplex LC connector plug on both side: Refer to
PNJHG-3200-62-05A
The structure of part relieving the cord bending near connector plug: Refer to PNJHG-3200-62-02B

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7. Optical characteristics
7.1 Optical fiber core wire
Zero
dispersion
wavelength
L=Cable length (Km)
7.2 Optical connector
*Cable with connector add connection loss of connector to transmission loss of cable
8. Mechanical characteristics
8.1 Optical fiber cord
Permissible tensile force
Permissible bending radius
Permissible tensile force
Permissible bending radius
(Only thickness direction)

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9. Flame retardant characteristics
9.1 Optical fiber cable
10. Package
The cable is winded up in a coil and the connector part should be protected from damage while
transportation

Label (white)
Refer to the Note
Flame Retardent Fiber Cable
Note: The following items should be on the label
Produced year, month and day
Nonflammable optical fiber cable with
duplex LC connector plugs on both sides

Spacer (should not be spread)
Flame Retardent Fiber Cable
Nonflammable optical fiber cable with
duplex LC connector plugs on both sides