Vislink FCDT-ASSY-7010, FCDT-ASSY-7014, FCDT-ASSY-7008, FCDT-ASSY-7004, FCDT-ASSY-7003 User Manual

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Vislink, Waterside House, Earls Colne Business Park, Colchester, Essex, CO6 2NS, UK

Telephone: +44 (0)1442 431300 ● Facsimile: +44 (0) 1494 775356 ● Email: sales@vislink.com ● Website: www.vislink.com

Company Registered in England & Wales no. 10523708 ● VAT registration no. GB 260 012 169

Registered Office: Waterside House, Earls Colne Business Park, Colchester, Essex, CO6 2NS, UK

Issue No: M Page: ii

The information contained in this manual remains the property of Vislink and may not be used, disclosed or reproduced in any other form whatsoever without the prior written permission of Vislink.

Vislink reserves the right to alter the equipment and specification appertaining to the equipment described in this manual without notification.

This document is supplied on the express terms that it is to be treated as confidential and that it may not be copied, used or disclosed to others for any purpose except as authorized by Vislink.

Some images used are for illustration purposes only and may differ from the actual supplied components.

NOTE: Notes are used to convey additional information.

CAUTION: Cautionary notes are given where potential equipment damage could occur. WARNING: Warnings are shown where there is potential for personal danger or death. This

warning should be read and understood before attempting to carry out any work on any equipment attached or related to the equipment in use. The danger is real and not understanding the warning could lead to injury, harm or potential death.

Issue No: M Page: iii

Issue

Date

Changes

April 2015

First issue

07/10/2015

Useful Part numbers – Change OCP5 Reference

13/11/2015

Added GV Data cable information SAR safety recommendations added

11/01/2016

Ikegami information added

11/02/2016

‘Scan’ mode information added

22/02/2016

8.1 LDK Part Number updated. Updated the document template and layout - non -technical changes.

18/04/2016

‘Send All’ information added. Ethernet connection between IDU to IDU information added. Grass Valley ‘one to one’ information added. Data connection changed from 5pin to 3pin XLR.

18/5/2016

Included information for Sony PXW-X320 camera Included Hitachi “send-all” information

3/6/2016

Added Section 1.6 Emissions for FCC compliance.

24/8/2016

Included Sony HDC-1700 Camera information. Included Ikegami HDK-97C Camera & OCP-100 Controller information. Sony ‘Auto RCP Off’ Information added. Grass Valley Cable added.

29/11/2016

Included Sony HDC-4300 Camera information. Included FC/UPC model variant. Updated System Configuration image. Included Panasonic PTZ information. Updated Grass Valley information. Included Sony Scene File recall information.

29/3/2017

Included Sony PDW-700 Camera information Updated Grass Valley ‘Multiplexing’ information Updated Panasonic PTZ Return Data information Updated Ethernet connection information Included ‘Transparent Mode’ information Included L1700 Data Rx information Included Grass Valley RS422 Multiplexing cable Included G Valley OCP400 Multiplex cable and defined the Non-Multiplex cable in Table 7-2.

14/09/2017

Corrected Section 3.4 to update the software menu list

Issue No: M Page: iv

1. General Information .................................................................................................. 1

1.1. General Safety Information ..................................................................................................... 1

1.2. Environmental ......................................................................................................................... 1

1.3. Disposal Instructions ............................................................................................................... 2

1.4. CE Compliance ......................................................................................................................... 2

1.5. Health & Safety - Exposure to Non-Ionizing (RF) Radiation/Safe Working Distances ............. 3

1.6. Emissions ................................................................................................................................. 4

1.6.1. FCC ........................................................................................................................................... 4

1.6.2. Safety Warning ........................................................................................................................ 4

1.6.3. Radio Specifications: ................................................................................................................ 5

2. Wireless Camera Control System ............................................................................... 7

2.1. Typical System Configuration .................................................................................................. 8

2.2. Frequency Programming and Available Frequency Bands ...................................................... 9

3. Camera Control Interface Unit - CRIU-ASSY-7XXX ..................................................... 11

3.1. Introduction ........................................................................................................................... 11

3.1.1. Compatible Camera Types with Manufacturer OCP/RCP...................................................... 12

3.1.2. Compatible OCP Type Cameras ............................................................................................. 12

3.2. Specifications ......................................................................................................................... 13

3.2.1. Controls and Indications ........................................................................................................ 13

3.2.2. Specifications ......................................................................................................................... 13

3.3. Pin Out Connection Tables .................................................................................................... 14

3.3.1. Camera Control Interface Unit .............................................................................................. 14

3.4. Menu Structure ..................................................................................................................... 17

3.4.1. Camera Control Interface Unit .............................................................................................. 17

3.4.2. Basic Setup Guide .................................................................................................................. 22

3.4.3. Licenses .................................................................................................................................. 22

3.4.4. Additional Interface Units ..................................................................................................... 23

3.4.5. Additional Transmitter Units ................................................................................................. 23

3.4.6. Return Data Connections ...................................................................................................... 24

3.4.7. Head Scanning Mode ............................................................................................................. 24

3.4.8. Sony Send All Operation ........................................................................................................ 25

3.4.9. Sony Auto RCP Off Operation ................................................................................................ 26

3.4.10. Sony Scene File Recall Operation .......................................................................................... 26

3.4.11. Sony PMW-F55 Configuration ............................................................................................... 26

3.4.12. Hitachi Send All Operation .................................................................................................... 26

3.4.13. Interface Unit to Interface Unit - Ethernet Connection ........................................................ 27

3.4.14. Grass Valley Configuration .................................................................................................... 28

3.4.15. Grass Valley Send All Operation ............................................................................................ 29

3.4.16. Transparent Mode ................................................................................................................. 29

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4. Camera Control Data Transmitter - FCDT-ASSY-7XXX ................................................ 31

4.1. Introduction ........................................................................................................................... 31

4.2. Specifications ......................................................................................................................... 31

4.2.1. Controls and Indicators ......................................................................................................... 32

4.3. Switch Position ...................................................................................................................... 32

4.4. Pin Connections ..................................................................................................................... 33

4.4.1. Camera Control Data Transmitter Unit ................................................................................. 33

4.5. Data Transmitter Antenna ..................................................................................................... 33

5. Data Receiver .......................................................................................................... 35

5.1. Introduction ........................................................................................................................... 35

5.2. Specifications ......................................................................................................................... 36

5.2.1. Data Receiver ......................................................................................................................... 36

5.3. InCam-G CABK-ASSY-7xxx ...................................................................................................... 36

5.3.1. InCam-G Connections ............................................................................................................ 37

5.4. InCam-S CABK-ASSY-7xxx....................................................................................................... 38

5.5. Clip-on4 Data Receiver CCCU-ASSY-7xxx ............................................................................... 39

5.5.1. Clip-on4 Camera Control Connections .................................................................................. 39

5.6. Standalone Data Receiver DR07-ASSY-7XXX ......................................................................... 40

5.6.1. Standalone Data Receiver Connections ................................................................................ 41

5.7. L17xx Built-in Data Receiver .................................................................................................. 42

5.7.1. L17xx Built-in Data Receiver .................................................................................................. 42

5.7.2. L17xx with FocalPoint, Camera Control Flexibility ................................................................ 42

6. Operators Control Panel (OCP5) OCP5-ASSY-7XXX .................................................... 43

6.1. General Description ............................................................................................................... 43

6.1.1. System Configuration ............................................................................................................ 43

6.1.2. Tally........................................................................................................................................ 43

6.1.3. Powering the OCP5 ................................................................................................................ 43

6.1.4. Data Connections to the OCP5 .............................................................................................. 44

6.1.5. OCP5 Control Functions ......................................................................................................... 44

6.1.6. OPT Button ............................................................................................................................ 44

6.2. OCP5 Connections and Pinouts ............................................................................................. 45

6.2.1. OCP I/F ................................................................................................................................... 45

6.2.2. Data In/Out ............................................................................................................................ 45

6.2.3. Mixer Connector .................................................................................................................... 46

6.2.4. DC Input ................................................................................................................................. 46

6.2.5. USB/Ethernet ......................................................................................................................... 46

6.3. Camera Types ........................................................................................................................ 47

6.4. OCP5 Menu Structure ............................................................................................................ 48

6.4.1. Sample Control Screen .......................................................................................................... 49

7. Useful Part Numbers................................................................................................ 51

8. Camera Control Data Receiver Cables ...................................................................... 55

8.1. Grass Valley LDK – Clip-on4 ................................................................................................... 55

8.1.1. External Camera Control Cable ............................................................................................. 55

Issue No: M Page: vi

8.2. Grass Valley LDK – DR07 ........................................................................................................ 55

8.2.1. External Camera Control Cable ............................................................................................. 55

8.3. Sony – Clip-on4 ...................................................................................................................... 55

8.3.1. External Camera Control Cable ............................................................................................. 55

8.4. Sony – DR07 ........................................................................................................................... 56

8.4.1. External Camera Control Cable ............................................................................................. 56

8.5. Hitachi – ClipOn4 ................................................................................................................... 56

8.5.1. External Camera Control Cable ............................................................................................. 56

8.6. Hitachi – DR07 ....................................................................................................................... 57

8.6.1. External Camera Control Cable ............................................................................................. 57

8.7. Ikegami – Clip-on4 ................................................................................................................. 57

8.7.1. External Camera Control Cable ............................................................................................. 57

8.8. Ikegami – DR07 ...................................................................................................................... 57

8.8.1. External Camera Control Cable ............................................................................................. 57

8.9. Panasonic ENG – Clip-on4 ..................................................................................................... 58

8.9.1. External Camera Control Cable ............................................................................................. 58

8.10. Panasonic ENG – DR07 .......................................................................................................... 58

8.10.1. External Camera Control Cable ............................................................................................. 58

9. Camera Control Interface to OCP/RCP Cables ........................................................... 59

9.1. Sony RCP Cable ...................................................................................................................... 59

9.2. Hitachi RU Cable .................................................................................................................... 59

9.3. Ikegami OCP Cable ................................................................................................................. 60

9.4. Panasonic ENG RCP Cable ...................................................................................................... 60

9.5. Vislink OCP5 Cable ................................................................................................................. 61

9.6. Grass Valley OCP Cable - RS232 (Non-Multiplexing) ............................................................. 61

9.7. Grass Valley OCP Cable – RS422 (Multiplexing) .................................................................... 62

Issue No: M Page: vii

FIGURE 2-1 TYPICAL SYSTEM CONFIGURATION ............................................................................... 8

FIGURE 3-1 CRIU-ASSY-7XXX OVERVIEW ........................................................................................ 11

FIGURE 3-2 FRONT PANEL OVERVIEW ........................................................................................... 13

FIGURE 3-3 REAR PANEL OVERVIEW .............................................................................................. 13

FIGURE 4-1 FCDT-ASSY-7XXX OVERVIEW ....................................................................................... 31

FIGURE 4-2 FCDT-ASSY7XXX CONNECTORS AND INDICATORS OVERVIEW .................................... 31

FIGURE 4-3 FCDT-ASSY7XXX SWITCH LOCATIONS .......................................................................... 32

FIGURE 5-1 DATA RECEIVER OVERVIEW ......................................................................................... 35

FIGURE 5-2 INCAM-G OVERVIEW ................................................................................................... 36

FIGURE 5-3 INCAM-S OVERVIEW .................................................................................................... 38

FIGURE 5-4 CLIP-ON4 DATA RECEIVER OVERVIEW ........................................................................ 39

FIGURE 5-5 STANDALONE DATA RECEIVER OVERVIEW ................................................................. 40

FIGURE 5-6 L1700 CAMERA TRANSMITTER .................................................................................... 42

FIGURE 6-1 OPERATORS CONTROL PANEL OVERVIEW .................................................................. 43

FIGURE 6-2 OCP5 REAR CONNECTIONS OVERVIEW ....................................................................... 45

FIGURE 6-3 OCP5 MENU STRUCTURE ............................................................................................ 48

FIGURE 6-4 EXAMPLE MAIN OPERATOR SCREEN ........................................................................... 49

FIGURE 6-5 EXAMPLE SETUP SCREENS ........................................................................................... 49

FIGURE 7-1 USEFUL PART NUMBERS ............................................................................................. 51

FIGURE 7-2 WIRELESS CAMERA RECEIVERS ................................................................................... 53

TABLE 1-1 AC INPUT WIRE CONFIGURATION ................................................................................. 2

TABLE 1-2 SAFE WORKING DISTANCE ............................................................................................ 3

TABLE 2-1 FREQUENCY PROGRAMMING AND AVAILABLE FREQUENCY BANDS ............................ 9

TABLE 3-1 COMPATIBLE OCP/RCP TYPE CAMERAS ...................................................................... 12

TABLE 3-2 COMPATIBLE OCP TYPE CAMERAS .............................................................................. 12

TABLE 3-3 CRIU-ASSY-7XXX PANEL CONNECTORS OVERVIEW ..................................................... 13

TABLE 3-4 CRIU-ASSY-7XXX SPECIFICATIONS ............................................................................... 13

TABLE 3-5 CRIU-ASSY-7XXX MECHANICAL AND ENVIRONMENTAL SPECIFICATIONS .................. 14

TABLE 3-6 EXPANDER MODULE PART NUMBERS ......................................................................... 23

TABLE 4-1 FCDT-ASSY7XXX CONNECTORS, CONTROLS, INDICATORS AND FIXINGS .................... 32

TABLE 4-2 MECHANICAL AND ENVIRONMENTAL DETAILS ........................................................... 32

TABLE 4-3 SWITCH CONFIGURATION TABLE ................................................................................ 32

TABLE 5-1 INCAM-S POWER SWITCH FUNCTIONS ....................................................................... 38

TABLE 5-2 L17XX WITH FOCALPOINT CAMERA CONTROL CONFIGURATION OPTIONS ............... 42

TABLE 6-1 OCP5 CONTROL FUNCTIONS ....................................................................................... 44

TABLE 6-2 OCP5-ASSY-7XXX CAMERA TYPES................................................................................ 47

TABLE 7-1 USEFUL UNIT PART NUMBERS .................................................................................... 52

TABLE 7-2 USEFUL CABLE PART NUMBERS .................................................................................. 53

TABLE 7-3 WIRELESS CAMERA RECEIVERS ID TABLE .................................................................... 53

Issue No: M Page: viii

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User Manual Focal Point General Information

Issue No: M Page: 1

To ensure awareness of potential hazards, personnel concerned with the operation or maintenance of the equipment must read and understand the following information, together with local site regulations.

WARNING: RF Power Hazard - High levels of RF power are present in the Camera Control

Data Transmitter unit. Exposure to RF or microwave power can cause burns and may be harmful to health. Always switch off the power before removing covers or disconnecting RF cables and before inspecting damaged cables or antennas.

WARNING: Avoid standing in front of high gain antennas (such as a dish) and never look

into the open end of a waveguide or cable where RF power may be present.

WARNING: We strongly recommend returning equipment requiring RF servicing to Vislink. WARNING: GaAs / BIO Hazard - Certain internal components contain Gallium Arsenide and

Beryllium Oxide, which are toxic substances. While safe to handle under normal circumstances, individual components must not be cut, broken apart, incinerated or chemically processed. In the case of Beryllium Oxide, a white ceramic material, the principal hazard is from the dust or fumes which are carcinogenic if ingested, inhaled or enter the body via damaged skin.

WARNING: Connecting to the AC supply and protective earth: The Camera Racking

Interface Unit is a Class 1 device and must be connected to a protective earth when used with an AC supply. Failure to provide this earth may result in high voltage on the unit chassis. Always install in-line with local wiring regulations.

WARNING: Tantalum Capacitors: When these components are subjected to reverse or

excess forward voltage, ripple current or temperatures, they may rupture and cause personal injury.

CAUTION: This system contains MOS devices. Electro-Static Discharge (ESD) precautions

should be employed to prevent accidental damage.

The FocalPoint System is IPX0 rated. It should not be exposed to dripping or splashing water/liquid. When used outdoors, a suitable rain cover is required to protect the unit.

User Manual Focal Point General Information

Issue No: M Page: 2

DO NOT dispose of any equipment, including batteries, as household waste. The equipment and batteries are not bio-degradable in landfill sites.

WARNING: DO NOT incinerate Batteries. Batteries can suddenly explode under extreme

temperature and cause personal injury.

Vislink offer a battery disposal service. Before shipping, you are required to advise the Vislink sales team (Hemel Hempstead, UK) of your intent to return any batteries.

To do this call on: +44 1442 431 300

The equipment is supplied with an AC supply connector and cord assembly. The wires in the cord are colored in accordance with the following convention:

Wire Color

Wire Function

Green and yellow

Earth (Ground)

Blue

Neutral

Brown

Live

Table 1-1 AC Input Wire Configuration

Always ensure that the equipment is correctly connected. Failure to connect the equipment correctly may render protective devices inoperable. If in doubt consult a qualified electrician.

CAUTION: The front panel DC power switch is a standby function only, some of the

components remain powered.

An AC isolator switch is fitted on the rear panel adjacent to the AC input connector; in normal use the equipment should be positioned such that this switch remains readily accessible. To be certain that the equipment is isolated from the AC supply, always unplug it from the AC outlet.

The FocalPoint System is compliant under the ETSI R&TTE directive.

The Camera Control Data Transmitter is compliant to CE (!). The (!) symbol warns the operator that the unit is an intentional radiator and that the operating frequency may not be authorized in some territories. It is your responsibility as the operator to ensure that you possess the required valid local authority license(s) and site clearances for the intended operating frequencies, geographical location and times of operation of the equipment.

You are also responsible for the proper setup, operation and maintenance of the system, to ensure that it complies with the limits specified by the license.

NOTE: Shielded cables must be used with this equipment in order to ensure that it meets

the emissions limits for which it was designed. It is your responsibility, as the user, to obtain and use good quality shielded cables with this device. Shielded cables are available from most retail and commercial suppliers of cables designed to work with radio equipment and personal computer peripherals.

User Manual Focal Point General Information

Issue No: M Page: 3

To be safe:

1. Do not touch the radiating element when the unit is switched on.

2. Operators should not operate any RF transmitter or power amplifier with any of its

covers removed or without appropriate antenna(s) fitted, nor should they allow anyone else to do so.

3. Operators should adhere to a minimum separation between the Operator and the

radiating element for the frequency range 435 – 490 MHz and the transmit power of 5W. Table 1-2 gives some recommendations.

Frequency (MHz) @ 5W Transmit Power

Distance in mm

435

330

440

332

445

334

450

335

455

337

460

339

465

341

470

343

475

345

480

346

485

348

490

350

Table 1-2 Safe Working Distance

WARNING: Operators should maintain a safe working distance and ensure they do not

stand or walk in front of any antennas or allow anyone else to do so.

WARNING: Operators should not operate any RF transmitter or power amplifier with any of

its covers removed or applicable antennas fitted or allow anyone else to do so.

WARNING: DO NOT allow the antenna to come close to or touch the eyes, face or any

exposed body parts while the equipment is transmitting.

WARNING: DO NOT operate the equipment near electrical blasting caps or in an explosive

atmosphere.

User Manual Focal Point General Information

Issue No: M Page: 4

The FocalPoint system complies with Part 15 of the FCC Rules (Code of Federal Regulations 47CFR Part 15). Operation is subject to the following two conditions: (1) This device does not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.

Part 15 The FocalPoint system has been type accepted for operation by the FCC in accordance with Part 90 of the FCC rules (47CFR Part 90).

Part 90 The FocalPoint has been type accepted for operation by the FCC in accordance with Part 101 of the FCC rules (47CFR Part 101). See the label on the unit for the specific FCC ID and any other certification designations.

Part 101 Industry Canada This Class B digital apparatus meets all requirements of the Canadian Interference-Causing Equipment Regulations.

ICES-003 The FocalPoint system has been certified for operation by Industry Canada in accordance with RSS-119 and RSS-210 of the Industry Canada rules. See the label on the unit for the specific Industry Canada certification number and any other certification designations.

RSS-119 Changes or modifications not expressly approved by Vislink could void the user’s authority to operate this equipment. Notice Shielded cable must be used with this equipment in order to ensure that it meets the emissions limits for which it was designed. It is the responsibility of the user to obtain and use good quality shielded cables with this device.

WARNING: DO NOT operate radio equipment near electrical blasting caps or in an

explosive atmosphere.

WARNING: DO NOT operate any radio transmitter unless all RF connectors are secure and

any open connectors are properly terminated.

WARNING: DO NOT allow the antenna to come close to, or touch, the eyes, face, or any

exposed body parts while the radio is transmitting. In order to ensure the safe operation of this radio equipment, the minimum distance that a person should be from the attached antenna when this equipment is transmitting is 5.5 ft. (165 cm). This is based on using the FocalPoint system at a power of 5 watts with a 10dBd (12.1dbi) gain antenna.

User Manual Focal Point General Information

Issue No: M Page: 5

 Frequency Range 406.1-476 MHz  Channel Step Size 6.25 KHz, 10KHz Frequency Stability +/- 1.5 ppm  FCC ID JWFTS4000EH (440 - 476 MHz)  FCC Authorizations 11K2F1D  IC (Industry Canada) ID 3163A-TS4000EH (450 - 470 MHz)  IC Authorizations 11K2F1D, 20K0F1D

 Transmit Power 1 to 5 watts (programmable),  Attack Time 21ms

User Manual Focal Point General Information

Issue No: M Page: 6

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User Manual Focal Point Wireless Camera Control System

Issue No: M Page: 7

The FocalPoint Camera Racking system provides comprehensive control functions to meet

today’s broadcast needs. The system can control multiple camera and operator control

panel combinations with future-proof Ethernet control. The control system is designed to work with the majority of camera manufacturers and supports one-way or return communication. The unit supports copper or fiber optic connectivity.

The system is comprised of the four main parts:

 Operators Control Panel/Remote Control Panel (OCP/RCP)  Camera Control Interface Unit (CRIU)  Camera Control Data Transmitter (FCDT)  Data Receiver (InCam-G/InCam-S/CCCU or DR07)

The basic FocalPoint Camera Racking System is capable of controlling up to six cameras by multiplexing six control panels over a single RF link.

The system supports one-way or return data communication to the camera.

Three CRIU units can be linked together to allow control of up to 18 cameras using one RF head.

A 2.2-inch Color LCD display with an intuitive menu system allows for easy configuration.

The front panel LEDs show data activity/system health and diagnostic information.

Compact UHF telemetry transmitter unit with copper and fiber connectivity.

The unit is configurable via the front panel or via the web browser GUI.

NOTE: The default web browser Password is ‘Gigawave’.

User Manual Focal Point Wireless Camera Control System

Issue No: M Page: 8

Figure 2-1 Typical System Configuration

User Manual Focal Point Wireless Camera Control System

Issue No: M Page: 9

The FocalPoint Camera Control system is available in different frequency bands. The output power is programmable from 1.0 watt to 5 watts in 0.1 watt steps. The Bandwidth is also programmable. The channel spacing is factory configured and may affect Bandwidth availability.

The available Frequency bands, bandwidths and programmable channel spacing are as shown below.

Function

Frequency

Frequency Bands 435-470 MHz*

450-490 MHz

Channel Spacing

6.25 KHz*

10.00 KHz

Bandwidth Options

12.5 KHz

20.0 KHz*

25.0 KHz

Table 2-1 Frequency Programming and Available Frequency Bands

For further advice on re-programming channels or changing frequency bands please refer to Vislink customer support directly or contact your local Vislink agent.

Standard frequency

User Manual Focal Point Wireless Camera Control System

Issue No: M Page: 10

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User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 11

Figure 3-1 CRIU-ASSY-7XXX Overview

WARNING: This unit contains a class 1 laser module. Lasers can cause irriversable eye

damage. Do not stare directly or indirectly at the laser beam.

The rack mounted Camera Control Interface Unit operates in conjunction with the Camera

Control Data Transmitter, the Operator’s Control Panel (OCP) and the Data Receiver

module to provide remote control of the camera functions.

The Camera Control Interface Unit can be connected to the Camera Control Data Transmitter in two ways:

1. Using the two Fiber connections on the rear panel of the Camera Control Interface

Unit to the two Fiber connections on the front of the Camera Control Data Transmitter - Tx and Rx. Fiber options available (requested at sale):

 FC/UPC  SC/APC  ST/FPC  LC/FPC  SC/UPC

2. Using the 3-pin XLR connector on the rear panel of the Camera Control Interface Unit

to the 3-pin XLR connector on the front of the Camera Control Data Transmitter.

NOTE: Older systems have a 5-pin XLR connections. Refer to an older, relevant user manual

version.

You choose the RF frequency via the menu on the unit’s front panel.

NOTE: For the system to operate correctly the same RF frequency must be selected on the

Camera Control Interface Unit and the camera mounted Data Receiver unit.

NOTE: Each OCP/RCP input requires an ‘Address/ID’, this must also match the relevant

Data Receiver. (Do not duplicate allocated Addresses/ID’s)

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 12

The RF output power can be adjusted from 1.0 watts to 5 watts in 0.1 watt steps. The unit is a self-contained, 1U high, 19-inch rack-mounting unit that will operate on a single phase 100 - 240V AC. All AC and signal connections are made to the rear of the unit.

Manufacturer

Model

Vislink

HDMC

Sony

BVP-950

HDC-1500R

HDC-1700

HDC-2400/2500

HDC-4300

HDC-P1

HXC-100

PMW-400

PMW-500

PMW-F55

PDW-700

PDW-F800

PXW-X320

PXW-X500

Hitachi

SK-HD1200

Panasonic ENG

AJ-HPX2000E

AJ-HPX3100G

Panasonic PTZ

AK-HE40E

AK-HE130K

Ikegami

HDK-97A

HDK-97C

HDL-45E

Grass Valley

LDX-80/82/86/C80

Table 3-1 Compatible OCP/RCP Type Cameras

Manufacturer

Model

Vislink

See Section 6.3

Sony

RCP-750*

RCP-1500*

RCP-1530*

Hitachi

RU-1500*

Panasonic ENG

AJ-RC10G*

Panasonic PTZ

AW-RP50E*

AW-RP120G*

Ikegami

OCP-100*

OCP-300*

OCP-399*

Grass Valley

OCP-400*

Table 3-2 Compatible OCP Type Cameras

*Single Channel multiplexed operation also supported.

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 13

Figure 3-2 Front Panel Overview

Figure 3-3 Rear Panel Overview

Panel

Function

Front Panel

Power supply indicator for +12VDC (Red-Standby, Green-On)

Transmit Data activity indicator (Blue)

Receive Data activity indicator (Blue)

Red Tally indicator (Red)

Green Tally indicator (Green)

Soft-start Power ON/OFF switch

Unit menu controls and display

Remote/Data connection for firmware installation and Web-interface control

Rear Panel

Power ON/OFF (integrated with IEC connector)

Six OCP/RCP connections

Six Return data connections

25-Way D-Type Red Tally connections (6Dry & 6Wet)

25-Way D-Type Green Tally connections (6Dry & 6Wet)

Ethernet connection

3-pin XLR Data connection

Tx & Rx Fiber connection

Expansion connection for additional CRIU or FCDT

Table 3-3 CRIU-ASSY-7XXX Panel Connectors Overview

Transmitter Parameters

Unit

Frequency Band

UHF

Tuning Range

435MHz – 490 MHz (Other bands available on request)

Bandwidth

12.5 KHz / 20.0 KHz / 25.0 KHz

Modulation

GMSK

Power Parameters

Unit

Power Supply

100V – 240V AC 50/60Hz 0.5A max.

Power Output

Configurable in 0.1 W steps.

Table 3-4 CRIU-ASSY-7XXX Specifications

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 14

Mechanical Details

Unit

Dimensions

483mm (W) x 303mm (D) x 44mm (H) (19’’ x 1U High)

Weight

2.45kg. Approx.

Environmental Details

Unit

Temperature Range

- 20° C to +70° C

Operating Humidity

5 to 95% RH

Table 3-5 CRIU-ASSY-7XXX Mechanical and Environmental Specifications

Connector

7-Pin, 2-Key LEMO Socket

Signal

ETH_TX+

ETH_TX-

ETH_RX+

ETH_RX-

GND

USB_+

USB_-

+5V_OUT

Connector

3-pin XLR Plug (5-pin XLR Socket for older unit)

Signal

GND

TX+/D+

TX-/D-

Connector

6-Pin, 1-Key LEMO Socket

Signal

GND 2 RX+ 3 RX-

TX+/D+

TX-/D-

12V Out (500mA max)

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 15

Connector

15-WAY D-Type Socket

Signal

+12V DC

RS422 TX+/RS485+

RS422 TX- / RS485- / RS232 TX

RS422 RX+ / RS232 RX

RS422 RX-

TTL RXD

TTL TXD

G TALLY DRY

G TALLY WET A

G TALLY WET B

GND

R TALLY DRY

R TALLY WET A

R TALLY WET B

Connector

25-WAY D-Type Socket

Signal

GND

Ch. 1. Red Dry

GND

Ch. 2. Red Dry

GND

Ch. 3. Red Dry

GND

Ch. 4. Red Dry

GND

Ch. 5. Red Dry

GND

Ch. 6. Red Dry

GND

Ch. 1. Red Wet A

Ch. 1. Red Wet B

Ch. 2. Red Wet A

Ch. 2. Red Wet B

Ch. 3. Red Wet A

Ch. 3. Red Wet B

Ch. 4. Red Wet A

Ch. 4. Red Wet B

Ch. 5. Red Wet A

Ch. 5. Red Wet B

Ch. 6. Red Wet A

Ch. 6. Red Wet B

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 16

Connector

25-WAY D-Type Socket

Signal

GND

Ch. 1. Green Dry

GND

Ch. 2. Green Dry

GND

Ch. 3. Green Dry

GND

Ch. 4. Green Dry

GND

Ch. 5. Green Dry

GND

Ch. 6. Green Dry

GND

Ch. 1. Green Wet A

Ch. 1. Green Wet B

Ch. 2. Green Wet A

Ch. 2. Green Wet B

Ch. 3. Green Wet A

Ch. 3. Green Wet B

Ch. 4. Green Wet A

Ch. 4. Green Wet B

Ch. 5. Green Wet A

Ch. 5. Green Wet B

Ch. 6. Green Wet A

Ch. 6. Green Wet B

Connector

7-Pin, 1-Key LEMO Socket

Signal

GND

TX D (From Unit)

RX D (Into Unit)

NC 5 NC 6 NC 7 NC

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 17

NOTE: The menu structure is dynamic. Some menus may not appear as shown below. The

options displayed depend on the equipment connected and other settings.

Configuration

Input

OCP Ethernet

Output

TX Head

RS485

Ethernet

Unit ID

Slave 1

Slave 2

Head Type

2 Watts

5 Watts

RF Setup

Configuration

Bandwidth

12.5 KHz

20.0 KHz

25.0 KHz

Number of Heads

1..8

Head Scanning

Enabled

Disabled

Head X

Status

Connected/ Not Connected

Head ID x

Enabled

Disabled

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 18

Frequency

xxx.xxxxx MHz

Power

X.XX W

OCP Setup

OCP Channel 1..6

Enabled

Yes/No

Camera ID

01..96

OCP

Sony

Hitachi

Panasonic

Panasonic PTZ

Ikegami OCP-100

Ikegami OCP-300

Ikegami OCP-399

OCP5

Grass Valley

Transparent

OCP Interface***

RS232 / RS422

Camera

HDC1500, HXC100, HSC300, HDC-P1, HDC2400, HDC1700, HDC2500***

PMW-F55, PDW-F800, PXWX500, PXW-X320, PMW-500, PMW400, HDC4300, PDW700***

OTHER***

SK-HD1000, SKHD1200, SK-HD1500 ***

DK-HD100 ***

PTZ AW-HE40, PTZ AW-HE130***

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 19

LDK6000, LDK8000 ****

LDX80, LDX86 ***

AJ HPX2100E, AJ HPX3100G***

HDK-55 ***/****

HDK-97EC ***/****

HDK-97A, HDK-97C, HDL-45E***

Variant ***

Standard

Gearhouse 1.63

Standard 2.0

Return Data*

Yes/No **

Auto Send All***

Off - 300 sec

Auto RCP Off***

Off, 300 - 600 sec

12V Supply*

Yes/No

Tally Enabled*

Yes/No/OCP***

Clear Scene Files***

Sync Scene Files***

Copy Settings***

Ethernet Port

Configuration

IP Configuration

Manual

DHCP

IP Address

Subnet Mask

Gateway

Receive Setup

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 20

Port

Transmit Setup

XXXXX

Dest. IP

XXX.XXX.XXX.XXX

Port General Settings

XXXXX

Software Versions

Display

Backlight

000..100%

Menu Timeout

Off

5, 10, 15, 20, 30 Sec

1, 2, 3 Minutes

Theme

Light Blue

Purple Haze

Midnight

White Out

Purest Green

Numbers

Wrap-around

Increment

Unit Name

Name

ABC..123

Remote/Data Port

State

Enabled/Disabled

Mac IP Allocation

DHCP

Manual

IP Address

Subnet Mask

Gateway

Web GUI Port

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 21

Allow SSH

Enabled/Disabled

Licenses

View Unit Key

Enter License Code

Current Licenses

Date/Time

Date

Time

Daylight Saving

Advanced Mode

State

Enabled/Disabled*** **

Change Pin

USB Upgrade

NOTE: *OCP Channel Enabled

**Not available with OCP5 ***OCP Brand Specific (Sony, Hitachi, Ikegami) ****Not supported *****Default access code = 0000

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 22

Setup hardware configuration required:

1. Use either Wire or Fiber optic to connect the camera interface to the transmitter (not

both).

2. Connect an appropriate antenna to the transmitter.

CAUTION: Never allow the Transmitter unit to transmit without an antenna or dummy load

attached to the antenna connector.

3. Connect OCP/RCP’s to the interface unit

 Interface Unit configuration:

 Input – OCP  Output – TX Head

 Interface unit RF configuration

 Configure each OCP channel input as required:

a. Enabled – Yes/No b. Camera ID – Same as data receiver c. OCP – Type d. Camera – Model number e. Return data – Yes/No f. 12V Supply – Power the OCP from the interface unit. g. Tally enabled – Activate wet/dry Tally connection via interface unit

The amount of OCP Channels available are controlled by License. Each basic system is automatically provided with one license activated (one OCP channel active).

You can view the active OCP channels using the following menu:

 General>License>Current License

Additional Licenses can be requested and installed via the web browser or manually entered via the unit menu.

The serial number of the unit or ‘Unit Key’ may be requested by Vislink to generate new

licenses.

Vislink Unit Key and Licenses are recorded in four parts (four sets of encrypted/scrambled numbers/symbols).

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 23

A maximum total of three Interface units can be connected together and configured to operate with one Transmitter unit. This then allows the potential of using up to 18x manufacturer OCP/RCP’s or 16x Vislink OCP5’s.

Loop the RS485 connections from the ‘Expansion’ connector.

CAUTION: This connector has a ‘DC Out’ that must NOT be connected when looping

Interface units.

You can also loop the Interface units from the Fiber or 3-pin XLR Data connection.

Set the additional Interface Unit/s as Output > RS485 and Unit ID > Slave X

NOTE: When using multiple OCP/RCP’s do not to duplicate OCP addresses/IDs.

You may connect a maximum of eight Transmitter units to one Interface unit. This allows individual frequency and output power adjustment to each Transmitter unit.

You can connect one transmitter to the fiber connections directly to the Interface unit. Any additional Transmitters must be connected either using the Vislink Expander Module (one additional Tx unit per Module) or the Vislink 1U Multiway Expander Module (four additional Tx units per Module).

The Expander module is connected to the port labelled “Expander” at the back of the Interface unit (RS485 and DC connections).

The Expander module(s) provides fiber connections for the additional Transmitter unit(s) and has a Loop Out connection to add more Expander Modules.

Set the Interface options using the following menu:

 RF Setup> Configuration> Number of heads

Expander Module

Part Numbers

Function

CRIU-ASSY-5003

SC Connectors (single Tx Expansion)

CRIU-ASSY-5004

ST Connectors (single Tx Expansion)

CRIU-ASSY-5005

LC/FPC Connectors (single Tx Expansion)

CRIU-ASSY-5007

SC/UPC Connectors (single Tx Expansion)

CRIU-ASSY-5006

SC/UPC Connectors (Multi Tx Expansion Rack – four Tx units)

CRIU-ASSY-5008

SC/UPC Connectors (Multi Tx Expansion Rack – two Tx units)

CRIU-ASSY-2032

Interface unit to Expander module cable

CRIU-ASSY-2037

Interface unit to Expander Rack cable

Table 3-6 Expander Module Part Numbers

NOTE: The Transmitter unit address switch must be set in relation to the amount of

Transmitter units being used. (Do NOT duplicate the address/ID).

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 24

The Interface unit can be configured for one-way data or return data using the manufacturer OCP/RCP’s.

The blue Tx and Rx LED on the front of the unit indicate correct operation. These indicators flash at the same rate as the send/receive data LED.

Configure the return data for the interface unit expecting to start receiving data. To do this use the following menu:

 OCP Setup> OCP Channel 1..6> Return Data: Yes

User data out from the MVL Receiver connects to the Interface OCP channel input.

Once valid data is received and returned to the OCP/RCP the blue ‘Rx’ data indicator LED flashes.

NOTE: The blue ‘Tx’ data indicator LED always flashes when sending data.

When return data is configured and connected, the OCP/RCP displays the actual values reported back from the camera. If the return data is lost, the camera control still operates in ‘one-way data’ mode.

NOTE: Data Receivers must also be configured for return data, either via the GUI or unit

menu.

User Data configurations require correct settings in the MVL system.

Key options:

 Baud Rate (Sony, Panasonic, Hitachi, Ikegami and GrassValley = 115200)  PID  Link / Gigawave – Tx / Rx

This option is only used when coverage requires more than one Transmitter Head unit.

The concept allows the Data Receiver to roam between Transition points and the Camera Control continues operating without the need to change Data Rx settings.

All Transmitter units need to be set to different frequencies to match the frequencies that the Data Receiver will scan on.

When ‘Head Scanning’ is Enabled, all of the Transmitters constantly transmit data for the Data Rx to lock onto, even if ‘Tally’ or ‘OCP/RCP’ data is not being sent.

To select the Scanning mode in the Camera Control Interface:

• RF Setup> Configuration> Head Scanning: Disabled / Enabled

The Data Receiver will also have a Scan Setting Enabled / Disabled option configured by the GUI or Control menu.

You can set the Data Receiver to scan between two to eight different frequencies. These frequencies will be the same as set by the Camera Control Interface unit (Transmitting frequencies).

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 25

The Data Receiver scans the pre-set Channel frequencies until acceptable data is received for it to lock onto.

If the Data Receiver starts to receive broken data from the RF signal it is locked to, it then starts scanning the pre-set Channel frequencies again, until acceptable data is available to lock on to.

This process happens continually as the Data Receiver is roaming the coverage area. To make this action appear seamless, the coverage of two or more transmissions must overlap.

NOTE: When using more than one FCDT Transmitter unit, they must have separate

Address allocations assigned and not clash between units.

NOTE: The Head software version must be CRIF-0104-0502 or above for Scan mode to be

available.

If Scan operation is not required, it is important to set the Scan Setting option to Disable in the Data Receiver to avoid having any affect to single frequency mode.

The Sony RCP units have an allocated Send All button. This button is used when connected to the FocalPoint IDU. This function sends all the main Paint configuration settings from the RCP to the camera.

The Send All operation is manually controlled by the operator using the CHARACTER button. This operation is beneficial as it allows the operator to configure the Paint settings alongside the Line Camera RCP units while the Wireless camera is switched off. When the Wireless Camera is switched on, you can activate the manual Send All.

You can also configure the Send All operation to automatically send the Paint configuration if the system is set to receive Return Data.

When the OCP Channel Return Data is set to Yes an Auto Send All option is available. This has an adjustable timer with settings from Off to 300 Seconds or any 30 second intervals between.

The Auto Send All operation timer starts its internal countdown when the FocalPoint Interface Unit stops receiving Return Data (when the Wireless Camera system is turned off). When the timer has completed its countdown, an automatic Send All (RCP Paint settings) will be sent to the camera when the next Return Data packet is received (once the Wireless Camera is switched on).

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 26

The Sony RCP can be set to stop displaying values, indicating that the camera is not connected.

When the OCP Channel Return Data is set to Yes, an Auto RCP Off option becomes available. This has an adjustable timer that can be set to Off or 300 to 600 Seconds in thirty second increments.

The Auto RCP Off operation timer starts its internal countdown when the FocalPoint Interface Unit stops receiving Return Data (when the Wireless Camera system is turned off). When the timer has completed its countdown, the RCP stops displaying the stored camera Paint settings.

When the next Return Data packet is received (after the Wireless Camera is switched on), the RCP will ‘Wake Up’ and start displaying the camera Paint values.

Sony Scene Files can be recalled from the camera memory,

When the OCP Channel Return Data is set to Yes, a Scene File Recall option becomes available. This can be set to Camera or Local.

When set to Camera the Scene File will be recalled from the camera and the Return Data path will update the settings displayed in the RCP.

When set to Local the Scene File will be recalled from the saved Scene File in the FocalPoint memory.

The Sony PMW-F55 camera must be configured accordingly for wireless Camera Control:

 Set the camera to be in Custom mode rather than Cine-ei. (This is changed in the

System settings in the F55 menu).

 Set the Color Temperature to Memory. (This is changed by the top right hand button

just above the LCD on the F55 camera).

The Hitachi RU units have a dedicated Send All button. This button is used while connected to the Vislink FocalPoint IDU. This function sends all the main Paint configuration settings from the RU to the camera.

The Send All functionality is manually controlled by the operator, using the TAKEN button. This function is beneficial as it allows you to configure the Paint settings alongside the Line Camera RU units, with the Wireless cameras turned off. When the Wireless Camera is powered on, you manually activate the Send All functionality.

If the system is set to receive Return Data, you can also configure the Send All operation to automatically send the Paint configuration.

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 27

When the OCP Channel Return Data is set to Yes an Auto Send All option is available. This has an adjustable timer with settings from Off to 300 Seconds or any 30 second interval between.

The Auto Send All operation timer starts its internal countdown when the FocalPoint Interface Unit stops receiving Return Data (while the Wireless Camera system is switched off). When the timer has completed its countdown, an automatic Send All (RU Paint settings) is sent to the camera when the next Return Data packet is received (once the Wireless Camera is switched on).

Two Interface Units can be configured to connect to each other over Ethernet. One Interface unit should be assigned to the Data Transmitter(s) and the other to the OCP(s).

1. Set the Configuration input to Ethernet, using the following menus:  Configuration > Input: Ethernet

2. Set the Ethernet Port as required, using the following menus:  Ethernet Port > Configuration

3. Set the Ethernet Receive Port number to match the OCP(s) Interface Unit Transmit

Setup Port number, using the following menus:

 Ethernet Port > Receive Setup > Port: XXXXX

4. Set the Destination IP and Port number as the OCP(s) Interface Unit, using the

following menus:

 Ethernet Port > Transmit Setup:

 Dest. IP: XXX.XXX.XXX.XXX  Port: XXX.XXX.XXX.XXX

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 28

1. Set the Configuration output to Ethernet, using the following menus:  Configuration > Output: Ethernet

2. Set the Ethernet Port as required, using the following menus:  Ethernet Port > Configuration

3. Set the Ethernet Receive Port number to match the Transmitter(s) Interface Unit

Transmit Setup Port number, using the following menus:

 Ethernet Port > Receive Setup > Port: XXXXX

4. Set the Destination IP and Port number as the Data Transmitter(s) Interface Unit,

using the following menus:

 Ethernet Port > Transmit Setup:

 Dest. IP: XXX.XXX.XXX.XXX  Port: XXX.XXX.XXX.XXX

The Unit Warning message displays No Eth Comms from Remote Unit until connection is established.

When a controller sends data, the relevant OCP Channels Blue Tx Data indicator flashes in both Camera Control Interface Units.

A maximum of six OCP Channels is available (this applies to a fully licensed unit).

Tally on/off control is accessible at either Camera Control Interface Unit.

Configure Tall On/Off by setting the Tally Enabled option in the OCP Channel menu. See Section 3.4.13.3.

1. Tally Enabled: Yes

 Use the Red/Green Wet/Dry 25-way D-Type connections into the Camera Control

Interface unit with the OCP input configuration.

2. Tally Enabled: No

 Use the Red/Green Wet/Dry 25-way D-Type connections into the Camera Control

Interface unit with the Ethernet input configuration

NOTE: Camera Return Data is not available using this configuration.

The Grass Valley Camera and OCP require the latest software installed, with the Serial Basic (Ser_Basic) functionality.

Set the Grass Valley OCP400 to the following required settings:

 Setup Menu> OCP> Conn.Mode> Ser_Basic  Setup Menu> OCP> Ser.Level> RS-422

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 29

If you set the OCP Channel Return Data to Yes, an Auto Send All option shows.

The Auto Send All option has an adjustable timer that can be set from Off to 300 Seconds in 30-second intervals.

The Auto Send All internal countdown timer operation starts when the FocalPoint Interface Unit stops receiving Return Data. This usually happens when the Wireless Camera system powers down.

After the Auto Send All timer completes its countdown, FocalPoint sits waiting to detect a wireless cameras Return Data packet. On detection of the wireless camera/Return Data, FocalPoint transmits an automatic Send All message (RCP Paint settings) to the wireless camera.

If you set the OCP Channel Return Data to No, the Auto Send All option will not be available.

In this configuration, the OCP400 uses the Customer (Cust) Recall Standard as a manual Send All:

 Recall STD > Recall Std Type > Cust

To set an OCP Channel to Transparent, use the following menu:

 OCP Setup > OCP Channel X > OCP: Transparent

NOTE: Setting any OCP channel to Transparent disables all other OCP Channels.

You can configure the Transparent OCP channel to use RS232 or RS422 data.

Set the Data Receiver to Generic to allow the input data to the OCP channel to be passed out of the Data Receiver.

This will allow the Grass Valley Ser_Full to pass through the FocalPoint system with a Return Data baud rate of 9600.

NOTE: Vislink must approve specific use of Transparent Mode (various RS232 operated

cameras/systems).

User Manual Focal Point Camera Control Interface Unit - CRIU-ASSY-7XXX

Issue No: M Page: 30

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User Manual Focal Point Camera Control Data Transmitter - FCDT-ASSY-7XXX

Issue No: M Page: 31

Figure 4-1 FCDT-ASSY-7XXX Overview

The Camera Control Data Transmitter communicates with the Camera Control Interface Unit either by fiber optic or wired connections.

The menu options available via the Camera Control Interface Unit set the RF frequency and RF output power level. The Camera Control Data Transmitter generates the levels.

The unit operates on a +12 to +24V DC input supply.

It can be fix/mounted using a wedge plate on the base of the unit.

WARNING: This unit contains a class 1 laser module. Lasers can cause irriversable eye

damage. Do not stare directly or indirectly at the laser beam.

Figure 4-2 FCDT-ASSY7xxx Connectors and Indicators Overview

User Manual Focal Point Camera Control Data Transmitter - FCDT-ASSY-7XXX

Issue No: M Page: 32

Connector/Indicator Area

Function

Front Panel

12 - 24Volt DC input

DC Circuit Breaker

Tx & Rx Fiber connection

3-Pin XLR connection

RF Power output

Status Indicator (Green)

Tx Data Indicator (Amber)

Rx Data Indicator (Amber) – Not used

Top

IDX Battery Plater option available

Base

Wedge plate

Table 4-1 FCDT-ASSY7xxx Connectors, Controls, Indicators and Fixings

Mechanical Details

Specification

Size

130mm (W) x 82mm (H) x 210mm (D)

Weight

1.54kg. Approx.

Environmental

Temperature range: - 20° C to +70° C

Table 4-2 Mechanical and Environmental Details

The unit has a set of internal Rotary switches that can be accessed by removing the small access plate on the side of the unit.

Figure 4-3 FCDT-ASSY7xxx Switch Locations

Switch

Function

Position

SW1

Address (ADDR)

Option for 1 to 8 available

SW2

Channel (RADIO CHNL)

Not used

SW3

Camera Type (CAMERA TYPE)

A – RS485 2wire

Table 4-3 Switch Configuration Table

The FocalPoint system is capable of connecting one to eight Data Transmitter units to a single Control Interface unit. Each unit must have a separate address allocated.

The Data connection is RS485 2-wire only.

User Manual Focal Point Camera Control Data Transmitter - FCDT-ASSY-7XXX

Issue No: M Page: 33

Connector

4-Pin XLR Plug

Signal

GND 2 NC 3 NC

+12V to +24V

Connector

3-Pin XLR Socket (5-pin XLR Plug for older unit)

Signal

GND

RX+/D+

RX-/D-

Connector

Optional Connectors

Signal

The Data Transmitter requires an antenna system suitable to the frequencies in use. A Vislink Flat Plate Directional antenna may be supplied for this purpose. However, other antennas in the appropriate frequency range are acceptable and may be used to provide increased gain if required.

The connection between the Data Transmitter and the antenna should use a suitable low-loss type UHF coaxial cable (RG214 or similar).

User Manual Focal Point Camera Control Data Transmitter - FCDT-ASSY-7XXX

Issue No: M Page: 34

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User Manual Focal Point Data Receiver

Issue No: M Page: 35

Figure 5-1 Data Receiver Overview

The Data Receiver is available in different casing designs depending on the camera model. However, the control functionality is consistent throughout the range. The different casings available allow the unit to function with most popular makes and models of camera.

NOTE: The connections and LED’s may differ slightly between versions.

There are four main designs of data receiver that are attached to the camera body.

These four designs comprise of:

 Built-in Sony version  Built-in Grass Valley version  Built-in Clip-on4 version  Small standalone version

The Data Receiver Module responds to the OCP/RCP through the FocalPoint Camera Control Data Transmitter system. The commands provided by the OCP/RCP are modulated, then demodulated, before being applied to the appropriate camera control lines. The data receiver also holds the information to respond to the camera. The camera is not under instruction from the OCP/RCP.

All of the Data Receivers have a Carrier LED. This will only flash when data is received e.g. when the OCP/RCP joystick is moved.

User Manual Focal Point Data Receiver

Issue No: M Page: 36

Function

Range

RF Input

SMA Type socket located on top edge panel direct mounting Receive antenna whip.

RF Min Sensitivity

0.5uV

Available Frequency Bands

430-470 MHz (Standard)

450-490 MHz

Channel Spacing

6.25 KHz (Standard)

12.50 KHz

Figure 5-2 InCam-G Overview

The InCam-G unit is a fully integrated dockable Camera Back for the Grass Valley LDX camera.

The unit has a built-in MVL Transmitter that sends video and audio generated by the LDX camera to a Receive point.

The unit also has a built-in telemetry Data receiver.

The FocalPoint Camera Control system offers remote control operation/functionality to the camera using one-way data from the Vislink OCP5 controller.

NOTE: Return data is available to the OCP5 if the user data out from the MVL Receiver is

connected directly to the OCP5 @ 115200 baud.

You can control the camera from a PC with Windows™ OS installed, using the Vislink

software IncamProgrammer.exe. User instructions are available from the user guide, which is accessed from the GUI.

The configuration cable from the computer connects to the Config 4-Pin BINDER socket.

The LDX camera on/off switch is the master power for the camera and the InCam-G.

The InCam-G has an isolated power switch after the camera is powered:

 Off - Camera operates with the InCam-G powered off.  Standby - InCam is configurable but not Transmitting or Receiving.  On - Camera and InCam are powered.

User Manual Focal Point Data Receiver

Issue No: M Page: 37

NOTE: The LDX-80 Camera must have up to date Grass Valley firmware installed (version

22 or greater).

Connector

4-Pin XLR Plug

Signal

GND 2 NC 3 NC 4 +12V

 BNC 75Ω

Connector

3-Pin XLR Socket

Signal

GND

Hot+

Cold-

Connector

5-Pin, 1-Key LEMO Socket

Signal

GND

+12V

Tally 4 NC 5 NC

Connector

3-Pin Binder Socket

Signal

Data 2 NC 3 GND

User Manual Focal Point Data Receiver

Issue No: M Page: 38

Figure 5-3 InCam-S Overview

The InCam-S unit is a fully integrated dockable Camera Back for the Sony HDC-2400/HDC-2500 camera, this replaces the Sony Triax side-cover module.

The InCam-S unit has a built-in MVL Transmitter that sends video and audio generated by the Sony camera to a Receive point. The InCam-S unit also has a built-in telemetry Data receiver.

The FocalPoint Camera Control system offers remote control operation/functionality to the camera using one-way data from the Vislink OCP5 controller.

NOTE: Return data is available to the OCP5 if the user data out from the MVL Receiver is

connected directly to the OCP5 @ 115200 baud.

NOTE: One-way data or return data is available when using the Sony RCP 750/1500/1530.

You can control the camera from a PC with Windows™ OS installed, using the Vislink software IncamProgrammer.exe. User instructions are available from the user guide, which is accessed from the GUI.

The configuration cable from the computer connects to a 4-Pin BINDER socket located under the carbon fiber cover. The main operation configurations are available using the camera menu, seen through the Viewfinder (available with Vislink’s add-on software).

Additional instructions are available for mounting the InCam-S to the camera and installing the add-on camera menu.

The Sony camera on/off switch is the master power for both the camera and InCam-S.

Table 5-1 shows the InCam-S isolated power switch, used when the camera is powered.

Switch Position

Function

Off

Camera operates with the InCam-S not powered.

Standby

InCam is configurable but not Transmitting.

Camera and InCam are powered.

Table 5-1 InCam-S Power Switch Functions

NOTE: The Sony HDC 2400/2500 Camera must have up to date Sony firmware installed.

The InCam-S menu is accessible via the viewfinder after programming the camera with Vislink’s add-on software.

Additional information is available for InCam-S insulation.

User Manual Focal Point Data Receiver

Issue No: M Page: 39

Figure 5-4 Clip-on4 Data Receiver Overview

The Clip-on Camera Control Unit is an add-on Data receiver module for the Clip-on4 Transmitter. The unit is configured via the Clip-on4 Transmitter menu.

The Data connector allows Remote connectivity to various camera manufactures and models by using the correct Data Cable.

The FocalPoint Camera Control system offers control to various camera manufactures and models using one-way data with the Vislink OCP5 and one-way or return data using any of the following:

 Sony RCP 750/1500/1530  Hitachi RU1500  Panasonic AJRC10G  Ikegami OCP300/399/100  Panasonic AW-RP50E, AW-HE120G  Grass Valley OCP400

NOTE: Refer to the Clip-on4 manual for full product information and safety awareness.

Connector

5-Pin, 1-Key LEMO Socket

Signal

RX-

RX+ (RS485/RS232RX)

TX+

TX- (RS485/RS232TX)

GND

User Manual Focal Point Data Receiver

Issue No: M Page: 40

Connector

6-Pin, 1-Key LEMO Socket

Signal

Red Tally Signal

12V Prot

Green Tally Signal

TTL TX (TTL CC Hitachi)

TTL RX (TTL CC Hitachi)

GND

Figure 5-5 Standalone Data Receiver Overview

The Standalone Data Receiver Version07 Unit is small/discrete and easy to mount on many camera types.

The data connector allows remote connectivity to various camera manufactures and models using the correct data cable.

The FocalPoint Camera Control system offers control to various camera manufactures and models using one-way data with the Vislink OCP5 and one-way or return data using any of the following:

 Sony RCP 750/1500/1530  Hitachi RU1500  Panasonic AJRC10G.  Ikegami OCP300/399/100  Panasonic AW-RP50E, AW-HE120G  Grass Valley OCP400

When using the Return Data option, you need to connect the RTN DATA to the User Data input of the MVL Transmitter.

The DR07 is controlled via a Windows™ PC GUI using TelemetryReceiverInterface.exe. The Telemetry Receiver Interface user guide is supplied with the GUI when installed.

The configuration cable from the PC connects to a 5-Pin BINDER socket, labelled CONFIG.

User Manual Focal Point Data Receiver

Issue No: M Page: 41

Connector

5-Pin, 1-Key LEMO Socket

Signal

RX-

RX+ (RS485/RS232RX)

TX+

TX- (RS485/RS232TX)

GND

Connector

6-Pin, 1-Key LEMO Socket

Signal

Red Tally Signal

12V Prot

Green Tally Signal

TTL TX (TTL CC Hitachi)

TTL RX (TTL CC Hitachi)

GND

Connector

2-Pin, 1-Key LEMO Socket

Signal

9-18V DC Input

Connector

2-Pin, 1-Key LEMO Socket

Signal

GND

Data Out

User Manual Focal Point Data Receiver

Issue No: M Page: 42

Figure 5-6 L1700 Camera Transmitter

Two versions of the L17xx software are available.

You need to program the L17xx for the following intended applications:

 L17xx with FocalPoint Camera Control  L17xx with L1255 Camera Control

NOTE: The Camera Control License activates either Camera Control option. However, the

software version installed dictates which camera control option is available.

Once you activate the Camera Control License, you can program the L17xx between software versions to switch application requirements (FocalPoint or L1255).

Camera Configuration options:

Manufacturer

Data Mode

Multiplex Availability

Sony Manufacturer

One-way data mode

Multiplex available

Return data mode

Hitachi Manufacturer

One-way & Return data mode

Grass Valley Manufacturer

Return data mode

Multiplex NOT available

Table 5-2 L17xx with FocalPoint Camera Control Configuration Options

NOTE: FocalPoint ‘Scan Mode’ is not available with the L17xx Camera Control. Refer to the

L1700 manual for full product information and safety awareness.

User Manual Focal Point Operators Control Panel (OCP5) OCP5-ASSY-7XXX

Issue No: M Page: 43

Figure 6-1 Operators Control Panel Overview

The Vislink Operator’s Control Panel (OCP) is designed for use in conjunction with the

FocalPoint Camera Control system and Data Receiver. The unit is designed to fit a standard OCP/RCP slot.

The OCP5 may be operated in two ways:

 One-way data to the camera, using the UHF FocalPoint Transmitter.  Two-way data, using a combination of UHF FocalPoint Transmitter and return data

via the user data function for the video link transmitter and receiver.

NOTE: If required, you can turn the Return Data on and off via the OCP5 menu system and

connected directly to the OCP.

Tally may be connected either directly to the OCP5 via the Mixer connector or to the Camera Control Interface Unit. Tally control may be either:

 Dry contacts.  Wet contacts – nominally a 5 VDC voltage in either polarity.

The OCP5 is powered in either of the following ways:

 Using the D-type connector OCP I/F (see Section 6.1.4). DC power is derived from the

Camera Control Interface unit.

 External DC power input using the XLR4 connector (see Section 6.2.4).

User Manual Focal Point Operators Control Panel (OCP5) OCP5-ASSY-7XXX

Issue No: M Page: 44

Data output from the OCP5 to the Camera Control Interface Unit may be configured in either of the following ways:

 OCP I/F connector - this is the normal method which also allows the OCP5 to derive

its power from the Camera Control Interface Unit (see Section 6.2.1)

 Data in/out connector - this method is used where longer lengths of cable are used,

up to the limits for RS485 (see Section 6.2.2)

Use the Data in/out connector to handle the Data input from the camera to the OCP5.

NOTE: When used for return data to the Vislink OCP5, set the User Data port on the

microwave video link (transmitter and the receiver) to a baud rate of 115,200.

OCP5 s Camera Control Function

Control Function

Joystick

Camera Iris

Master Black

Mixer preview

(accessed pressing the control knob)

Control knobs and push buttons

Various

Soft keys for menu selection

Various

Camera Control Functions*

RGB – White balance

RGB – Black balance

RGB – Flare control

RGB – Gamma control

ND and CC filter control

Master Black Pedestal

Iris control

Auto/manual iris control

Configurable open/close iris limits

Detail

Detail dependency

Saturation

Auto-Knee

Bars

Configurable Panel lockout

Gain steps

White balance presets and fixed temperatures

Table 6-1 OCP5 Control Functions

You can assign a favorite function to the OPT button. Doing this makes it is instantly available from the OCP5 front panel.

Camera model dependent.

User Manual Focal Point Operators Control Panel (OCP5) OCP5-ASSY-7XXX

Issue No: M Page: 45

Figure 6-2 OCP5 Rear Connections Overview

This port is used to directly connect to the Camera Control Interface Unit.

Connector

D-Type 9-Pin

Signal

+VIN

TALLY_DRY_A

TALLY_DRY_B

GND 6 GND 7 TXD-

TXD+ 9 NC

This port is used for Return data from the User Data port of the MVL Receiver (if used).

Connector

XLR 5-Pin

Signal

GND 2 TXD-

TXD+

RXD-

RXD+

User Manual Focal Point Operators Control Panel (OCP5) OCP5-ASSY-7XXX

Issue No: M Page: 46

NOTE: Tally_Dry assumes a closed pair of contacts and Tally_Wet assumes a 5VDC

(nominal) voltage in either polarity.

Connector

D-Type 9-Pin

Signal

PREVIEW_A

PREVIEW_B

NC 4 NC

TALLY_DRY_A (ground)

TALLY_DRY_B

TALLY_WET_A

TALLY_WET_B

GND

NOTE: The DC input is in conjunction with an internal fuse (alternative powering method,

see Section 6.1.3).

Connector

XLR 4-Pin

Signal

-ve / Ground

NC 3 NC

+12VDC

The USB/Ethernet port is dual purpose, as follows:

 Ethernet port for remote control and monitoring.  USB port for unit software upgrade.

Connector

8-pin LEMO Connector EGG.1B.308.CLN

Signal

Function

TX+

Ethernet

TX- 3 RX+ 4 RX-

0V GND

USB

USB_+

USB_-

+5V out

User Manual Focal Point Operators Control Panel (OCP5) OCP5-ASSY-7XXX

Issue No: M Page: 47

Table 6-2 shows the camera type menu for you to select from.

NOTE: More camera types may be added in the future.

Camera Select

Camera Used

Sony 90

Sony BVP-90

Sony D35

Sony DXC-30, DXC-35, DXC-50

Sony 550

Sony BVP-550, BVP-570

Sony 600

Sony 950

Sony BVP-950,

HDC 1500

Sony HDC-2500, HDC-2400, HDC-1400, HDC-1450, HDC-1500, HDC-1550, HDW-750P

PMW EX3

Sony PMW-EX3

PDW-700

Sony PDW-700, PDW-F800

BVP-E10P

Sony BVP-E10, BVP-E30

HXC 100

Sony HXC-100, HSC-300

PMW-350K

Sony PMW-350K, PMW-400, PXW-X320, PMW-500

HDC-P1

Sony HDC-P1

PXW-X500

Sony PXW-X500

HK-399

Ikegami HK-399, HK-388, HK-355

HK-79

Ikegami HK-79, HL-45, HL-55, HL-59, HDK-55

Thom 1657

Thomson 1657

LDK 100

Grass Valley (Philips/Thomson) LDK-100, LDK200, LDK-300, LDK-400, LDK-500

LDK6000

Grass Valley LDK 6000, LDK 8000, LDK 8000 Elite

LDK4000

Grass Valley LDK 4000

LDX 80

Grass Valley LDX 80, LDX 86, LDX C80

DK-H100

Hitachi DK-H100

HD-1200E

Hitachi SK-HD1200E, SK-900E, SK-HD1000

AJ-HPX2000

Panasonic AJ-HPX2000E, AJ-HPX3100G

JVC D29

JVC KY-D29

GW HDMC

Vislink ‘HDMC’

Table 6-2 OCP5-ASSY-7XXX Camera Types

User Manual Focal Point Operators Control Panel (OCP5) OCP5-ASSY-7XXX

Issue No: M Page: 48

Figure 6-3 OCP5 Menu Structure

User Manual Focal Point Operators Control Panel (OCP5) OCP5-ASSY-7XXX

Issue No: M Page: 49

The front panel menu system is a combination of LCD screen and six soft-key buttons which are used to access the required functions.

To access the main screen from any other inactive screen press Exit and Previous/Next as required.

Figure 6-4 Example Main Operator Screen

These are a series of screen which show the current configuration of the OCP5. To access the screen’s scroll to the main menu and press Next or Previous

To access these screens from the main operator screen press Menu and Next as required to reach the required sub-menu.

Figure 6-5 Example Setup Screens

User Manual Focal Point Operators Control Panel (OCP5) OCP5-ASSY-7XXX

Issue No: M Page: 50

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User Manual Focal Point Useful Part Numbers

Issue No: M Page: 51

Figure 7-1 Useful Part Numbers

User Manual Focal Point Useful Part Numbers

Issue No: M Page: 52

ID No.

Part ID

Configuration

Part Number

Remote Data ODU

SC/APC Fiber

435 - 470MHz

FCDT-ASSY-7002

450 - 490MHz

FCDT-ASSY-7004

435 - 470MHz IDX

FCDT-ASSY-7008

450 - 490MHz IDX

FCDT-ASSY-7010

435 - 470HHz Anton

FCDT-ASSY-7014

LC/FPC Fiber

435 - 470MHz

FCDT-ASSY-7003

450 - 490MHz

FCDT-ASSY-7005

435 - 470MHz IDX

FCDT-ASSY-7009

450 - 490MHz IDX

FCDT-ASSY-7011

ST/FPC Fiber

435 - 470MHz

FCDT-ASSY-7006

450 - 490MHz

FCDT-ASSY-7007

435 - 470MHz IDX

FCDT-ASSY-7012

450 - 490MHz IDX

FCDT-ASSY-7013

SC/UPC Fiber

435 - 470MHz

FCDT-ASSY-7015

FocalPoint IDU

SC/APC Fiber -

CRIU-ASSY-7004

LC/FPC Fiber -

CRIU-ASSY-7006

ST/FPC Fiber -

CRIU-ASSY-7005

SC/UPC Fiber -

CRIU-ASSY-7007

OCP/RCU Units

RCU AJ-RC10

OCP5

RCP1530

OCP400

RU1500

OCP300

UHF Data Receivers

INCAM-S Sony HDC 2500

INCAM-G Grass Valley LDX 80

DR07

L1700

ClipOn4 CCCU

Table 7-1 Useful Unit Part Numbers

User Manual Focal Point Useful Part Numbers

Issue No: M Page: 53

Cable ID

Unit

Part Number

OCP to IDU Cables

Sony RCP-1530

CARK-ASSY-2022

Hitachi RU-1500

RHD9-ASSY-2018

Panasonic

CARK-ASSY-2028

G Valley OCP400

(Non-Multiplex)

RHD9-ASSY-2015

G Valley OCP400

(Multiplex)

CARK-ASSY-2032

G Valley Tally

RHD9-ASSY-2017

Ikegami

CARK-ASSY-2029

OCP5

RHD9-ASSY-2014

DR07 Data Cables

Sony

DR07-ASSY-2003

Hitachi

DR07-ASSY-2012

Panasonic

DR07-ASSY-2004

G Valley

DR07-ASSY-2020

G Valley LDX80 Compact

DR07-ASSY-2021

Ikegami

DR07-ASSY-2016

L1500-Return Data

DR07-ASSY-2022

L1700 Return Data

CARK-ASSY-2021

ClipOn4 Data Cables

Sony

CCCU-ASSY-2029

Hitachi

CCCU-ASSY-2031

Panasonic

CCCU-ASSY-2032

G Valley

CCCU-ASSY-2035

Ikegami

CCCU-ASSY-2034

Table 7-2 Useful Cable Part Numbers

Figure 7-2 Wireless Camera Receivers

Wireless Camera Receiver

Return Data Cable Part No.

MDR

CARK-ASSY-2025

L2174

CARK-ASSY-2024

MTV-HD3

CARK-ASSY-2027

MVL-HD3

Table 7-3 Wireless Camera Receivers ID Table

User Manual Focal Point Useful Part Numbers

Issue No: M Page: 54

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User Manual Focal Point Camera Control Data Receiver Cables

Issue No: M Page: 55

Vislink cable part number: CCCU-ASSY-2035

Data Receiver

Camera Connector

5-Pin LEMO Plug

FGG.0B.305.CLAD52Z

9-way, D-type Socket

NC 2 3 3 NC 4 2 5 5

Vislink cable part number: DR07-ASSY-2020

Data Receiver

Camera Connector

5-Pin LEMO Plug

FGG.0B.305.CLAD52Z

2-pin LEMO Plug

FGG.0B.302.CLAD52

9-way, D-type Socket

Connector

5-Pin

NC 2 3 3 NC 4 2 5 NC

2-Pin

1 9 2

Vislink cable part number: CCCU-ASSY-2029

Data Receiver

Camera Connector

5-Pin LEMO Plug

FGG.0B.305.CLAD52Z

8-Pin Hirose Plug

HIROSE, MXR–8P–8P 6

1 2 2 1 3 3 4 4 5

User Manual Focal Point Camera Control Data Receiver Cables

Issue No: M Page: 56

Vislink cable part number: DR07-ASSY-2003.

NOTE: Optional 3-meter cable part number: DR07-ASSY-2014.

Data Receiver

Camera Connector

5-Pin LEMO Plug

FGG.0B.305.CLAD52Z

2-pin LEMO Plug

FGG.0B.302.CLAD52

8-Pin Hirose Plug

HIROSE, MXR–8P–8P 6

Connector

5-Pin

1 2 2 1 3 3 4 4 5

2-Pin

1 6 2

Vislink cable part number: CCCU-ASSY-2031.

Data Receiver

Camera Connector

6-Pin LEMO Plug

FGG.0B.306.CLAD52Z

4-Pin Hirose Plug

HR107P4P

NC 2 NC 3 NC 4 3 5 2 6 4

User Manual Focal Point Camera Control Data Receiver Cables

Issue No: M Page: 57

Vislink cable part number: DR07-ASSY-2012.

Data Receiver

Camera Connector

6-Pin LEMO Plug

FGG.0B.306.CLAD52Z

2-pin LEMO Plug

FGG.0B.302.CLAD52

4-Pin Hirose Plug

HR107P4P

Connector

6-Pin

NC 2 NC 3 NC 4 3

2-Pin

1 1 2

Vislink cable part number: CCCU-ASSY-2034

Data Receiver

Camera Connector

5-Pin LEMO Plug

FGG.0B.305.CLAD52Z

8-Pin TAJIMI Plug

TAJIMI, PRC05-P8M

1 B 2 A 3 C 4 D 5

Vislink cable part number: DR07-ASSY-2016.

Data Receiver

Camera Connector

5-Pin LEMO Plug

FGG.0B.305.CLAD52Z

2-pin LEMO Plug

FGG.0B.302.CLAD52

8-Pin TAJIMI Plug

TAJIMI, PRC05-P8M

Connector

5-Pin

1 B 2 A 3 C 4 D 5 F 2-Pin

User Manual Focal Point Camera Control Data Receiver Cables

Issue No: M Page: 58

Vislink cable part number: CCCU-ASSY-2032

Data Receiver

Camera Connector

5-Pin LEMO Plug

FGG.0B.305.CLAD52Z

6-Pin LEMO Plug

FGG.0B.306.CLAD52

10-Pin Hirose Plug

HIROSE, HR10A-10P-10P

4-Pin Hirose Plug

HR107P4P

Connector

5-Pin

10-Pin 2 1

10-Pin 3 3

10-Pin 4 4

10-Pin

5 5 10-Pin

6-Pin 3 2

4-Pin

Vislink cable part number: DR07-ASSY-2004.

Data Receiver

Camera Connector

5-Pin LEMO Plug

FGG.0B.305.CLAD52Z

2-Pin LEMO Plug

FGG.0B.302.CLAD52

6-Pin LEMO Plug

FGG.0B.306.CLAD52

10-Pin Hirose Plug

HIROSE, HR10A-10P-10P

4-Pin Hirose Plug

HR107P4P

Connector

5-Pin

10-Pin 2 1

10-Pin 3 3

10-Pin 4 4

10-Pin 5 5

10-Pin

2-Pin

1 9 10-Pin

10-Pin

6-Pin 3 2

4-Pin

User Manual Focal Point Camera Control Interface to OCP/RCP Cables

Issue No: M Page: 59

Vislink cable part number: CARK-ASSY-2022

Camera Control Interface

OCP/RCP Connector

15-Way D-Type Plug

8-Pin Hirose Plug

HIROSE, MXR–8P–8P 6

1 6 2 3 3 4 4 1 5 2 6 - 7 - 8 - 9 - 10 - 11

12 – 15 Link

13 - 14

15 – 12 Link

Vislink cable part number: RHD9-ASSY-2018

Camera Control Interface

OCP/RCP Connector

15-Way D-Type Plug

4-Pin Hirose Plug

HIROSE, HR10A–7P–4S

1 1 2 - 3 - 4 - 5 - 6 2 7 3 8 - 9 - 10 - 11 4 12 - 13 - 14 - 15

User Manual Focal Point Camera Control Interface to OCP/RCP Cables

Issue No: M Page: 60

Vislink cable part number: CARK-ASSY-2029

Camera Control Interface

OCP/RCP Connector

15-Way D-Type Plug

8-Pin TAJIMI Connector

PRC90-199-P9-P8F

1 E 2 A 3 B 4 C 5 D 6 - 7 - 8 - 9 - 10 - 11 F 12 - 13 - 14 - 15

Vislink cable part number: CARK-ASSY-2028

Camera Control Interface

OCP/RCP Connector

15-Way D-Type Plug

10--Pin Hirose Plug

HIROSE, HR10–10P–10S(73)

1 9 2 1 3 2 4 3 5 4 6 - 7 - 8 - 9 - 10 - 11

12 - 13 - 14 - 15

User Manual Focal Point Camera Control Interface to OCP/RCP Cables

Issue No: M Page: 61

Vislink cable part number: RHD9-ASSY-2014

Camera Control Interface

OCP/RCP Connector

15-Way D-Type Plug

3-Pin XLR Plug

9-Way D-Type Socket

Connector

15-Way

1 1 9-Way

2 8 9-Way

3 7 9-Way

NC - 5

NC - 6

NC - 7

NC - 8

NC - 9

NC - 10

NC - 11 5 9-Way

NC - 13

NC - 14

NC - 15

NC - 3-Pin 2 3

9-Way

3-Pin 3 4

9-Way

Vislink cable part number: RHD9-ASSY-2015

Camera Control Interface

OCP/RCP Connector

15-Way D-Type Plug

9-Way D-Type Plug

4-Pin XLR

Connector

15-Way

1 4 4Pin XLR

NC - 3 2 9-Way

4 3 9-Way

NC - 6

NC - 7

NC - 8

NC - 9

NC - 10

4-Pin XLR

9-Way

NC - 13

NC - 14

NC - 15

User Manual Focal Point Camera Control Interface to OCP/RCP Cables

Issue No: M Page: 62

Vislink cable part number: CARK-ASSY-2032

Camera Control Interface

OCP/RCP Connector

15-Way D-Type Plug

9-Way D-Type Plug

4-Pin XLR Socket

Connector

15-Way

1 4 4-Pin XLR

2 3 9-Way

3 8 9-Way

4 7 9-Way

5 2 9-Way

NC - 7

NC - 8

NC - 9

NC - 10

4-Pin XLR

9-Way

NC - 13

NC - 14

NC - 15

Vislink FCDT-ASSY-7010, FCDT-ASSY-7014, FCDT-ASSY-7008, FCDT-ASSY-7004, FCDT-ASSY-7003 User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual