IP-9610
Hardware User’s Guide
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USING IP-9610 SAFELY
Handling of This Manual
The manual contains important information regarding the safe use of IP-9610. Read it thoroughly
before operating this device. Make sure that users of the device read and understand thoroughly all
safety precautions contained in the manual. Keep this manual in a safe and convenient location for
quick reference.
Fujitsu makes every effort to prevent users and bystanders from injury and to prevent property damage.
To ensure no harm to you and bystanders, and to prevent damage to the device itself, be sure to use this
equipment in accordance with instructions in the manual.
The following notice is for USA users only.
IP-9610 has been tested and found to comply with the limits for a Class A digital device, pursuant to
Part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful
interference when the equipment is operated in a commercial environment. This equipment generates,
uses, and can radiate radio frequency energy and, if not installed and used in accordance with the
instruction manual, may cause harmful interference to radio communications. Operation of this
equipment in a residential area is likely to cause harmful interference in which case the user will be
required to correct the interference at his own expense.
The following notice is for Canada users only.
This Class A digital apparatus meets all requirements of the Canadian Interference-Causing
Equipment Regulations.
The following notice is for EU (European Union) users only.
This is Class A product of Electromagnetic Interference (EMI) standard. In a domestic environment
this product may cause radio interference in which case the user may be required to make adequate
measures.
This manual includes technology controlled under the Foreign Exchange and Foreign Trade Control
Law of Japan. The manual or a portion thereof must not be exported (or re-exported) without
authorization from the appropriate governmental authorities in accordance with the above law.
IP-9610 is designed and manufactured for use in standard applications such as office work, personal
devices, and household appliances. The product is not intended for special uses (such as
nuclear-reactor control in atomic energy facilities, aeronautic and space systems, air traffic control,
operation control in mass transit systems, medical devices for life support, and missile firing controls in
weapons facilities) where particularly high reliability requirements exist, where the pertinent levels of
safety are not guaranteed, or where a failure or operational error could threaten a life or cause physical
injury (hereafter referred to as "mission-critical" use). Customers considering use of this product for
mission-critical applications must have safety-assurance measures in place beforehand. Moreover,
they are requested to consult our sales representative before embarking on such specialized use.
Copying of and disassembly, decompilation and other forms of reverse engineering of any program
included with this device is prohibited.
Windows, Internet Explorer are registered trademarks or trademarks of Microsoft Corporation in the
United States and/or other countries.
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IMPORTANT NOTE TO USERS
READ THE ENTIRE MANUAL CAREFULLY BEFORE USING THIS PRODUCT.
INCORRECT USE OF THE PRODUCT MAY RESULT IN INJURY OR DAMAGE TO
USERS, BYSTANDERS OR PROPERTY.
While FUJITSU has sought to ensure the accuracy of all information in this manual, FUJITSU
assumes no liability to any party for any damage caused by any error or omission contained in this
manual, its updates or supplements, whether such errors or omissions result from negligence, accident,
or any other cause. In addition, FUJITSU assumes no liability with respect to the application or use of
any product or system in accordance with descriptions or instructions contained herein; including any
liability for incidental or consequential damages arising therefrom.
FUJITSU DISCLAIMS ALL WARRANTIES REGARDING THE INFORMATION
CONTAINED HEREIN, WHETHER EXPRESSED, IMPLIED, OR STATUTORY.
FUJITSU reserves the right to make changes to any products described herein without further notice
and without obligation.
No part of this manual shall be reproduced in any way or form without the permission of Fujitsu Limited.
All Rights Reserved. Copyright © FUJITSU LIMITED 2011
IP-9610
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PREFACE
Thank you for purchasing the IP-9610(H264/AVC CODEC).
IP-9610 are the video transmission unit with the H.264 encoding technology.
This manual explains how to use hardware for IP-9610.
This manual is intended for system designers and system managers who use IP-9610. Readers are
assumed to have a basic knowledge of networks and video distribution.
November 2011 1st Edition
Product operating environment
•
Designed for use in real-time audio/video transmission systems and in the transmission system of
monitoring systems, IP-9610 is intended for indoor use.
Note:
The contents of this manual are subject to change without notice.
IP-9610
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ORGANIZATION AND CONTENTS OF THIS MANUAL
The manual consists of five chapters, an appendix, a glossary and an index.
Read Chapters 1 and 2 first for information on installing and connecting the device. Read Chapter 3 for
operating instructions, and Chapter 4 and subsequent chapters can be read as required.
Chapter 1 Preparations
This chapter describes the checks that are required before the start of IP-9610 operation.
Chapter 2 Installation and Connection
This chapter describes conditions for IP-9610 installation and explains how to connect it to peripheral the
devices.
Chapter 3 Operating Instructions
This chapter explains how to power on/off, set up and operate the device.
Chapter 4 Connection Cable Specifications
This chapter contains a classification of how work is implemented, cable connection system diagrams
and cable connector details.
Chapter 5 Troubleshooting
This chapter describes actions to be taken if the device does not operate normally or if an alarm LED
turns on.
Appendix
The appendix contains views of the device and its basic specifications. Installation work and on-site
adjustment preparations are also covered in this section.
Glossary
The glossary defines the technical terms used in this manual.
Index
The index lists keywords and corresponding pages on which the words appear, so necessary items can be
looked up immediately.
IP-9610
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WARNING INDICATIONS
This manual uses warning indications to warn of conditions in order to prevent serious injury and
property damage. Warning indications consist of warning markings of specific levels and warning
messages. The warning markings are shown below along with their definitions.
!
WARNING indicates a situation that could lead to serious injury
or loss of life if procedures are not followed correctly.
!
CAUTION indicates a situation that could lead to minor or
CAUTION
moderate injury and/or damage to the device itself if procedures
are not followed correctly.
Warning indications within text
Warning markings are followed by warning messages. Every warning marking is centered on a line.
Left and right indents are set for warning messages to differentiate them from ordinary text.
Furthermore, the lines immediately before and after warning indications are left blank.
(Example)
Possibility of electric shock, fire and damage to the device
Always observe the precautions given below.
This indicates a hazardous situation that could lead to electric shock, fire or
damage to the device.
•
Always connect the power cord to a power receptacle for a standard
two-prong plug with ground.
•
Connect the device to the power receptacle with a capacity of 1A or
more. When using a power extension cable, be sure that the total
power consumption of all devices connected to the cable does not
exceed the rated capacity of the cable. If a power receptacle with a
low capacity or capacity below the rated value is used, the power
receptacle, extension cable or power distribution wiring may overheat
and start a fire.
Important warning indications are summarized below in “Safety Precautions.”
IP-9610
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SAFETY PRECAUTIONS
List of important warnings
The table below contains a list of important warning indications.
Indicates a situation that could lead to serious injury or loss of life if procedures
are not followed correctly.
Work type
Warning
Normal use Possibility of electric shock and fire
If an excessive heat, smoke, an abnormal odor or an unusual noise is coming from the
device, immediately set its power switch to OFF and remove the power cord plug from
the power receptacle. Then, contact a Fujitsu Service Center.
This indicates a hazardous situation that could lead to fire and electric shock.
Possibility of electric shock and fire
If foreign matter (e.g., water, bits of metal, fluid) gets inside the device, immediately set
its power switch to OFF and remove the power cord plug from the power receptacle.
Then, contact a Fujitsu Service Center.
This indicates a hazardous situation that could lead to fire and electric shock.
Possibility of electric shock and fire
If the device has been dropped or otherwise damaged, immediately set its power switch
to OFF and remove the power cord plug from the power receptacle. Then, contact a
Fujitsu Service Center.
This indicates a hazardous situation that could lead to electric shock.
Possibility of electric shock and fire
To keep foreign matter out, ensure that drink containers and metal objects are not placed
on or near the device.
The presence of foreign matter such as water inside the device creates a hazardous
situation that could lead to electric shock.
Possibility of electric shock and fire
Ensure that no liquid is splashed on the device, making it wet.
The presence of foreign matter such as water inside the device creates a hazardous
situation that could lead to fire and electric shock.
Possibility of electric shock and fire
Ensure that the power cord does not become damaged, and avoid tampering with it.
If the power cord has a heavy object is placed on it, pulled at, bent, or becomes entangled, it
could be damaged as a result. Also, the power cord could be damaged if subjected to heat,
creating a hazardous situation that could lead to fire and electric shock.
Possibility of electric shock
Because this device contains a hazardous voltage section, never open the cover.
Only a service engineer must open the cover.
This warning indicates a hazardous situation that could lead to electric shock.
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Work type
Warning
Installation
Possibility of electric shock and fire
Do not install the device in the following places because using it there may cause a fire or
electric shock:
• Extremely dusty or dirty place
• Wet or humid location
• Hot location, such as a place where the device is exposed to direct sunlight or is
near heating equipment
• Near products (e.g., speakers) that generate a strong magnetic field
• Location where the temperature is too hot or cold
• In an environment with sharp temperature fluctuations
• Area with poor ventilation
• Near a fire
Possibility of electric shock, fire, and damage to the device
Always observe the precautions given below.
This indicates a hazardous situation that could lead to electric shock, fire and damage to
the device.
• Always connect the power plug to a power receptacle for a standard two-prong plug
with ground.
• Connect the device to a power receptacle with a capacity of 1 A or more. When
using a power extension cable, be sure that the total current consumption of all
devices connected to the cable does not exceed the rated capacity of the cable. If a
power receptacle with a low capacity or capacity below the rated value is used, the
power receptacle, extension cable or power wiring may overheat and start a fire.
IP-9610
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Work type
Warning
Installation
and
relocation
Possibility of serious injury and damage to the device
Do not install the device in places where it is exposed to shock and strong vibrations, on
an incline or in unstable locations.
This indicates a hazardous situation that could lead to serious injury or damage to the
device.
Possibility of serious injury and damage to the device
When relocating the device, observe the following precautions to protect against serious
injury and damage to the device:
• Set the power switch to OFF, and disconnect all connected cables. Take care to
avoid getting your feet entangled in the cables.
• To prevent serious personal injury when moving the device, take special care to pay
attention to your surroundings.
Clean
Possibility of fire, serious injury and damage to the device
When cleaning the device, observe the following precautions to protect against fire,
serious injury and damage to the device:
• When cleaning the device, please do not use cleaning spray that is including
combustible material. Also, please do not use it around the device.
• When cleaning the device, please wipe off with the cloth squeezing water (or
neutral detergent thinned by water).
• When wiping off, please be careful not to put water into the device from switches
or the spaces.
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LABEL
The warning label sho wn below is affixed to the device.
・ Never remove the label.
・ Be sure to check the label at the bottom of this device before coming to the power supply.
・ The following label is intended for users of the device s.
01A 11-11
00001
MODEL
PART NO.
FC40761A1
H264/AVC CODEC
TA23793-B10X
1.70A-0.71A 100V-240V～
50/60Hz
7kg
1φ
0.170kVA-0.171kVA
認証番号
T
D11-0165001
MADE IN JAPAN
FUJITSU LIMITED
Installed Option Part Number
TA23793-B20X (96CODES-A0)
TA22168-B70X (96ACMDL-A0)
TA22168-B70X (96ACMDL-A0)
I T E
1K91
E136004
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PRODUCT HANDLING PRECAUTIONS
Maintenance
WARNING
Do not try to repair the device yourself. Contact a Fujitsu Service Center.
CAUTION
Read this manual thoroughly before attempting to operate the device.
If you have any questions, contact a Fujitsu Service Center.
If a problem occurs, contact a Fujitsu Service Center.
The Fujitsu Service Center will ask you to describe the problem, the lamp display status of
alarm LEDs and other details. Check the system for this information.
Connectable devices
Only devices that conform to the device interface specifications (see Appendix 2.3, "Device
Specifications") can be connected. Otherwise, if incompatible devices are connected, the result
may be personal injury and property damage.
Disposal
To dispose of the device, contact a Fujitsu Service Center, or request a specialist to take care its
disposal.
Modification and restoration
Do not use any device that has been modified or rebuilt with refurbished used parts. Doing so
may result in personal injury and property damage.
IP-9610
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CONTENTS
USING IP-9610 SAFELY.................................................................................i
PREFACE .....................................................................................................iii
ORGANIZATION AND CONTENTS OF THIS MANUAL...............................iv
WARNING INDICATIONS..............................................................................v
SAFETY PRECAUTIONS .............................................................................vi
LABEL...........................................................................................................ix
PRODUCT HANDLING PRECAUTIONS .......................................................x
Chapter 1 Preparations.......................................................................... 1
1.1 Main Features ........................................................................................ 3
1.2 Components........................................................................................... 5
1.3 Basic Application Examples ................................................................... 6
1.4 Part Names............................................................................................ 7
Chapter 2 Installation and Connection............................................... 11
2.1 Installation Conditions.......................................................................... 13
2.1.1 Environment conditions ............................................................. 13
2.1.2 Installation environment............................................................. 13
2.1.3 Air flow into and out from the device ......................................... 16
2.1.4 Open space required around the device.................................... 17
2.2 Power Supply System Connections................................................... 18
2.2.1 Connection to ground................................................................ 18
2.2.2 Connection to power source...................................................... 19
2.3 Connection to External Sync(REF) ...................................................... 22
2.4 Connection to DVB-ASI Device............................................................ 23
2.4.1 Connection to DVB-ASI Input Device........................................ 23
2.4.2 Connection to DVB-ASI Output Device ..................................... 24
2.5 Connection to RS-232C/RS-422 Device............................................ 25
2.6 Connection to Network......................................................................... 26
2.7 Connection to Voice Communication (Intercom).................................. 27
2.8 Optional Board Slot.............................................................................. 28
Chapter 3 Operation Instructions ....................................................... 29
3.1 Power ON/OFF .................................................................................... 31
3.1.1 Powering on .............................................................................. 31
3.1.2 Powering off .............................................................................. 31
3.2 Device Settings and Operation ............................................................ 32
3.3 Device Settings and Operation (Front Panel)....................................... 33
3.4 Special Use of Cancel Key................................................................... 34
Chapter 4 Cable Specifications........................................................... 35
4.1 Installation Preparations....................................................................... 37
4.2 Cable and Connector Details ............................................................... 38
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Chapter 5 Troubleshooting..................................................................45
5.1 Help Information ...................................................................................47
5.2 Alarm LED Lamp Is On.........................................................................49
5.3 Maintenance .........................................................................................50
5.3.1 Maintenance space....................................................................50
5.3.2 Change of maintenance parts (Maintenance only).....................51
Appendix..................................................................................................53
A.1 Appearance ..........................................................................................55
A.2 Basic Specifications..............................................................................57
A.2.1 External specifications ...............................................................57
A.2.2 Environment specifications ........................................................57
A.2.3 Function specifications...............................................................58
A.3 Preparations for Installation Work.........................................................62
A.3.1 Scope of installation work ..........................................................62
A.3.2 Unpacking and device check .....................................................62
A.3.3 Installation conditions.................................................................62
A.3.4 Connecting external cables........................................................62
A.4 Preparations for On-site Turn-up........................................................63
Glossary and Index.................................................................................67
Glossary.......................................................................................................69
Index............................................................................................................72
CE Conformity Information...........................................................................74
IP-9610
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CHAPTER 1
PREPARATIONS
This chapter describes the checks that are required before the start of IP-9610
operation.
1.1
1.2
1.3
1.4
Main Features············································································3
Components···············································································5
Basic Application Examples ·······················································6
Part Names················································································7
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Chapter 1 Preparations
1.1
Main Features
IP-9610 are the video transmission unit with the H.264 encoding technology.
Supports H.264 4:2:2 10 bit 1080p video, delivering high quality video encoding.
1U main equipment can hold two codec boards, supporting up to two channels of video encoding.
Scalable equipment enables configurations matching your operation scenarios to make it possible by
combining SDI Input/Output Board and option licenses.
Equipment can be operated from the Web GUI, front panel, or SNMP, providing high operability.
By combining the base equipment and hardware options, you can initially assemble the required
functions in the IP-9610. You can flexibly configure the IP-9610 by selecting the SDI input board to
have the equipment function as an encoder, or selecting the SDI output board to have the equipment
function as a decoder. Also, you can add the Audio Board to use the 16 channel audio function.
And, to operate this equipment, you need to purchase a software license key and activate it.
For details, see the software manuals
Main Features
Item
Video input
Specifications
Remarks
Located at option slot
HD-SDI / SD-SDI
HD-SDI / SD-SDI
HD-SDI embedded
HD-SDI embedded
2ch(max) [BNC]
#1～#4
Located at option slot
Video output
Audio input
Audio output
8ch(max) [BNC]
#1～#4
Located at option slot
16ch(max) [BNC], 8 stereo pairs
16ch(max) [BNC], 8 stereo pairs
#1～#4
Located at option slot
#1～#4
Analog Composite 75Ω or
Component 75Ω
Reference clock input
1ch
[BNC]
Analog Composite 75Ω or
Component 75Ω
Analog balanced 600Ω
Reference clock output
Voice input/output
1ch
1ch
[BNC]
[RJ25]
[RJ45],
Network
LAN
3ch
10BASE-T/100BASE-TX
/1000BASE-T
[D-sub9-pin]
Data input/output
SD CARD slot
RS-232C
2ch
male connector
SD CARD
1
1
For maintenance use
For maintenance use
Future Support
Future Support
USB
USB Interface
Installation conditions
Indoor: On a desk, mounted in a rack
W: 425 H: 42 D: 350 (mm)
W: 425 H: 46 D: 520.3 (mm) Note: Including optional board, etc
Note: Excluding protrusions
Dimensions
Cooling system
Power supply
Weight
Forced air cooling
100-240VAC
Maximum 7kg
170VA or less (100V AC)
171VA or less (240V AC)
0 to 50°C
Power consumption
Temperature
Humidity
20 to 90%RH (No condensing)
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Chapter 1 Preparations
Hardware option
Maximum
installation
Description
Installed according to the number of SDI inputs/outputs.
Combining two SDI input boards or two SDI output boards
enables support for dual-link SDI.
SDI input board
SDI output board
4
A codec board is always installed in the base equipment. Installing
one additional board enables the following operation modes (*3):
Encoder x 2
Codec board (*1)
2
2
Decoder x 2
Encoder x 1 and Decoder x 1
Decoder x 1 and Encoder x 1
With a Codec Board, this board enables support of the 16 channel
s audio (stereo pairs of 8 channels) function.
Audio board (*2)
*1
*2
The codec board has an 8 channel audio function.
If two codec boards are installed, an audio board must be added to each of these codec boards
(two audio boards must be added).
*3
For details on combinations of operation modes and the AV input-output interfaces, refer
Appendix 5 AV Interface Settings the IP-9610 Software User's Guide.
It is necessary to install a software license (encoder license or decoder license) by operation
mode. For example, operation mode [Encoderx2] requires two encoder licenses.
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Chapter 1 Preparations
1.2
Components
The IP-9610 product package consists of the following components.
Attachments for all series consist of same contents.
･ IP-9610: 1 pc (cables separate order)
･ Safety manual: 1 pc
･ User’s Guide: 1 pc
･ Feet: 5 pcs
･ Mounting kit on 19” rack: 2 pcs
･ Holder of power supply cable: 1 pc
･ Pan screw (M4): 6 pcs
(19” rack - Mounting kit)
･ Pan screw (M5): 8 pcs
(19” rack - Mounting kit)
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Chapter 1 Preparations
1.3
Basic Application Examples
Examples (system configuration) of use of IP-9610 are shown below.
The basic configuration is for video transmission via point-to-point connections.
With this configuration, the camera is connected to the encoder, and video data is transmitted to the
decoder over the Internet, and then output to the monitor.
Live
distribution
IP-9610 decoder
SDI
IP-9610 encoder
SDI
Camera
Monitor
System configuration example: Broadcast content transmission or live coverage
By using the DVB-ASI interface included with this equippment as standard, the equippment can also
be used for video transmission via satellite news gathering (SNG) or field pickup equippment (FPE).
Live
distribution
IP-9610 decoder
IP-9610 encoder
SDI
DVB-ASI
DVB-ASI
SDI
Camera
Monitor
System configuration Example: SNG
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Chapter 1 Preparations
1.4
Part Names
This section gives the name and describes the function of individual parts of IP-9610.
The diagrams below show the layout of parts on the outside of the device, and the table below lists
the name and describes the function of individual parts. Numbers in the diagrams correspond to
numbers in the table.
Figure Front panel
FigurRear panel
1
3
2
4
rt nmes
No.
(1)
Name
Descripion
For maintenance purpose. Not for customer. (Future Support)
Covered with screw.
SD CARD slot
Maintenance port
USB port
(2)
(3)
For maintenance purpose. Not for customer..
For maintenance purpose. Not for customer. (Future Support)
Ethernet 10BASE-T/100BASE-TX /1000BASE-T communication port.
See Section 2.6, “Connection to a Network,” for an explanation on using this port.
See Section 4.2, “Cable and Connector Details,” for cable connection information.
Indicates the status of LAN port.
For more information, see Table 5.3, “Details of LED Indications,” in Section 5.2.
Indicates the speed of LAN port.
LAN port #1
(LAN1)
(4)
Status LED
(LINK/ACT)
Speed LED
(100/1000M)
(5)
(6)
For more information, see Table 5.3, “Details of LED Indications,” in Section 5.2.
Ethernet 10BASE-T/100BASE-TX /1000BASE-T communication port.
See Section 2.6, “Connection to a Network,” for an explanation on using this port.
See Section 4.2, “Cable and Connector Details,” for cable connection information.
Indicates the status of LAN port.
For more information, see Table 5.3, “Details of LED Indications,” in Section 5.2.
Indicates the speed of LAN port.
LAN port #2
(LAN2)
(7)
Status LED
(LINK/ACT)
Speed LED
(100/1000M)
(8)
(9)
For more information, see Table 5.3, “Details of LED Indications,” in Section 5.2.
Ethernet 10BASE-T/100BASE-TX /1000BASE-T communication port.
See Section 2.6, “Connection to a Network,” for an explanation on using this port.
See Section 4.2, “Cable and Connector Details,” for cable connection information.
Indicates the status of console port.
For more information, see Table 5.3, “Details of LED Indications,” in Section 5.2.
Indicates the speed of console port.
CONSOLE port
(CONSOLE)
(10)
Status LED
(LINK/ACT)
Speed LED
(100/1000M)
(11)
(12)
For more information, see Table 5.3, “Details of LED Indications,” in Section 5.2.
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Chapter 1 Preparations
No.
Names
Description
Turns on when the device is powered on.
Power LED (PWR)
(13)
Status LED
(RDY)
Turn on when IP-9610 power is on. For more information, see Table 5.3,
“Details of LED Indications,”in Section 5.2.
Audio/Video input setting status indicator and LED that indicates the input off
status during input setting. For more information, see Table 5.3, “Details of
LED Indications,”in Section 5.2.
(14)
(15)
(16)
AV input status LED
(INDWN)
Alarm LED
(ALM)
Turns on when IP-9610 operation is abnormal. For more information, see Table
5.3, “Details of LED Indications,” in Section 5.2.
Voice communication (Intercom) port between IP-9610s.
Voice input/output
(VOICE)
See Section 2.7, “Connection to the Voice Communication (Intercom)” for an
explanation on using this terminal. See Section 4.2, “Cable and Connector
Details,” for cable connection information.
(17)
Uses to set IP-9610 up and displays status. 4 lines x 24 characters.
(18) VFD panel
Uses to operate IP-9610 and check the status.
See Section 3.3, “Device Setting and Operation (Front Panel)” for more
explanation. For more information, see Software guide.
Direction key
(19)
(△▽Y Z)
Used to finalize the displayed data on the front panel.
See Section 3.3, “Device Setting and Operation (Front Panel)” for more
explanation. For more information, see Software guide.
Enter key
(20)
(ENTER)
Used to cancel the displayed data on the front panel.
See Section 3.3, “Device Setting and Operation (Front Panel)” for more
explanation. For more information, see Software guide.
Cancel key
(21)
(CANCEL)
Function key
(22)
Short cut key for VFD operation. Please refer “Software User’s Guide” for
more detail description how to use them.
(F1～F4)
Power button
Turns the device on and off.
(23)
Can be connected to a 100-240VAC commercial power supply by using power card
with a standard two-prong plug with ground.
See Section 2.2.2, “Connection to a Power Source,” for an explanation on using this
connector. See Section 4.2, “Cable and Connector Details,” for cable connection
information.
Power inlet connector
(INPUT 100-240VAC)
(24)
Hole to fix AC cord clamp.
See Section 2.2.2, “Power Supply System Connection” for more information.
AC cord clamp hole
(25)
Use for an FG connection to the device.
See Section 2.2.1, “Connection to ground,” for an explanation on using this
terminal.
FG terminal
(FG)
(26)
(27)
(28)
FAN
Maintenance-free FAN that cools the inside of the device.
The option board for external interface (video/audio) is assembled according to the
system.
Optional slot 1
The option board must be assembles in this slot at least.
The option board for external interface (video/audio) is assembled according to the
system.
The option board for external interface (video/audio) is assembled according to the
system.
The option board for external interface (video/audio) is assembled according to the
system.
Optional slot 2
Optional slot 3
Optional slot 4
(29)
(30)
(31)
External clock signal output terminal. 75Ω unbalanced.
See Section 2.3, “Connection to External Sync (REF),” for an explanation on using
this terminal. See Section 4.2, “Cable and Connector Details,” for cable
connection information.
Reference clock signal
output
(32)
(REF OUT1, 2)
IP-9610
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Chapter 1 Preparations
No.
Names
Description
External clock signal input terminal. 75Ω unbalanced.
Reference clock signal input
(REF IN)
See Section 2.3, “Connection to External Sync (REF),” for an explanation on
using this terminal. See Section 4.2, “Cable and Connector Details,” for cable
connection information.
(33)
RS-232C data communication port.
RS-232C port
(SERIAL)
See Section 2.5, “Connection to an RS-232C Device,” for an explanation on
using this pin. See Section 4.2, “Cable and Connector Details,” for cable
connection information.
(34)
(35)
DVB-ASI input terminal. 75Ω unbalanced.
DVB-ASI input
(DVB-ASI IN)
See Section 2.4, “Connection to DVB-ASI Device”, for an explanation on
using this terminal. See Section 4.2, “Cable and Connector Details”, for
cable connection information.
DVB-ASI output terminal. 75Ω unbalanced.
DVB-ASI output
(DVB-ASI OUT1,2)
See Section 2.4, “Connection to DVB-ASI Device”, for an explanation on
using this terminal. See Section 4.2, “Cable and Connector Details”, for
cable connection information.
(36)
IP-9610
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CHAPTER 2
INSTALLATION AND
CONNECTION
This chapter describes conditions for IP-9610 installation and explains how to
connect it to peripheral devices.
2.1
2.2
2.3
2.4
2.5
2.6
2.7
2.8
Installation Conditions······························································13
Power Supply System Connections ······································18
Connection to External Sync (REF) ·········································22
Connection to DVB-ASI Device················································23
Connection to RS-232C Device ···············································25
Connection to Network·····························································26
Connection to Voice Communication (Intercom)······················27
Optional Board Slot··································································28
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Possibility of serious injury
The power cord and other cables connected to IP-9610 may become
entangled with someone walking close to them, possibly leading to serious
injury and property damage. Clamp the cables to the rack or floor.
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Chapter 2 Installation and Connection
2.1
Installation Conditions
This section describes the installation environment, air flow into and out from the device, and the
requirement for open space around the device.
2.1.1 Environment conditions
Ensure that installation site conditions do not exceed 50°C. Under this condition, IP-9610 can
operate in the multiple piles. Otherwise, the operating environment may damage and shorten the
product life of IP-9610 noticeably.
2.1.2 Installation environment
1. 19” rack mounting
Using the mounting kit, it is possible to mount on 19” rack complied EAI standard (1U size).
The mounting kit attached must be used to install. When the installation
is unstable, the serious accident may be caused.
(1) Check all cables disconnected.
(2) Install the rear mounting kit on 19” rack using the four screws.
19” rack rear side
IP-9610
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Chapter 2 Installation and Connection
(3) Install the rack mounting kit on 19” rack using six screws.
(4) Install IP-9610 on 19” rack using the four screws (M5) attached.
IP-9610
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Chapter 2 Installation and Connection
2. Desk-top installation
Install IP-9610 referring Section 2.1.3, “Air flow into and out from the device” and Section
2.1.4, “Open space required around the device” after sticking the five rubber feet (Rack
mounting kit is not required).
01A 11-11
00001
MODEL
PART NO. TA23793-B10X
FC40761A1
H264/AVC CODEC
1.70A-0.71A 100V-240V～
50/60Hz
7kg
1φ
0.170kVA-0.171kVA
T
認証番号 D11-0165001
MADE IN JAPAN
Installed Option Part Number
TA23793-B20X (96CODES-A0)
TA22168-B70X (96ACMDL-A0)
TA22168-B70X (96ACMDL-A0)
I T E
1K91
E136004
Mark for rubber feet
Safety installation instruction:
1) Multiple pile
The maximum 5 IP-9610 can be piled under the environment condition specified.
Please install considering the maintenance-ability. When IP-9610 are piled,
please fix them to avoid to fall (Do not cover the air intake.). See Section 2.1.4,
“Open space required around the device” for the installation space.
IP-9610
15
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Chapter 2 Installation and Connection
2) rack mounting
a) When IP-9610 is installed in a closed or multi-unit rack, the operating
ambient temperature inside of the rack environment may be greater than
room ambient. Therefore, the consideration should be given to operate in
the environment compatible with the specifications in Appendix 2.2
“Environment Specifications.”
-
The consideration for adjustment of the air condition like air circulation
should be given to prevent the internal rack ambient from exceeding the
maximum operating ambient temperature of IP-9610.
-
The maximum operating ambient temperature for IP-9610: 50°C.
b) The installation of IP-9610 in a rack should be such that the amount of airflow
required for safe operation of IP-9610 is not compromised.
-
-
IP-9610 has ventilation opening at the left and rear side.
Do not cover or close these ventilation openings to prevent overheating.
c) The mounting of IP-9610 in a rack should be such that a hazardous condition
in not archived due to uneven mechanical loading. To keep stability of the
entire rack, please fix the rack to wall or floor by suitable means.
-
-
Be careful about injury during installation of IP-9610 into rack.
Do not install IP-9610 into your rack where IP-9610 may make the entire
rack unstable.
-
The weight of IP-9610 with the maximum configuration: 7 kg
d) If IP-9610 is supplied from the power strip or the service outlet of other units,
it may overload the power supply cord of the power strip or other units.
-
Confirm that the current rating of the power strip or the service outlet
exceeds the combined ratings of all equipment is supplying.
The electrical rating of IP-9610: Rated 100-240 VAC, 1.70-0.71 A, 50/60 Hz,
1 phase.
-
e) The reliable earthing of the rack-mounted equipment must be maintained.
The particular attention should be given to supply connections other than
direct connections to the branch circuit (e.g., use of the power strips or the
power distribution unit).
Note: The high leakage current may flow through the power strip earthing
conductor if all power supply cords of IP-9610 are connected to one power
strip. The earth connection is essential before connecting supply. If the power
strip is not directly connected to the branch circuit, the power strip which has
the industrial type attachment plug should be used.
2.1.3 Air flow into and out from the device
IP-9610 is forced air cooled. Be sure not to block the air intake/exhaust vents. Provide an
adequate amount of space around the vents.
IP-9610
16
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Chapter 2 Installation and Connection
2.1.4 Open space required around the device
Provide the indicated (parts with hatched area) below, cable forming space, operation space and
air intake/exhaust.
For the information of maintenance space, see Section 5.3.1, “Maintenance space.”
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IP-9610
17
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Chapter 2 Installation and Connection
2.2
Power Supply System
Connections
This section explains ground and power-source connections.
2.2.1 Connection to ground
Use a power cord with the standard two-prong plug with ground wire for FG and external
ground connections.
When the exogenous noise influences IP-9610, connect the FG terminal to an external ground.
Connd
IP-9610
18
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Chapter 2 Installation and Connection
2.2.2 Connection to power source
IP-9610 operation requires a power supply of 100-240 VAC. Insert the power cord with the
standard two-prong plug with ground into the inlet connector.
The power cord is not supplied with the device. Please procure it separately.
Power inlet connector
1
3
2
4
Cable holder
Figure Power cord connection
AC cable clamp
Insert the AC cable clamp into the AC cable clamp hole and fix the power cord as shown in figure
above. When remove the AC cable clamp, screw out and remove it with the mounting kit.
IP-9610
19
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Chapter 2 Installation and Connection
USABLE DETACHABLE POWER SUPPLY CABLE SET
MODEL Input
Connector
Cord
Attachment Plug cap
North
100-
IEC C-13
Rated 13A, 125V
UL, CSA Approved
Type SJT, No.16 AWG Min.
3-Conductors
(Single phase;2-current carrying
conductors & ground)
UL, CSA Approved
NEMA (5-15P)
parallel blade
Rated 13A, 125V
UL, CSA Approved
America 120V
<*1>
<*2>
200-
240V
IEC C-13
Rated 15A, 250V
UL, CSA Approved
Type SJT, No.14 AWG Min.
3-Conductors
(Single phase; 2-current carrying
conductors & ground)
UL, CSA Approved
NEMA (6-15P)
tandem blade
Rated 15 A, 250 V
UL, CSA Approved
Europe
<*2>
100-
240V
IEC C-13
Rated 10A, 250V
<*1>
CENELEC OC
3X1.0 square mm<*1>
<HAR>
Rated 10 A, 250 V
<*1>
Aus-
tralia
100-
240V
IEC C-13
Rated 10A,
250V
Cable: AS OD 3 X1.0 square mm
e.g.
Rated 10 A, 250 V
U.K
<*2>
100-
240V
IEC C-13
Rated 10A,
250V
BS OC 3 X1.00 square mm
Rated 10 A. 250 V
or
ASA
Japan
100V
IEC C-13
Rated 13A,
125V
Type HVCTF cross section area NEMA (5-15P)
1.25 square mm
parallel blade
3-Conductors
Rated 13 A, 125 V
(Single phase;2-current
carrying conductors & ground)
METI Approved
METI Approved
METI Approved
or <PSE>
or <PSE>
or <PSE>
PS
PS
PS
E
E
E
Korea
220V
(Class I)
IEC 60320-1
(IEC C-13)
Rated 12A, 250V
Comply with KSC3304.
Comply with KSC8305.
Type VCTF cross section area 1.25 Rated 12A, 250V
(0.50 or 1.00 or 2.00) square mm
3-Conductors
(Single phase;2-current
carrying conductors & ground)
220V
(Class II)
IEC 60320-1
(IEC C-13)
Rated 3A, 250V
Comply with KSC3304.
Comply with KSC8305.
Type VCTFK cross section area Rated 12A, 250V
1.25 (0.50 or 0.75 or 1.00 or 2.00)
square mm
2-Conductors
Note: *l. Be sure that the detachable proper Supply cord has the approval of the
appropriatesafetyagenciesofthecountrywheretheequipmentwillbeused.
*2. Cable length of above Power Supply cord shall be shorter than 4.5 m.
IP-9610
20
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Chapter 2 Installation and Connection
CERTIFICATION MARKING
Country
Agency
Certification Mark
Country
Agency
Certification Mark
Austria
OVE
Italy
IMQ
Belgium
Denmark
Finland
France
CEBEC
DEMKO
FEI
Norway
Spain
NEMKO
AEE
Sweden
Switzerland
SEMKO
SEV
UTE
V
D E
Germany
VDE
Possibility of electric shock, fire, and damage to the device
Always observe the precautions given below.
This indicates a hazardous situation that could lead to electric shock, fire, or
damage to the device.
Always connect the power cord to a power receptacle for the standard
two-prong plug with ground.
Use a power receptacle with a capacity of 1A or more. When using a power
extension cable, be sure that the total power consumption of all devices
connected to the cable does not exceed the rated capacity of the cable. If the
power receptacle capacity is low, or power consumption exceeds the rated value,
the power cord or power wiring may overheat and start a fire.
Possibility of damage to the device
Do not turn on the device until connection of peripheral devices is completed.
Otherwise, the device may be damaged.
100-240 VAC
Using a power cord with the standard two-prong plug with ground, connect
IP-9610 to 100-240 VAC outlet.
Provide a power receptacle for the standard two-prong plug with ground.
IP-9610
21
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Chapter 2 Installation and Connection
2.3
Connection to External Sync(REF)
There is each of input and output interfaces for connection to the external sync (REF).
REF input
Connect incoming external sync to REF IN by using coaxial cable with BNC connector. The signal
is terminated in 75 ohm.
REF OUT
Connect coaxial cable with BNC connector to REF OUT for outgoing external sync signal. The
signal is output in 75 ohm.
NOTE:
For details about connectors and cables, see Section 4.2, “Cable and Connector
Details.” For electrical specifications, see Appendix 2.3, “Function Specifications.”
Figure Connection to External Sync input, output devices
IP-9610
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Chapter 2 Installation and Connection
2.4
Connection to DVB-ASI Device
This section describes how to connect with the DVB-ASI device.
2.4.1 Connection to DVB-ASI Input Device
When IP-9610 operates with the encoder mode, the BNC cable is connected to DVB-ASI OUT as
shown in the figure below.
For details about connectors and cables, see Section 4.2, “Cable and Connector Details.”
NOTE:
For electrical specifications, see Appendix 2.3, “Function Specifications.”
1
3
2
4
ＤＶＢ－ＡＳＩ input device
Figure Connection to DVB-ASI input device
IP-9610
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Chapter 2 Installation and Connection
2.4.2 Connection to DVB-ASI Output Device
When IP-9610 operates with the decoder mode operates, the BNC cable is connected to DVB-ASI
IN as shown in the figure below. The signal is terminated in 75Ω.
For details about connectors and cables, see Section 4.2, “Cable and Connector Details.”
NOTE:
For electrical specifications, see Appendix 2.3, “Function Specifications.”
Figure Connection to DVB-ASI output device
IP-9610
24
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Chapter 2 Installation and Connection
Connection to RS-232C/RS-422
Device
2.5
2.5
The [SERIAL] connector of IP-9610 is the RS-232C or RS-422 communication terminal (switchable).
The terminal of IP-9610 is the D-sub 9 pins (male) . The specification of RS-232C operating mode is
DTE. Use a cross connection or straight cable corresponding to the connected device. See Section 4.2,
“Cable and Connector Details.”
The figure below shows the connection method.
NOTE:
For details about connectors and cables, see Section 4.2, “Cable and Connector Details.”
For electrical specifications, see Appendix 2.3, “Function Specifications.”
Figure Connection to RS-232C or RS-422 input/output device
IP-9610
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Chapter 2 Installation and Connection
2.6
Connection to Network
To connect IP-9610 to a LAN device, connect the LAN device to the LAN communication port
[CONSOLE/LAN1/LAN2] of IP-9610 using a LAN cable (UTP cable). The LAN communication
port specification of IP-9610 is 10BASE-T/100BASE-TX /1000BASE-T for CONSOLE, LAN1 and
LAN2.
The figure below shows the connection method.
NOTE:
For details about connectors and cables, see Section 4.2, “Cable and Connector Details.”
For electrical specifications, see Appendix 2.3, “Function Specifications.”
NETWORK/CONSOLE
CONSOLE
HUB, Router, etc
Client PC
Figure Connection to network
CAUTION
Please do not provision the IP address below.
LAN/Console ports;
・IP address commonly unused（0.0.0.0，255.255.255.255，etc…）
・Loop back address (127.xxx.xxx.xxx)
・Class D and Class E addresses
・IP address already used
Console port only;
･IP address (169.254.xxx.xxx) used when LAN port cannot obtain IP address
normally from DHCP server.
For more information, see IP-9610 Software User’s Guide.
IP-9610
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Chapter 2 Installation and Connection
2.7
2.7
Connection to Voice
Communication (Intercom)
Connection to the Voice Communication (Intercom)
For voice communication between IP-9610, there is one voice terminal to connect the voice
communication device (e.g., intercom).
Connect to VOICE terminal on the front panel of IP-9610 using the dedicated adaptor cable with the
bidirectional voice communication terminal (RJ25 – XLR). The impedance is terminated in 600Ω.
There are two types of the cables. Procure the appropriate type separately because this cable is not
attached to IP-9610. For more information, see Section 4.2, "Cable and Connector Details."
For details about connectors and cables, see Section 4.2, “Cable and Connector Details.”
NOTE:
For electrical specifications, see Appendix 2.3, “Function Specifications.”
Figure Connection to voice communication device
IP-9610
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Chapter 2 Installation and Connection
Optional Board Slot
2.8
IP-9610 provides 4 option slots.
The external interface option board must be assembled in slot #1 at least.
The option board for external interface (video/audio) in each slot of #2~#4 is assembled according to
the system configuration.
Please confirm to an empty slot of an optional slot the installation of the blank board without fail.
The install procedure of optional board is as follows.
Please turn off the power of IP-9610 when the optional board is
inserted or removed. Otherwise, it may cause the serious damage to
the device or injury.
WARNING
IP-9610
28
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CHAPTER 3
OPERATION INSTRUCTIONS
This section explains how to power on/off, setup and operate the device.
3.1
3.2
3.3
3.4
Power ON/OFF ········································································31
Device Settings and Operation ················································32
Device Setting and Operation (Front Panel) ····························33
Special Use of Cancel Key·······················································34
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Chapter 3 Operation instructions
3.1
Power ON/OFF
This section explains how to power on/off the IP-9610.
3.1.1 Powering on
When the power button on the front panel is set to the [ | ] position, the PWR LED turns on.
When IP-9610 completes preparations for operation, the RDY LED turns on.
3.1.2 Powering off
When the power button on the rear panel is set to the [O] position, the device is powered off and
the PWR LED turns off.
IP-9610
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Chapter 3 Operation instructions
3.2
Device Settings and Operation
■Setup Procedure
The setup procedure is shown below.
See Software User’s Guide for the procedure of the software installation and the each setting.
■Web browser recommended
The supported Web browsers are Internet Explorer, Safari, and Firefox.
Browsers whose operation has been confirmed:Internet Explorer 8, 9
Safari 5
Firefox 5
IP-9610
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Chapter 3 Operation instructions
3.3
Device Settings and Operation
(Front Panel)
The IP-9610 has six control keys: [U], [V], [Y], [Z], [Enter], [Cancel], [F1], [F2], [F3] and [F4].
Use these keys for making settings.
The VFD panel displays of 4 lines, 24 characters per line.
See Software User’s Guide for the procedure of the software installation and the each setting.
Front Control Panel
■Function description of each key
Functions of [U] and [V] keys
- Each key changes the menu items or setting items displayed on the VFD panel.
- The displayed item changes each time either key is pressed. [U] and [V] change items in
the opposite direction.
Functions of [Y] and [Z] keys
- Each key moves the cursor displayed on the VFD panel to the left or right.
- The cursor moves one column each time either key is pressed.
[Enter] key
- Pressing the [Enter] key while the maintenance initial page is displayed proceeds to the
maintenance menu page.
- Pressing the [Enter] key on the maintenance menu page allows you to make settings for status
display and shutdown.
[Cancel] key
- Pressing the [Cancel] key while the maintenance menu page is displayed proceeds to the
maintenance initial page. Pressing the [Cancel] key on the setting item selection page returns to
the page displayed immediately before you pressed the [Enter] key.
[F1]～[F4] key
- Short cut key to any menu location. By pressing the [F1]～[F4] key, menu location can be changed
to registered location. By pressing the [F1]～[F4] key for a while under the menu location that
customer want to register, that menu location will be registered.
Other
- If you do not make any key input for 60 seconds on any page, the current page proceeds to the
maintenance initial page.
IP-9610
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Chapter 3 Operation instructions
3.4
Special Use of Cancel Key
You can start IP-9610 by turning on the power while holding down the [CANCEL] key (for
about 10 seconds) until the RDY LED begins blinking in orange. Doing so starts the IP-9610 with
the initial IP address and subnet mask with which the IP-9610 is shipped from the factory
(CONSOLE: IP address 192.168.255.253, Subnet mask 255.255.255.252, LAN1: IP address
10.0.0.1, LAN2: IP address 10.0.0.2, Subnet mask: 255.0.0.0).
Use this function when making initial settings for IP-9610 from a control terminal (such as a PC
having a LAN interface) (*1).
*1 When you operate the IP-9610 with the default IP address, connect the device to a control
terminal and make setting from the terminal with the device disconnected from your network.
After making settings according to the requirements for your network, connect the device to
the network. If the device with the default settings made at the factory is connected to the
network, an unexpected problem may occur with your network.
If you start IP-9610 while holding the [CANCEL] key, set the IP addresses and subnet masks
of the control terminal to connect as follows:
-
-
-
IP address on CONSOLE
Subnet mask on CONSOLE
IP address on LAN
: 192.168.255.254
: 255.255.255.252
: 10.xxx.xxx.xxx
(xxx is any number from 0 to 255, excluding 10.0.0.0, 10.0.0.1, 10.0.0.2 and
10.255.255.255.)
-
Subnet mask on LAN
: 255.0.0.0
IP-9610
34
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CHAPTER 4
CABLE SPECIFICATIONS
This chapter contains a type of how work is implemented, cable connection system
diagrams, and cable connector details
4.1
4.2
Installation Preparations···························································37
Cable and Connector Details ···················································38
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Chapter 4 Cable specifications
4.1
Installation Preparations
A type of IP-961 0 installation work is shown below.
IP-9610
External device
BNC
BNC
BNC
(1) Coaxial cable
DVB-ASI output device
DVB-ASI input device
DVB-ASI input device
(2) Coaxial cable
(3) Coaxial cable
BNC
BNC
(4) Coaxial cable
(5) Coaxial cable
Reference clock source
Reference clock source
D-sub9
D-sub9
(6) RS-232C cable
(7) RS-232C cable
Device with RS-232C interface
Device with RS-232C interface
(8)Audio adapter cable
XLR
XLR
Analog audio output device
(mic, etc)
RJ25
Analog audio input device
(speaker, etc)
RJ45
(9) LAN cable
Device with LAN interface (HUB, etc)
Device with LAN interface (HUB, etc)
Device with LAN interface (HUB, etc)
RJ45
RJ45
(10) LAN cable
(11) LAN cable
(12) Power cable
Power source 100-240VAC
(separate order)
Cables are depended on the option board.
Please refer user's guide of each option board.
When constructing a system that uses IP-9610, consideration must be given so that its boundary
between IP-9610 and other devices is similar to that shown in the above figure. Since the type of work
may change depending on the system, procure equipment and perform work based on consultations
with a system designer.
IP-9610
37
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Chapter 4 Cable specifications
4.2
Cable and Connector Details
(1) DVB-ASI cab le
Coaxial cable 75Ω
5C-FB or more
BNC
BNC
①
②
Front view
<IP-9610>
<External device>
SIGNAL ①
① SIGNAL
②
SG
SG
②
DVB-ASI 100m (Coaxial cable 75Ω 5C-FB or more)
Coaxial cable with BNC connector
Product code: TBD
(2) External Sync(REF) cable
Coaxial cable 75Ω
(3C-2V or more)
BNC
BNC
①
②
Front view
<IP-9610>
<External device>
SIGNAL ①
① SIGNAL
②
SG
SG
②
200m (Coaxial cable 75Ω 3C-2V)
REF
Coaxial cable with BNC connector
Product code: TBD
IP-9610
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Chapter 4 Cable specifications
(3) RS-232C / RS-422 cable
⑤
①
D-sub 9 pin (male)
#4-40 retainer screw
⑨
⑥
Front view
D-sub9 (female)
<External device side>
RS-232C
RS-232C DTE
RS-232C DCE
<IP-9610>
（DTE）
CD 01 ○
<External device>
(DTE)
<IP-9610>
（DTE）
CD 01 ○
<External device>
(DCE)
○ CD
○ CD
RD 02 ○
○ RD
RD 02 ○
○ RD
SD 03 ○
○ SD
SD 03 ○
○ SD
DTR(ER) 04 ○
SG 05 ○
○ DTR(ER)
○ SG
DTR(ER) 04 ○
SG 05 ○
○ DTR(ER)
○ SG
DSR(DR) 06 ○
RTS(RS) 07 ○
CTS(CS) 08 ○
RI 09 ○
○ DSR(DR)
○ RTS(RS)
○ CTS(CS)
○ RI
DSR(DR) 06 ○
RTS(RS) 07 ○
CTS(CS) 08 ○
RI 09 ○
○ DSR(DR)
○ RTS(RS)
○ CTS(CS)
○ RI
15 m (Twisted pair cable with shield 24AWG)
RS-422
<IP-9610>
<External device>
RxD_N 01 ○
○
○
○
○
○
TxD_N
TxD_P
RxD_N
RxD_P
SG
RxD_P 02 ○
TxD_N 03 ○
TxD_P 04 ○
SG 05 ○
- 06 ○
- 07 ○
- 08 ○
- 09 ○
100 m (Twisted pair cable with shield 24AWG)
IP-9610
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Chapter 4 Cable specifications
(4) LAN cable
IP-9610
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Chapter 4 Cable specifications
(8) Intercom adapter cable
XLR
(RJ25)
XLR
<IP-9610>
①② ③ ④ ⑤ ⑥
Front view
<External device>
①
②
③
SG
AUDIO IN COLD ①
AUDIO IN HOT ②
SG ③
AUDIO IN COLD
AUDIO IN HOT
Type 1
④
⑤
⑥
①
②
③
SG
AUDIO OUT COLD
AUDIO OUT HOT
SG
AUDIO OUT COLD
AUDIO OUT HOT
①
②
③
SG
AUDIO IN HOT
AUDIO IN COLD
AUDIO IN COLD ①
AUDIO IN HOT ②
SG ③
Type 2
SG ④
①
②
③
SG
AUDIO OUT COLD ⑤
AUDIO OUT HOT ⑥
AUDIO OUT HOT
AUDIO OUT COLD
20m
・Audio adapter cable
Type 1
Type 2
TA75959-XXXX
TA75960-XXXX
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Chapter 4 Cable specifications
(9) 100 - 240 VAC power cord
The power supply cord is not contained in this device. Please prepare the cable which suits the
country which uses it.
FG
The form of an outlet changes
with countries which use it.
L1
L2
<Device side>
Front view
L1 ○
L2 ○
FG ○
○
○
○
L1
L2
FG
Power inlet cord for 100-240VAC
USABLE DETACHABLE POWER SUPPLY CABLE SET
MODEL Input Connector
Cord
Attachment Plug cap
North
100-
IEC C-13
Rated 13A, 125V
UL, CSA Approved
Type SJT, No.16 AWG Min.
3-Conductors
NEMA (5-15P)
parallel blade
America 120V
<*1>
(Single phase;2-current carrying Rated 13A, 125V
<*2>
conductors & ground)
UL, CSA Approved
UL, CSA Approved
200-
240V
IEC C-13
Rated 15A, 250V
UL, CSA Approved
Type SJT, No.14 AWG Min.
3-Conductors
NEMA (6-15P)
tandem blade
(Single phase; 2-current carrying Rated 15 A, 250 V
conductors & ground)
UL, CSA Approved
UL, CSA Approved
Europe
<*2>
100-
240V
IEC C-13
Rated 10A, 250V
<*1>
CENELEC OC
3X1.0 square mm<*1>
<HAR>
Rated 10 A, 250 V
<*1>
Aus-
tralia
100-
240V
IEC C-13
Rated 10A,
250V
Cable: AS OD 3 X1.0 square mm Rated 10 A, 250 V
e.g.
U.K
<*2>
100-
240V
IEC C-13
Rated 10A,
250V
BS OC 3 X1.00 square mm
Rated 10 A. 250 V
or
ASA
Japan
100V
IEC C-13
Rated 13A,
125V
Type HVCTF cross section area NEMA (5-15P)
1.25 square mm
parallel blade
3-Conductors
Rated 13 A, 125 V
(Single phase;2-current
carrying conductors & ground)
METI Approved
METI Approved
METI Approved
or <PSE>
or <PSE>
or <PSE>
PS
E
PS
E
PS
E
IP-9610
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Chapter 4 Cable specifications
Korea
220V
(Class I)
IEC 60320-1
(IEC C-13)
Rated 12A, 250V
Comply with KSC3304.
Comply with KSC8305.
Type VCTF cross section area 1.25 Rated 12A, 250V
(0.50 or 1.00 or 2.00) square mm
3-Conductors
(Single phase;2-current
carrying conductors & ground)
220V
(Class II)
IEC 60320-1
(IEC C-13)
Rated 3A, 250V
Comply with KSC3304.
Comply with KSC8305.
Type VCTFK cross section area Rated 12A, 250V
1.25 (0.50 or 0.75 or 1.00 or 2.00)
square mm
2-Conductors
Note: *l. Be sure that the detachable proper Supply cord has the approval of the
appropriatesafetyagenciesofthecountrywheretheequipmentwillbeused.
*2. Cable length of above Power Supply cord shall be shorter than 4.5 m.
CERTIFICATION MARKING
Country
Agency
Certification Mark
Country
Agency
Certification Mark
Austria
OVE
Italy
IMQ
Belgium
Denmark
Finland
France
CEBEC
DEMKO
FEI
Norway
Spain
NEMKO
AEE
Sweden
Switzerland
SEMKO
SEV
UTE
V
D E
Germany
VDE
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Chapter 4 Cable specifications
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IP-9610
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CHAPTER 5
TROUBLESHOOTING
This chapter describes actions to be taken if the device does not operate normally or
if an alarm LED turns on.
5.1
5.2
5.3
Help Information·······································································47
Alarm LED Lamp Is On····························································49
Maintenance ············································································50
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Chapter 5 Troubleshooting
5.1
Help Information
If a problem is found in device operation, take recommended action described in the table below,
according to the applicable conditions. If the action does not solve the problem, contact a service
representative.
Possibility of electric shock
Contact your system administrator before checking the voltage of a power
outlet. Otherwise, electric shock may occur.
Table 5.1 Problem descriptions and recommended actions
No. Class
1.
Status
Description
Recommended action
Make sure that the power cord is properly
connected to the outlet.
Is the power cord connected?
Power cannot
be turned on.
Measure the voltage with a tester to
confirm that the voltage is normal.
If another device is connected to the same
outlet, check the operation of the device.
2.
Is the outlet voltage normal?
If the ambient temperature of the device is
too high, make proper arrangements to
lower the ambient temperature. If there is
any shielding material in the installation
space, remove it.
If the fan speed is low, the fan needs to be
replaced. Contact a Fujitsu Service
Center.
Check the log information from the
browser.
The temperature inside the device
has risen to the critical level or the
fan speed has fallen.
The ALM LED
is blinking.
3.
The ALM LED
is on.
Troubleshoot from the control terminal.
(For details, see the software manuals.)
4.
5.
The device is faulty.
Is the ambient temperature of the
device higher than that in the
specifications?
Adjust the temperature so that the ambient
temperature of the device meets the
specification's condition.
The LEDs
excluding LAN
and Console are
on.
Is there any shielding material in
the installation space?
Remove the shielding material.
Is the power to the video/audio
output device (such as a camera)
selected for input turned on?
Verify the power supply and operation of
the video/audio output device selected for
input.
6.
7.
8.
The INDWN
lamp lights in
orange.
Is this device correctly connected to Check the cable connection between this
the video/audio output device?
device and video/audio output device.
The INDWN
lamp blinks in
orange.
The synchronization slipping
occurs for encoder or the reference encoder or the reference clock input signal
clock input fault occurs for decoder. for decoder is set correctly.
Make sure that the video input signal for
IP-9610
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Chapter 5 Troubleshooting
Class
Status
No.
9.
Description
Recommended action
Is the power to the communication Verify the power supply and operation of
destination device turned on?
The LINK/ACT
LED for the
LAN port is not
turned on.
the communication destination device.
If the LINK LEDs are not ON, the LAN
cable is not connected. Connect the LAN
cable correctly.
Are the LINK LEDs on this device
and the hub turned on?
10.
11.
Is the IP address specified from the Specify a correct IP address from the Web
Web browser correct?
browser on the control terminal.
Make correct settings by referring to the PC
user's guide and OS handbook. If this
device is started with the default settings
made before shipment from the factory, see
"Section 3.4, " Special Use of CANCEL
Key," for the network settings for the
control terminal PC.
Are the network settings (IP
address, subnet mask, etc.) on the
control terminal PC correct?
12.
13.
Device setting
through a LAN
is disabled.
If a reply is not received, turn on the power
to the device while holding down the
Cancel key to start the system with the
Is a reply received in response to a default IP address (10.0.0.1) set before
PING command issued to the IP
address of the device?
shipment from the factory. Confirm the IP
address. If the problem persists, check the
status on the LAN. For information on
this startup procedure, see Section 3.4,
"Special Use of CANCEL Key."
IP-9610
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Chapter 5 Troubleshooting
5.2
Alarm LED Lamp Is On
This section describes corrective actions to take if an alarm LED turns on.
The appropriate corrective action depends on the alarm code displayed. See Software User’s Guide
for information how to check the alarm log check and an example with displayed information.
In addition, LED display details are given in the following table:
Table 5.2 LED display details
Display
Description
Lights in green when the device is powered on.
PWR
Blinks in green in the operation preparation state, and lights in green in the operation state.
Blinks in orange in the maintenance mode waiting state, and lights in yellow in maintenance
mode.
RDY
No LED lights in normal state. Blinks in orange in the state of audio/video/network input
down or abnormal.
The alarm display by this LED can select lighting, blinking, and turning off excluding the
LED lighting by the temperature anomaly.
INDWN
For more details of the alarm log and the setting method of LED, please refer
“IP-9610 Software User’s Guide.”
Alarm LED. Blinks or lights in orange when a device alarm occurs.
Lighting, blinking, and turning off can be selected by the setting about a part of the alarm
display by this LED.
ALM
For more details of the alarm log and the setting method of LED, please refer
“IP-9610 Software User’s Guide.”
Operation status LED of LAN, CONSOLE port.
LINK / ACT
This LED will be turned on when LINK of Ethernet is established and it will be blinked
when Ethernet packet is detected. It will be turned off when Ethernet cable isn’t connected.
Linked speed information of LAN, CONSOLE port.
10/100/1000M This LED will be turned off when linked speed is 10BASE, it will be turned on when linked
speed is 100BASE, and it will be blinked when linked speed is 1000BASE.
IP-9610
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Chapter 5 Troubleshooting
5.3
Maintenance
5.3.1 Maintenance space
When the operators do the maintenance work, the maintenance space below is required in addition
to Section 2.1.4, “Installation space.”
Desk-top installation:
Rack installation:
Please allocate the space more than 1 m in front
or rear for maintenance.
Please allocate the space more than 1 m in
front and rear for maintenance.
Rear space
for maintenance
> 700×1000 mm
Flont space
for maintenance
> 700×1000 mm
Front access case
Flont space
for maintenance
> 700×1000 mm
Rear space
for maintenance
> 700×1000 mm
Rear access case
IP-9610
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Chapter 5 Troubleshooting
5.3.2 Change of maintenance parts (Maintenance only)
If there is no improvement of situation after checking and dealing with referring Section 5.1,
“Help Information,” change the hardware following the procedure below.
This device itself is a repair unit.
In case of a malfunction, please change this device itself.
IP-9610
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I
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Appendix
The appendix contains view of the device and its main specifications. Notes on
installation work and preparations for on-site turn-up are also contained in this
section.
A.1
A.2
A.3
A.4
Appearance··············································································55
Basic Specifications ·································································57
Preparations for Installation Work ············································62
Preparations for On-site Turn-up··············································63
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Appendix
Appearance
A.1
The appearance of IP-9610 is shown below.
4
2
1
3
43±1.5
mm
g a t u a t t d r o j l l i t a t s u s l l a l n n e t s k a r a a p p A
E G R E I V S Ö I R O T S T N H E K E S R Ä
F S
t
a k n t k i k o s t e t d r o j s e l o k p l i t
å
t m e t a r a p p A
R G E R O N O S T F I
S
N O H E E T R K K S I
a n a i a r s o t
s
p i u n u t t e t s u r
a l l i v a m i t t s k e k o s u t i d o a a a j m o u s v ä t t e t i i l n o e t i a L
T O E I D T U S S U L I A V L R U T A E V S K O E A M O U S
T
K
425±4 mm
IP-9610
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Appendix
01A 11-11
00001
MODEL
PART NO. TA23793-B10X
FC40761A1
H264/AVC CODEC
1.70A-0.71A 100V-240V～
50/60Hz
7kg
1φ
0.170kVA-0.171kVA
T
認証番号 D11-0165001
MADE IN JAPAN
FUJITSU LIMITED
Installed Option Part Number
TA23793-B20X (96CODES-A0)
TA22168-B70X (96ACMDL-A0)
TA22168-B70X (96ACMDL-A0)
I T E
1K91
E136004
Bottom View
IP-9610
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Appendix
A.2
Basic Specifications
This chapter describes the external specifications, environment specifications, and function
specifications of the device.
A.2.1 External specifications
The device has the following external specifications:
Item
Specifications
Installation conditions
Indoor: Installation on a desk or in a rack that is mounted
Width: 425, Height: 43, Depth: 500 (mm) (Excluding protrusions)
Width: 425, Height: 46, Depth: 520.3 (mm) (Including optional board, etc)
Forced air cooling (maintenance-free fan used)
100-240VAC
Dimensions
Cooling method
Power
Weight
Max. 7 kg
170 VA or less (100V AC)
171 VA or less (240V AC)
Power consumption
A.2.2 Environment specifications
The device has the following environmental specifications:
Item
Specifications
Power conditions
100-240 VAC ± 10%, 50/60 Hz ± 3 Hz
Temperature: 0 to 50°C
Humidity: 20 to 90% (without condensation)
(Conditions for guaranteed operation and characteristics)
Communication equipment room or office environment
(0.2 mg/m3 or less)
Temperature and humidity
conditions
Dust
EMI
FCC (part 15) Class A
EN55022 Class A
VCCI Class A
(Electro Magnetic
Interference - regulation)
IP-9610
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Appendix
A.2.3 Function specifications
This chapter describes functional specifications of individual parts of the device.
<Main Component>
Name
Specifications
Remarks
Signal format: NRZI
Input impedance: 75Ω (Unbalanced)
Minimum signal amplitude: 200mVp-p
Maximum amplitude level: 800mVp-p ± 10%
DVB-ASI
input
Connector name
SDI IN
BNC
Pin number
Signal name
SIGNAL
SG
Remarks
2
1
2
1
Name
Specifications
Remarks
Signal format: NRZI
Output impedance: 75Ω (Unbalanced)
Signal amplitude: 800mVp-p
DVB-ASI
output
Maximum amplitude level: 800mVp-p ± 10%
Connector name
SDI OUT
BNC
Pin number
Signal name
SIGNAL
SG
Remarks
2
1
1
2
Name
Specifications
Remarks
NTSC/PAL Black burst
Signal format: NTSC w/o SETUP (Analog composite, 29.97frames/s)
PAL (Analog composite, 25frames/s)
Reference
Output impedance: 75Ω (Unbalanced)
Signal amplitude: 1.0 Vp-p
clock output
Connector
REF OUT
BNC
name
Pin number
Signal name
SIGNAL
SG
Remarks
2
1
2
1
Name
Specifications
Remarks
Signal format: NTSC w/o SETUP (Analog composite, 29.97frames/s)
NTSC w/ SETUP (Analog composite, 29.97frames/s)
PAL (Analog composite, 25frames/s)
HD Tri-SYNC (29.97/25frames/s)
Input impedance: 75Ω (Unbalanced)
NTSC/PAL Black burst
or
Y/Pb/Pr Three values
sync (Black)
Reference
clock input
Signal amplitude: 1.0 Vp-p
Connector
REF IN
BNC
name
Pin number
Signal name
SIGNAL
SG
Remarks
2
1
2
1
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Appendix
Name
Specifications
: 2 ch
: Asynchronous
Remarks
No. of CH
Signal system
Connection
Bit rate
Data length
Parity
: DTE
: 1200, 2400, 4800，9600, 19200, 38400 bps
: 8
: NONE
Data interface
(RS-232C)
RS-232C interface
Stop bit
flow control
: 1
: NONE / RS,CS
DTR signal monitoring : Enable / Disable
Connector name
SERIAL
D-sub 9 pin(male)
Pin number
Signal name
CD
RD
SD
DTR (ER)
Remarks
Carrier Detect
Receive Data
1
2
3
4
5
6
7
8
9
①
⑤
Send Data
Data Terminal Ready
Signal Ground
Data set Ready
Request to Send
Clear to Send
Ring Indicator
SG
⑥
⑨
DSR (DR)
RTR (RS)
CTS (CS)
RI
Name
Specifications
Remarks
No. of CH
Signal system
Connection
Bit rate
Data length
Parity
: 2 ch
: Asynchronous
: DTE
: 1200, 2400, 4800，9600, 19200, 38400 bps
: 8
Data interface
(RS-422)
RS-422 interface
: NONE
Stop bit
: 1
Connector name
SERIAL
D-sub 9 pin(male)
Pin number
Signal name
RxD_N
RxD_P
TxD_N
TxD_P
SG
Remarks
Receive Data N
Receive Data P
Transmission Data N
Transmission Data P
Signal Ground
1
2
3
4
5
6
7
8
9
①
⑤
⑨
⑥
－
－
－
－
－
－
－
－
Name
Specifications
Remarks
Analog AUDIO
input /output
(VOICE)
Signal format: Analog audio
Input / output impedance: 600Ω (Balanced)
Maximum amplitude level: 20dBm , 0dBm
Connector name
Pin number
VOICE
RJ25
Signal name
Remarks
1
2
3
4
5
6
IN COLD
IN HOT
SG
SG
OUT COLD
OUT HOT
⑥ ⑤ ④ ③ ② ①
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Appendix
Name
Specifications
Remarks
[10BASE-T]
System standard: IEEE802.3
Transmission clock: 10Mbit/s±10000ppm(±0.01%)
Load impedance: 100Ω
Transmission coding: Manchester coding
[100BASE-TX]
System standard: IEEE802.3u
LAN interface
Transmission clock: 125 Mbit/s±5000ppm(±0.005%)
Load impedance: 100Ω
Transmission coding: 4B5B
[1000BASE-T]
System standard: IEEE802.3ab
Transmission clock: 1000 Mbit/s±10000ppm(±0.1%)
Load impedance: 100Ω
Transmission coding: 8B1Q4
10/100 BASE
CONSOLE
10/100/1000 BASE
LAN
Connector name
RJ-45
Pin number
Signal name
Remarks
Signal name
Remarks
1
2
3
4
5
6
7
8
TD+
TD-
Trans. data+
Trans. data-
Reciv. data+
TP0+
TP0-
TP1+
TP2+
TP2-
TP1-
TP3+
TP3-
Pair 0+
Pair 0-
Pair 1+
Pair 2+
Pair 2-
Pair 1-
Pair 3+
Pair 3-
RD+
N.C.
N.C.
RD-
N.C.
N.C.
-
-
Reciv. data-
-
-
8 7 6 5 4 3 2 1
Standard: ANSI/TIA/EIA568A CAT5
Cable
Pin assignment: Comply with one of two below
Pin No.
T568A W/G
T568B W/O
1
2
G
O
3
4
5
6
O
G
7
8
W/Br Br
W/Br Br
W/O Bl W/Bl
W/G Bl W/Bl
[W: white, G: green, O: orange, Bl: blue, Br: brown]
Name
Specifications
Remarks
Parallel 2 pin with ground
Input voltage
Connector
Button
Input protection
Withstand voltage
: 100-240VAC±10%
: Inlet
: Locker button
: Built-in fuse
: 1,500 VAC
POWER
Connector name
Pin number
Signal name
Remarks
FG
3
1
1
2
3
L1
L2
FG
2
L1
L2
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Appendix
LED name
PWR
RDY
ON
Power ON
Normal operation
Maintenance mode
LAN1
Blinking
OFF
Power OFF
Software inactive
Remarks
G
G
O
---
Starting up
Maintenance mode
starting up
Blink interval: 0.5s
Maintenance mode
(Cancel button
startup):
LAN subnet mask
(255.0.0.0)
(IP=10.0.0.1)
LAN2
(IP=10.0.0.2)
CONSOLE subnet
mask
CONSOLE
(IP=192.168.255.253)
(255.255.255.252)
When the device
alarm is generated, a
part of alarm can be
changed to lighting,
blinking, and turning
off by the setting.
The alarm display by
this LED can select
lighting, blinking,
and turning off
ALM
R
O
Equipment alarm
Equipment alarm
Normal operation
Video/Audio/Network Normal operation
input down/fault
IN DWN
Video/Audio/Network
input down/fault
excluding the LED
lighting by the
temperature anomaly.
LINK/ACT
[LAN1]
100M/1000M
[LAN1]
LINK/ACT
[LAN2]
100M/1000M
[LAN2]
LINK/ACT
[CONSOLE]
100M/1000M
[CONSOLE]
G
G
G
G
G
G
LINK established
100BASE operation
LINK established
100BASE operation
LINK established
100BASE operation
LAN packets detection Cable disconnection
1000BASE operation
LAN packets detection Cable disconnection
1000BASE operation 10BASE operation
LAN packets detection Cable disconnection
1000BASE operation 10BASE operation
10BASE operation
G: Green, O: Orange, R: Red
Name
POWER
Button type
Specifications
Behavior
Locker button Power ON/OFF
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Appendix
A.3
Preparations for Installation Work
This section contains notes and describes check items for installation work.
A.3.1 Scope of installation work
For details about the scope of installation work, see Section 4.1, “Installation Preparations.”
A.3.2 Unpacking and device check
Unpack and check the device as follows:
• During unpacking, carefully handle the device so as not to apply shock to it or damage its
appearance.
• Make sure that the device and accompanying package are not damaged.
• Make sure that wiring does not have a short circuit and is not disconnected.
• Make sure that no incorrect screw is contained in the package.
A.3.3 Installation conditions
For the classification of this work, see Section 2.1, “Installation Conditions.”
The installation method may differ depending on the site where the device is installed. In
principle, the installation method conforms to the appropriate method for the site.
Do not install the device at the following locations:
• Place exposed to direct sunlight or near a heater.
• Humid or dusty place
• Place where the device is exposed to shock or vibration
• Unstable place, such as on a slope or place with a lot of weight on it
• Place where the device is subject to strong magnetic and radio waves
A.3.4 Connecting external cables
Refer to Chapter 2, “Installation and Connection,” for the connection methods, Section 4.2,
“Cables and Connector Details,” and A.2.3, “Function specifications,” for device connector pin
assignments.
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Appendix
Preparations for On-site
A.4
Turn-up
This chapter explains the workflow of on-site turn-up.
START
Preparations
Environmentcheck
Visual check of
appearance
Cable connection
check
Input voltage check
Power on
Unit test
System test
END
Since system configurations of the device are diverse depending on the applications used, this chapter
describes the checking process for only a single device.
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Appendix
(1) Preparations
1) Check the system configuration
Check the entire system configuration.
2) Check the units and cables to be connected to the device
Check the units to be connected to the device, cables that have to be procured, and
installation conditions.
3) Tools and measuring instruments necessary for work:
•
•
Digital multimeter
General-purpose tools
(2) Environment check
1) Ambient air temperature, humidity and power supply
Make sure that the ambient air temperature, the humidity and power supply conform to
A.2.2, “Environment Specifications.
2) Ground connection (FG)
Make sure that use a grounding resistance of 100 ohms, a wire of 2mm2 or thicker, or
your country’s applicable standard.
(3) Visual check of appearance
1) Make sure that the device surface has no damage such as scratches, dirt, rust,
deformation or peeling of its coating.
2) Make sure that patent nameplate and device nameplate are still attached, and that
buttons are not damaged.
3) Make sure that connectors are not loose.
(4) Cable connection check
Make sure that individual cables are connected as prescribed in system specifications.
Refer to Chapter 2, “Installation and Connection,” for the connection methods, Section 4.2,
“Cables and Connector Details,” and A.2.3, “Function specifications,” for device connector
pin assignments.
Hardware settings need not be set in the device.
(5) Input voltage check
Make sure that the voltage of power supplied to the device is in a range of 100-240 VAC
± 10%.
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Appendix
(6) Power on
1) Set Power button on the front panel to [ON].
2) Make sure that that PWR LED lamp on the front panel is on.
(7) Unit test
1) Since this device executes a self-check immediately after power is turned on, make
sure that the RDY LED on the front of the panel does not light after power is turned
on.
2) The LEDs light if the self-check detects an unusual condition.
(8) System test
1) Set-up check
Various devices settings complying with the system specification are made from the
control terminal either directly or via the network.
2) Input video check
Make sure that the video input to the device is correctly output to the monitor
(television).
3) Data communication check
Make sure that the line used by the system is connected.
4) Status check
After the final setup, when the equipment is in the system operation state, make sure
that the device status LED (RDY) on the front of the device lights in green, and that the
alarm LED (ALM) is off.
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Glossary and Index
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Index···································································································72
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Glossary and Index
Glossary
AES/EBU
This is the standard of the professional digital
audio signals and standardized by AES and EBU.
ANSI adopts it too.
Embedded Audio
It is the scheme to embed (multiplex) AES/EBU
digital audio signals in the auxiliary data area
(blanking area) of the serial digital signal.
FG (Frame Ground)
Ground for a cabinet
Alarm Log
Record of errors that have occurred on devices
and communication lines
Flow Control
Procedure for controlling the flow of data
between two devices. Its purpose is to prevent
data loss when the device buffer becomes full.
BNC (Bayonet Neill Concelman)
Type of coaxial connector whose characteristic
impedance is 75 Ω. A locking system called a
bayonet lock is used, ensuring cables are easy
to connect and remove, and secure connections.
The connector is compact and lightweight and
has a frequency range compatible with the high
frequency of 4 GHz, so it can be used for
measuring instruments and digital audio
equipment.
Gateway
Equipment that connects network systems that
use different protocols. It basically converts
one protocol into another to support operation
between two networks. In a broader sense, a
gateway sometimes means a device that
transfers information between any two networks.
Browser
HD-SDI (High Definition television – Serial
Digital Interface)
HD-SDI is the serial digital interface to transmit
HD (High Definition) video signal, which
transmission rate is 1.485 Gbps. It can transmit
multiplexing HD video signal, PCM audio signal
and data signal like time stamp.
General name for programs that support users
who want to select desired options from
available options. Using a browser, a user can
trace links on the Internet to access such
multimedia information as text, audio, and video
by simply using a pointing device (e.g., mouse)
to select items.
H.264
DCE (Data Circuit terminating Equipment)
Data circuit terminating equipment. DCE is a
term from ITU-T. Similar to modems and DSUs,
it changes signals to waveform that are suitable
for their transmission routes.
This is one of the video compression coding
systems standardized in ITU (International
Telecommunication Union) in May, 2003. It is
also standardized as a part of MPEG-4 (MPEG-4
part 10 Advanced Video Coding) in ISO
(International Organization for Standard).
Therefore, it is commonly called H.264/MPEG-4
AVC or H.264/AVC, showing both of parties.
This technology is used for the various
applications from the low bit rate and low
resolution like the mobile TV to the high bit rate,
high resolution like HDTV. It is improved that the
data capacity is half comparing MPEG-2 used
wide spread.
DHCP (Dynamic Host Configuration Protocol)
This is the protocol to assign IP address
dynamically when startup and to release it when
shutdown. The IP address prepared by DHCP
server is assigned.
DTE (Data Terminating Equipment)
Data terminating equipment. It is one kind of
terminal equipment (e.g., PC). DTE is a term
from ITU-T and is paired with DCE.
HTTP (Hyper Text Transfer Protocol)
Protocol used for sending and receiving files
and other data between a WWW server and
WWW browser
DVB-ASI (Digital Video Broadcasting
- Asynchronous Serial Interface)
This is the standard interface in DVB (Digital
Hub
Video
Broadcasting:
European
Digital
Concentrator required for using 10BASE-T or
100BASE-TX as a local area network (LAN)
Broadcasting standardization organization) and
used in MPEG CODEC most commonly. It is the
asynchronous serial interface and standardized
in ETSI 101 891.
standard.
Twisted-pair cables are used to
connect hubs. A high-speed hub conforms to
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Glossary and Index
100BASE-TX, and a switching hub has switching
functions.
communication by general-purpose multimedia
encoding systems on mobile terminals.
PING
IP (Internet Protocol)
Protocol used between host computers to
transfer packets over all of the Internet. The
codes that identify the destinations and senders
in packet transfers are called IP addresses. An
IP address is a 32-bit code that can identify a
network and host in the network. A unique IP
address must be allocated to each hosts that
communicates on the Internet.
Command supported by operating systems such
as UNIX, Windows 9x, and Windows NT, and it is
used in TCP/IP networks to check whether IP
packets can reach or have reached their
communication destinations
PPPoE (Point to Point Protocol over Ethernet)
This is the user authentication standard for the
connection like PPP connection on the Ethernet
network.
IP Address
Code used for identifying a node (e.g., PC)
operating using TCP/IP. This 32-bit number is
divided into four 8-bit sections, and an example
of this is 200.10.101.1.
PS
MPEG-2 method of multiplexing audio, video,
and data. It is an abbreviation of Program
Stream, and it is used for transmission and
storage in an error-free environment.
IP Multicast
Technology for transmitting identical data to
multiple remote destinations simultaneously us-
ing TCP/IP. An address system called class D
is used for multicasting. In the class D address
system, the first four bits (1110) indicate a multi-
cast, and the remaining 28 bits specify a
multicast group. Path control methods for IP
multicasting are PIM and DVMRP, but no one
method has become the standard yet.
RS-232C
Interface standard that was mainly established by
the Electronics Industry Association (EIA) for
communication between data terminals and data
communications equipment
RS-422
A serial communication standard is standardized
by the Electronic Industries Alliance (EIA). RS-422
can make transmission robust against noise. It
supports cable lengths of up to 1.2 km and
communication speeds of up to 10 Mbps
LAN (Local Area Network)
Data communication system in a specific area
(maximum of 6 miles or about 10 km). It
provides moderate to high data transfer speeds.
SD-SDI (Standard Definition television – Serial
Digital Interface)
LED (Light-Emitting Diode)
Standard definition digital video interface
standardized in SMPTE259M.
The IP-9610 has a power LED lamp and
alarm LED lamps. The power LED lamp is lit
in green to indicate the device is on. An
alarm LED lamp is lit in red to indicate that an
alarm has been generated.
SG (Signal Ground)
Ground for signals
Subnet Mask
MPEG-4
Mask value used for obtaining a subnet network
Standard for the compression and coding
of color video for storage purposes, and the
name of the organization promoting this
standardization is used in the name of the
standard. MPEG-4 handles not only regular
image and voice data but also a comprehensive
range of multimedia data, including computer
address from an IP address.
The subnet
address is obtained by using an AND operation
between an IP address and subnet mask.
TCP (Transmission Control Protocol)
Abbreviation of Transmission Control Protocol,
which is the protocol required for direct connection
to the Internet. In the OSI reference model, TCP
corresponds to the transport layer and IP
corresponds to the network layer. TCP has been
a global standard protocol that is supported by
major operating systems, including UNIX, OS/2,
Windows 95, and Windows NT.
graphics and text.
It defines a flexible
framework for a scalable object encoding system
depending on technological developments. It
has a transfer speed ranging from several tens
of Kbps to several tens of Mbps (low bit rate
to wide range). It is intended for low-speed
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Glossary and Index
TS (Transport Stream)
10BASE-T
The stream used in the multi-programs
multiplexing, standardized in MPEG-2 systems.
The transport stream offers features for error
correction for transportation over unreliable media,
and is used in broadcast applications and ATM
telecommunication.
LAN that uses unshielded twisted-pair (UTP)
cables and complies with the IEEE 802.3
standard. A 10BASE-T connection uses a
concentrator called a hub. It is widely used
because special cabling work is not necessary
and wiring can be done easily. The maximum
length of cable wiring is 100 m.
TTL (Time To Live)
Abbreviation of time to live, which indicates the
survival time of a packet in a network. If a packet
sent to a network happens to enter a loop because
of a setting error on a router, it will not survive
forever but will be discarded when the time
specified in the Time To Live field of the IP header
is reached.
100BASE-TX
One of the 100BASE LAN standards (also
called Fast Ethernet), it supports a transfer rate
of 100 Mbps. Other 100BASE standards are
10BASE-T4 and 100BASE-FX, and the differ-
ence is the type of cable used. 100BASE-TX
uses unshielded twisted-pair (UTP) cables. It
also uses the RJ-45 connector, which is similar
to the modular jacks used for telephones.
UDP (User Datagram Protocol)
Abbreviation of User Datagram Protocol, which is
a TCP/IP transaction protocol used for specific
applications such as remote network management
and naming service access
1000BASE-T
One of the Gigabit Ethernet standards. It
standardized as IEEE802.3ab in 1999, uses the
UTP cables of the category 5 (CAT5) and the
enhanced category (CAT5e). The maximum
transmission distance is 100m and it supports
the topology of the hubbing, star and so on.
Unicast
Communication with a station at a single address
(i.e., most general one-to-one communication)
UTP Cable
Abbreviation of unshielded twisted pair. It is a
unshielded pair of wires twisted together, and
these wires are used for Ethernet cabling and
other purposes.
3G-SDI
A family of interfaces used in the high-definition
video transmission required for 1080p and digital
cinema.With a transmission capacity as high as
3 Gbps, 3G-SDI enables transmission of 1080/
60p signals through a single BNC cable.
VFD
Vacuum Fluorescent Display. Because VFD emits
by itself, the contrast is clear rather than LCD. Wide
temperature range for operation makes less
influence to functions.
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Glossary and Index
Index
１
Ｄ
1000BASE-T..................................... 3, 7, 26, 60
100-240VAC.................................... 3, 21, 57, 60
100-240VAC power cord.................................. 42
100BASE-TX .................................... 3, 7, 26, 60
10BASE-T......................................... 3, 7, 26, 60
Data input/output .................................................3
Data interface.....................................................59
Device Settings and Operation ........................32
Device Settings and Operation (Front Panel) 33
Dimensions ....................................................3, 57
Direction key .......................................................8
Dust.....................................................................57
DVB-ASI cable..................................................38
DVB-ASI input....................................................9
DVB-ASI output..................................................9
Ａ
Alarm LED .......................................................... 8
Alarm LED lamp .............................................. 49
Analog AUDIO input /output.......................... 59
Appearance......................................................... 55
Appendix ............................................................ 53
Audio board......................................................... 4
Audio input.......................................................... 3
Audio output........................................................ 3
AV input status LED.......................................... 8
Ｅ
Enter key..............................................................8
Environment specifications................................57
External specifications.......................................57
External Sync(REF) cable ................................38
Ｂ
Ｆ
Basic application examples ................................ 6
Basic specifications ........................................... 57
BNC.................................................................... 38
FAN ......................................................................8
FG terminal..........................................................8
Function specifications ......................................58
Ｃ
Ｇ
Glossary..............................................................69
Glossary and Index ...........................................67
Cable and connector details............................. 38
Cable Specifications .......................................... 35
Cancel key ........................................................... 8
Change of maintenance parts........................... 51
Codec board......................................................... 4
Components.......................................................... 5
Connecting external cables............................... 62
Connection to DVB-ASI Device ..................... 23
Connection to DVB-ASI Input Device........... 23
Connection to DVB-ASI Output Device ........ 24
Connection to External Sync(REF) ................. 22
Connection to network...................................... 26
Connection to power source ............................ 19
Connection to RS-232C/RS-422 Device ......... 25
Connection to Voice Communication (Intercom)
........................................................................ 27
Cooling method ................................................. 57
Cooling system .................................................... 3
Ｈ
Help Information ...............................................47
Humidity........................................................3, 57
Ｉ
Index...................................................................72
Installation and Connection .............................. 11
Installation conditions.....................3, 13, 57, 62
Installation preparations.....................................37
Intercom adapter cable......................................41
IP address....................................................34, 48
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Glossary and Index
RS-232C.........................................................9, 25
RS-232C cable ...................................................39
RS-232C interface..............................................59
RS-232C port .......................................................9
RS-422 cable......................................................39
Ｌ
LAN cable..........................................................40
LAN interface ....................................................60
Ｍ
Main features .......................................................3
Ｓ
Scope of installation work................................62
SD CARD slot................................................3, 7
SDI input board...................................................4
SDI output board.................................................4
Setup procedure .................................................32
Special Use of Cancel Key..............................34
Status LED...........................................................8
Ｎ
Network ................................................................3
Ｏ
Operation Instructions........................................29
Optional board slot............................................28
Ｔ
Temperature ...................................................3, 57
Troubleshooting ..................................................45
Ｐ
Ｕ
Part names............................................................7
Power...........................................................57, 60
Power button........................................................8
Power consumption.......................................3, 57
Power inlet connector .........................................8
Power LED ..........................................................8
Power ON/OFF..................................................31
Power supply........................................................3
Power supply system connections ...................18
Powering off ......................................................31
Powering on.......................................................31
Preparation for installation work .....................62
Preparations ..........................................................1
Preparations for On-site Turn-up .....................63
Unpacking and device check............................62
USB..................................................................3, 7
UTP cable...........................................................26
Ｖ
VFD panel.....................................................8, 33
Video input....................................................3, 58
Video output.........................................................3
Voice input/output ...............................................3
Ｗ
Web browser recommended..............................32
Weight............................................................3, 57
Ｒ
Reference clock input ..................................3, 58
Reference clock output .......................................3
Relay contact input .............................................9
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Glossary and Index
CE Conformity Information
Following address can be reached at for regarding the CE conformity information.
Fujitsu Services Limited
Address: 22 Baker Street, London, W1U 3BW, United Kingdom
URL:
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IP-9610
November, 2011
© FUJITSU LIMITED
User’s Guide
1st Edition
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