Panasonic WJMPU955 - PROCESSING UNIT - TMU User manual

Before attempting to connect or operate this product,
please read these instructions carefully and save this manual for future use.
Model No. WJ-MPU955
Central Processing Unit
Operating Instructions
RESET
FAN ALARM
HDD
ACTIVE
OPERATE
Central Processing Unit WJ-MPU955

2
The serial number of this product may be found on the bot-
tom of the unit.
You should note the serial number of this unit in the space
provided and retain this book as a permanent record of your
purchase to aid identification in the event of theft.
Model No. WJ-MPU955
Serial No.
Caution:
Before attempting to connect or operate this product,
please read the marking on the rear panel.
WARNING: To prevent fire or electric shock hazard, do not expose this appliance to rain or moisture. The apparatus shall not be exposed to
dripping or splashing and that no objects filled with liquids, such as vases, shall be placed on the apparatus.
The lightning flash with arrowhead symbol,
within an equilateral triangle, is intended to
alert the user to the presence of uninsulated
"dangerous voltage" within the product's
enclosure that may be of sufficient magni-
tude to constitute a risk of electric shock to
persons.
The exclamation point within an equilateral
triangle is intended to alert the user to the
presence of important operating and mainte-
nance (servicing) instructions in the litera-
ture accompanying the appliance.
Power disconnection. Unit with or without
ON-OFF switches has power supplied to the
unit whenever the power cord is inserted
into the power source; however, the unit is
operational only when the ON-OFF switch is
in the ON position. Unplug the power cord
to disconnect the main power for all unit.
CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK,
DO NOT REMOVE COVER (OR BACK).
NO USER-SERVICEABLE PARTS INSIDE.
REFER SERVICING TO QUALIFIED SERVICE PERSONNEL.
CAUTION
RISK OF ELECTRIC SHOCK
DO NOT OPEN
SA 1965
SA 1966
NOTE: This equipment has been tested and found to com-
ply with the limits for a Class A digital device, pursuant to
Part 15 of the FCC Rules. These limits are designed to pro-
vide reasonable protection against harmful interference
when the equipment is operated in a commercial environ-
ment. 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.
FCC Caution: To assure continued compliance, (example -
use only shielded interface cables when connecting to com-
puter or peripheral devices). Any changes or modifications
not expressly approved by the party responsible for compli-
ance could void the user’s authority to operate this equip-
ment.
For U.S.A

3
1) Read these instructions.
2) Keep these instructions.
3) Heed all warnings.
4) Follow all instructions.
5) Do not use this apparatus near water.
6) Clean only with dry cloth.
7) Do not block any ventilation openings. Install in accordance with the manufacturer's instructions.
8) Do not use near any heat sources such as radiators, heat registers, stoves, or other apparatus (including ampli-
fiers) that produce heat.
9) Do not defeat the safety purpose of the polarized or grounding-type plug. A polarized plug has two blades with
one wider than the other. A grounding-type plug has two blades and a third grounding prong. The wide blade or
the third prong are provided for your safety. If the provided plug does not fit into your outlet, consult an electri-
cian for replacement of the obsolete outlet.
10)Protect the power cord from being walked on or pinched particularly at plugs, convenience receptacles and the
points where they exit from the apparatus.
11)Only use attachments/accessories specified by the manufacturer.
12)Use only with the cart, stand, tripod, bracket, or table specified by the manufacturer, or sold with the apparatus.
When a cart is used, use caution when moving the cart/apparatus combination to avoid injury from tip-overs.
13)Unplug this apparatus during lightning storms or when unused for long periods of time.
14)Refer all servicing to qualified service personnel. Servicing is required when the apparatus has been damaged
in any way, such as power-supply cord or plug is damaged, liquid has been spilled or objects fallen into the
apparatus, the apparatus has been exposed to rain or moisture, does not operate normally, or has been
dropped.
S3125A
IMPORTANT SAFETY INSTRUCTIONS

4
CONTENTS
IMPORTANT SAFETY INSTRUCTIONS ............................. 3
Introduction ....................................................................... 5
■ Overview .................................................................... 5
■ Purpose ...................................................................... 5
■ Precaution .................................................................. 5
■ Network Environment ................................................. 5
■ Limitation of Liability ................................................... 5
■ WJ-GXE900/GXD900 Version .................................... 5
■ References ................................................................. 5
■Trademarks and Registered Trademarks .................. 5
Central Processing Unit .................................................... 6
■ Layout ........................................................................ 6
■ Panel Details .............................................................. 6
■ Mounting into the Rack .............................................. 8
■ Configuration File Modification .................................. 8
■ System Database ....................................................... 8
Connect with System Devices .......................................... 9
■ System Controllers ..................................................... 9
■ CPU Switch Unit ......................................................... 10
■ Digital Video Encoder Devices .................................. 11
■ Digital Video Decoder Devices .................................. 13
■ Setup Layer 3 Switching (L3SW) ............................... 14
■ Administration Tool .................................................... 14
■ Time Management Utility ........................................... 14
Network Security System Examples ................................. 15
■ Standard System ........................................................ 15
■ Redundant System ..................................................... 16
Main Features ................................................................... 17
■ Operator Functions .................................................... 17
■ Video Switch and Video Routing ................................ 17
■ Video Camera Function ............................................. 17
■ Tour Sequences ......................................................... 17
■ Alarm Programming and Handling ............................ 18
■ Event Operation ......................................................... 18
■ Digital Input and Output Functions ............................ 18
■ System Log ................................................................ 18
Default SYS.INI Configuration ........................................... 19
Default Database Contents .............................................. 24
OPERATING PROCEDURES (with WV-CU850) ............ 43
Log-in and Log-out ........................................................... 28
■ Log-in ......................................................................... 28
■ Log-out ....................................................................... 28
Monitor and Camera Selection ......................................... 29
■ Monitor Selection ....................................................... 29
■ Camera Selection ....................................................... 29
■ Priority Lock ............................................................... 30
Display Setting for Controller ............................................ 31
■ Adjustment of LCD Display ........................................ 31
■ Adjustment of LED Display ........................................ 31
■ IDs Display Function .................................................. 31
Controlling Camera Site Accessories ............................... 32
■ Lens Control ............................................................... 32
■ Pan/Tilt Control ........................................................... 32
■ Receiver Control ........................................................ 34
Camera Function Control .................................................. 35
■ Camera Setup ............................................................ 35
■ Changing to Black and White Pictures ...................... 35
■ Patrol Learn and Play ................................................. 36
■ Camera Panning Function ......................................... 36
Running Sequence ........................................................... 37
■ Tour Sequence ........................................................... 37
Monitor Display Control .................................................... 38
■ On-Screen Display Control ........................................ 38
Alarm Control .................................................................... 40
■ Alarm Arming Control ................................................. 40
■ To Cancel Alarms ....................................................... 40
Other Functions ................................................................ 41
■ Digital Output Function .............................................. 41
■ Area Control Function ................................................ 41
■ Joystick Calibration .................................................... 41
OPERATING PROCEDURES (with WV-CU360C) .......... 43
Log-in and Log-out ........................................................... 44
■ Log-in ......................................................................... 44
■ IDs Display Function .................................................. 45
■ Log-out ....................................................................... 45
Monitor and Camera Selection ......................................... 46
■ Monitor Selection ....................................................... 46
■ Camera Selection ....................................................... 46
■ Priority Lock ............................................................... 47
Controlling Camera Site Accessories ............................... 48
■ Lens Control ............................................................... 48
■ Pan/Tilt Control ........................................................... 48
■ Receiver Control ........................................................ 50
Camera Function Control .................................................. 51
■ Camera Setup ............................................................ 51
■ Changing to Black and White Pictures ...................... 51
■ Patrol Learn and Play ................................................. 52
■ Camera Panning Function ......................................... 52
Running Sequence ........................................................... 53
■ Tour Sequence ........................................................... 53
Monitor Display Control .................................................... 54
■ On-Screen Display Control ........................................ 54
Alarm Control .................................................................... 56
■ Alarm Arming Control ................................................. 56
■ To Cancel Alarms ....................................................... 56
TROUBLESHOOTING ..................................................... 57
Troubleshooting ................................................................ 58
Specifications .................................................................... 60

5
Introduction
■Overview
The WJ-MPU955 is the Central Processing Unit for the
Network Security System. The Network Security System is a
high quality video imaging system offering complete man-
agement of medium and large-scale installations. The WJ-
MPU955 is capable of controlling up to 1,024 video inputs
and 256 video outputs with 64 system controllers. The
Network Security System is a truly network-based system,
and all the devices in the system are connected through IP-
based networks.
■Purpose
This document is to provide end users with the product
information about the WJ-MPU955 and the Network
Security System based upon it.
■Precaution
• We recommend that you refer all tasks related to the
system installation to qualified service personnel or
system installers.
• We recommend that you make a note of all your system
settings and save them. This will help you if you are
required to change the system configuration, or if an
unexpected event or failure occurs.
• We encourage you to obtain and read all the related
documents in reference section and become familiar
with the CPU unit and other related devices and soft-
ware.
• Built-in backup battery
The built-in backup battery will last approximately 3
years. The replacement cost of the built-in battery is not
covered by the warranty even if it needs to be done
within the warranty period. Consult your dealer for ser-
vicing.
• Cooling Fan
The cooling fan will operate for approximately 30 000
hours. The replacement cost of the cooling fan is not
covered by the warranty even if it needs to be done
within the warranty period. Consult your dealer for ser-
vicing.
• Hard Disk Drive
The Hard Disk Drive will operate for approximately
30 000 hours. The replacement cost of the hard disk
drive is not covered by the warranty even if it needs to
be done within the warranty period. Consult your dealer
for servicing.
■Network Environment
The Network Security System is an IP network-based sys-
tem. Creating a reliable network is the key to a successful
system. Please note that the encoder device sends a multi-
cast stream (9.2 Mbps max. X 4 streams). Obtain confirma-
tion from the network administrator that this bandwidth
usage will not cause a network failure.
■Limitation of Liability
In no event shall Matsushita Electric Industrial Co., Ltd. be
liable to any party or any person, except for replacement or
reasonable maintenance of the product, for the cases
including, but not limited to below:
• Any damage and/or loss, including without limitation,
direct or indirect, special, consequential or exemplary,
arising out of, or relating to, the product;
• Personal injury and/or any damage caused by inappro-
priate use or negligent operation by the user;
• Unauthorized disassembly, repair, or modification of
the product by the user;
• Any problem, consequential inconvenience, or loss or
damage, arising out of the system being combined with
devices from a third party
■WJ-GXE900/GXD900 Version
• To use WJ-GXE900 and WJ-GXD900 devices with WJ-
MPU955, the devices' firmware must be version 2.00 or
later.
• The version is displayed on the home page of either
device when accessed via a web browser.
• If the version is earlier than 2.00, contact your sales
representative.
■References
[1] Admin Console User's Guide
[2] MPEG2 Encoder and MPEG2 Decoder Operating
Instructions
[3] WJ-MPS850 Instructions
[4] Time Management Utility User's Guide
■Trademarks and Registered
Trademarks
• Intel and Pantium are trademarks of Intel Corporation.
• Other names of companies and products contained in
this operating instructions may be trademarks or regis-
tered trademarks of their respective owners.

6
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
y u !2
i
o!0 !1 !3 !4
Central Processing Unit
The WJ-MPU955 is a main component of the Network Security System. It uses an Intel®X86 processor based computer run-
ning in the multiple tasks operating environment. The system also supports two WJ-MPU955 working together to form a redun-
dant system.
■Layout
The following diagrams are the front panel and the rear panel of the WJ-MPU955.
■Panel Details
qOperation Indicator (OPERATE)
Operation indicator qis on when the power of the WJ-
MPU955 is turned on. The power switch of the CPU is
located underneath the front panel. Remove the front
panel by removing the two screws on the panel.
wReset Button (RESET)
The RESET button wis recessed inside the front panel
hole to the right on the OPERATE indicator. Press this
button when the CPU rejects control from outboard
equipment.
Since the reset button is located 2/3 of an inch behind
the front panel, you will need to use a small screwdriver
or other tool that is less than 1/6 of an inch in diameter,
and more than 1 inch long. If you are unable to access
the reset button using this method, remove the front
panel and press the button.
eFan Alarm Indicator (FAN ALARM)
The FAN ALARM indicator eindicates the cooling fan
status. This LED lights when a temperature rise in the
CPU is detected. Turn the power off and refer servicing
to qualified service personnel.
OPERATE
RESET
FAN ALARM
Central Processing Unit WJ-MPU
HDD
ACTIVE
tr
qw!5 !5e
●Front Panel
●Rear Panel

7
rHard Disk Drive Indicator (HDD)
The HDD indicator rindicates the hard disk drive sta-
tus.
tActive Indicator (ACTIVE)
The ACTIVE indicator tindicates the system status of
the WJ-MPU955.
yEthernet Ports (10BASE-T/100BASE-TX)
The Ethernet Ports yexchange control data via
Ethernet. The CPU can contain up to three Ethernet
ports. In a standard setup, we suggest you use the first
Ethernet port [SYSTEM CONTROLLER] for system con-
trollers while the second port [ENCODER/DECODER]
for video encoders and decoders. The third port
[OTHER] is reserved for future use.
uController Ports [SYSTEM CONTROLLERS (RS-485)]
The controller ports uare provided for controlling the
system with WV-CU360C system controllers. Up to 12
controllers can be connected.
iPeripheral Interface Ports [PERIPHERAL INTER-
FACE (RS-232C)]
These ports iare reserved for future use or factory
tests.
oRedundant CPU Selector (REDUNDANT CPU)
The selector ocan be set to either a redundant system
or a standalone system. The factory default setting is
NO, for standalone.
!0 Mode Selector (SATELLITE MODE)
The mode selector !0 is always kept in STANDALONE
position.
!1 Parallel Port (PARALLEL)
The parallel port !1 is used to connect to the WJ-
MPS855 CPU Switch Unit for a redundant system.
!2 Cooling Fan Unit
The cooling fan unit !2 prevents the temperature of the
CPU from rising. Do not block the ventilation opening
on the cover.
!3 Fuse Holder
The fuse holder !3 is shown in rear view diagram.
!4 AC Inlet Socket (AC IN)
Plug the power cord (supplied as a standard accesso-
ry) into this socket !4 and connect it to an AC outlet.
!5 Screws to access the power switch.

8
■Mounting into the Rack
The CPU unit (WJ-MPU955) should be mounted into the
rack as shown in the following diagram. Here are the steps:
1. Remove the four rubber feet by removing four screws
from the bottom of the CPU unit
2. Install the CPU unit in the rack, securing it with the four
screws
3. Secure the rear of the appliance to the rack by using
the additional mounting brackets procured locally if the
rack is subject to vibration
The cooling fans inside the CPU unit keep the CPU unit
working properly. They are subject to wear and need to be
replaced periodically. Do not block the ventilation slots on
the cover to prevent the appliance from overheating.
Always keep the temperature in the rack below 45 °C
(113 °F).
■Configuration File Modification
The system configuration file is referred to as the SYS.INI
file. It contains system-wide configuration information, and
can be modified by the operators through an administration
tool. See reference [1].
The CPU unit contains default SYS.INI file. (Refer to p.19)
The CPU unit should work with the default system configu-
ration file set by the factory at the time of shipping. To mod-
ify the default configuration file, you can use the administra-
tion tool (Admin Console). From the Admin Console main
menu:
• Select CPU Units from the main bar’s Domain;
• Select Sys tab from the CPU System Configuration
screen;
• Upload the SYS.INI file from the CPU unit using the ‘Get
from CPU’ button in the SYS Transfer section;
• Modify the system configuration file that appears in the
document area of the window;
• Save the system configuration file using the ‘Save’ but-
ton in the SYS Archive section;
• Download the configuration file using the ‘Put to CPU’
button in the SYS Transfer section;
• Reboot the CPU unit
■System Database
The system database contains system devices, system
resources, and system programmable events and automa-
tion information. The system administrator can configure the
system database using the administration tool. The CPU
unit contains a default database when it arrives from the
factory.
A default database file is also provided on the CD-ROM.
The contents of the default database file – 01= sample.adm
– appear in the Default Database Contents section. (Refer
to p.24)
Rack mounting screws
(Local content)
OPERATE
RESET
FAN ALARM
HDD
ACTIVE

9
Connect with System Devices
In addition to the WJ-MPU955, users require other system
devices in order to form the Network Security System.
■System Controllers
A system controller is an operator console, and it provides
a user interface for operators to interact with the Network
Security System. The system can support up to 64 system
controllers.
●Ethernet-Based Controllers
The Ethernet-based controller is called a CU850 controller
(WV-CU850). It connects to the CPU unit’s Ethernet port
(see Panel Details y) through an Ethernet hub in an IP-
based local area network.
●Ethernet-Based Controller Setup
To add CU850 controllers to the system, use the adminis-
tration tool (Admin Console) and add an entry to the system
controller database. You need to assign a controller ID for
each controller, and enter the Ethernet address from the
bottom of the each controller. See reference [1] for more
information.
●RS485-Based Controllers
There is an RS485-based controller - the CU360C (WV-
CU360C). The controller connect to the CPU unit through its
RS485 controller port (see Panel Details u). The system
can support up to twelve RS485 based controllers.
●RS485-Based Controller Setup
To add a CU360C controller to the system, use the adminis-
tration tool (Admin Console) and add an entry to the system
controller database. You need to assign a controller ID for
each controller, and enter the RS485 port number where
the controller is going to connect to. See reference [1] for
more information.
RS-232C DATA ETHERNET
CONTRAST BRIGHT BRIGHT
DC12V IN
ON OFF
POWER
LEDLCD
PARALLEL
REDUNDANT
CPU
RSATELLITE
MODE
ETHERNET
1
OTHER
CAMERA
CROSS POINT
OSD
GYGTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIFERAL INTERFACE (RS–232C)
(RS–485)
SYSYTEM
CONTROLLER
23
SATELLITE
STANDALONE
YESNO
AC IN
Central Processing Unit
125V 3.0A
SIGNAL
GND
WV-CU850
Switching HUB
172.18.0.1
DC 9V IN
DATAMODE
RISK OF ELECTRIC
SHOCK. DO NOT OPEN
RISQUE DE CHOCK ELECTRODES
NE PAS OUVRIR
0
9
8
7
6
5
4
3
2
1
CONTROLLER No.
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
WV-CU360C
CONTROLLER No. MODE
Set this switch always
to 1
Set as shown in below
MODE
12345678
OFF
ON

10
■CPU Switch Unit
The standard system consists of one CPU unit. In order to
create a redundant Network Security System, customers
would need to purchase two CPU units (or one additional
CPU unit if the system is already in place) plus a CPU
Switch Unit, WJ-MPS850. The CPU Switch Unit is a comput-
er that monitors and manages both CPU units.
●Operation
At any given time that the system is running, one of the
CPU units is in an Active state and the other is in a Standby
state. If the Active CPU fails, the CPU Switch Unit will auto-
matically switch the Standby unit to an Active state.
●Connect with CPU Units
The CPU Switch Unit connects to the CPU units through its
parallel port (see section !1).
•Connect the RS485 modular cables between the con-
troller ports (RS-485) of the CPU units and the con-
troller ports (RS-485) of the CPU Switch Unit.
•Connect the diagnostic cables between parallel ports
of the CPU units and the diagnostic input ports of CPU
Switch Unit.
•Set the redundant CPU selector to YES on the rear of
the A and B CPU units.
PUSH
FUSE
AC IN
TARGET
DATA 1 MAIN CPU-ACT
CAITION
MAIN CPU-STANDBY
PERIPHERAL INTERFACE (RS-232C)
SYSTEM CONTROLLER (RS-485) DIAGNOSTIC
INPUT
DATA 1
DATA 2
DATA 2
DATA 3
DATA 3
DATA 4
DATA 4
DATA 5
DATA 5
DATA 6
DATA 6
DATA 7
DATA 7
DATA 8
DATA 8
DATA 9
DATA 9
DATA 10
DATA 10
DATA 11
DATA 11
DATA 12
DATA 12
3 2 1
32 1
32 1
DATA 1DATA 2DATA 3DATA 4DATA 5DATA 6DATA 7DATA 8DATA 9DATA 1 0DATA 11DATA 1 2
A CPU
B CPU
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND

11
■Digital Video Encoder Devices
Digital video encoder devices refer to MPEG2 video encoder devices (WJ-GXD900). They connect to the CPU unit through an
Ethernet switching hub in an IP based network. See reference [2].
●Connect with CPU unit
The video encoders connect with the CPU unit through its Ethernet port (see Panel Details y) and one or more switching hub
units. The system can support up to 256 video encoder devices.
●Setup from Administration Tool
In order to be added to the Network Security System, an encoder device must be entered into the digital device database. In
Admin Console, select Switch Nodes from the Domain menu, select Digital (GX) from the sub-menu that appears, and then
enter the information for the encoder device. Please note, you need to know the Rotary Switch (SW1 A, B, C) readings from the
encoder device. Rotary Switch settings must be unique for all the encoder and decoder devices. See reference [1].
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4 3 2 1G4 3 2 1GGV+–G
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
Switching HUB
192.168.200.200

●Setup Encoder Itself
In order to communicate with the CPU unit, the encoder device must also be configured. You can access the encoder device
through its Web interface using Microsoft®Internet Explorer. Following is an example of the system layout and information to
be filled into the table.
12
Encoder #
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
192.168.1.10
192.168.3.11
192.168.4.11
192.168.1.11
192.168.4.1192.168.3.1192.168.1.1
192.168.2.1 192.168.200.1
SIGNAL GND
POWER
ON
OFF
3
3
1
4
21
4
2
VIDEO OUTAUDIO OUT
MIX
RESET
1000BASE-T
100BASE-TX
V+ –G
QUAD
SIGNAL GND
POWER
ON
OFF
3
3
1
4
21
4
2
VIDEO OUTAUDIO OUT
MIX
RESET
1000BASE-T
100BASE-TX
V+ –G
QUAD
192.168.200.200
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
192.168.2.10
192.168.2.11
Switching HUB
WJ-GXD900
WJ-GXE900
WJ-GXE900
WJ-GXE900
WJ-GXE900
WJ-GXD900
WJ-MPU955
Switching HUB
L3SW
1
2
3
4
Operation Mode
Main CPU mode
Main CPU mode
Main CPU mode
Main CPU mode
IP Address
192.168.1.10
192.168.1.11
192.168.2.10
192.168.2.11
Subnet Mask
255.255.255.0
255.255.255.0
255.255.255.0
255.255.255.0
Default Gateway
192.168.1.1
192.168.1.1
192.168.2.1
192.168.2.1
DNS
0.0.0.0
0.0.0.0
0.0.0.0
0.0.0.0
Rotary
Switch
0-0-1
0-0-2
0-0-3
0-0-4

Decoder #
13
■Digital Video Decoder Devices
Decoder devices refer to MPEG2 video decoder devices (WJ-GXD900). They connect with the CPU unit through an Ethernet
switching hub in an IP based network. See reference [2].
●Connect with CPU unit
The video decoders connect with CPU unit through its Ethernet port (see Panel Details y) and one or more switching hub
units. The system can support up to 64 video decoder devices.
●Setup from Administration Tool
In order to be added to the Network Security System, a decoder device must be entered into the digital device database. In
Admin Console, select Switch Nodes from the Domain menu, select Digital (GX) from the sub-menu that appears, and then
enter the information for the decoder device. Please note, you need to know the Rotary Switch (SW1 A, B, C) readings from the
decoder device. Rotary Switch settings must be unique for all the encoder and decoder devices. See reference [2].
●Setup Decoder Itself
In order to communicate with the CPU unit, the decoder device must also be configured. You can access the decoder device
through its Web interface using Microsoft®Internet Explorer. Following is an example of the system layout and information to
be filled into the table.
SIGNAL GND
POWER
ON
OFF
3
3
1
4
21
4
2
VIDEO OUTAUDIO OUT
MIX
RESET
1000BASE-T
100BASE-TX
V+ –G
QUAD
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
WJ-GXD900
Switching HUB
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
192.168.1.10
192.168.3.11
192.168.4.11
192.168.1.11
192.168.4.1192.168.3.1192.168.1.1
192.168.2.1 192.168.200.1
SIGNAL GND
POWER
ON
OFF
3
3
1
4
21
4
2
VIDEO OUTAUDIO OUT
MIX
RESET
1000BASE-T
100BASE-TX
V+ –G
QUAD
SIGNAL GND
POWER
ON
OFF
3
3
1
4
21
4
2
VIDEO OUTAUDIO OUT
MIX
RESET
1000BASE-T
100BASE-TX
V+ –G
QUAD
192.168.200.200
192.168.2.10
192.168.2.11
Switching HUB
WJ-GXD900
WJ-GXE900
WJ-GXE900
WJ-GXE900
WJ-GXE900
WJ-GXD900
WJ-MPU955
Switching HUB
L3SW
1
2
Operation Mode
Main CPU mode
Main CPU mode
IP Address
192.168.3.11
192.168.4.11
Subnet Mask
255.255.255.0
255.255.255.0
Default Gateway
192.168.3.1
192.168.4.1
DNS
0.0.0.0
0.0.0.0
Rotary
Switch
1-0-0
1-0-1

14
■Administration Tool
The administration tool (Admin Console) is a system database management software. The software operates in the Microsoft®
Windows®environment. See reference [1] for details.
To connect an administration station with the CPU unit, first install the Admin Console software to a Microsoft®Windows®-
based personal computer, and then enter the CPU unit IP address in the tool’s CPU screen which appears when the tool is ran
the first time. The tool communicates with the CPU using the IP/FTP protocol.
■Time Management Utility
The Time Management Utility (TMU) is software used for time configuration. The software operates in the Microsoft®Windows®
environment. We recommend that the Time Management Utility be installed on the same computer that runs the administration
tool.
To connect the TMU to the CPU unit, operators should select IPA setup from the TMU main menu, and enter the IP address of
the CPU unit. See the Time Management Utility Installation and configuration manual for more details See reference [4].
■Setup Layer 3 Switching (L3SW)
Layer 3 Switching refers to a class of high-performance routers optimized for wire speed Ethernet routing and switching ser-
vices. It is required to support Internet Group Management Protocol (IGMPv2).
Based on the sample described in "Digital Video Encoder Devices" and "Digital Video Decoder Devices", the following table
contains Ethernet ports information for the L3SW.
Port #
1
2
3
4
5
IP Address Connection
192.168.1.1
192.168.2.1
192.168.3.1
192.168.4.1
192.168.200.1
Encoder #1,2
Encoder #3,4
Decoder #1
Decoder #2
WJ-MPU955
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
PC
with Admin Console
Switching HUB

15
■Standard System
The standard system contains one CPU unit. It can handle up to 256 encoder devices, up to 64 decoder devices, one adminis-
tration station, and up to 64 system controllers. The IP addresses in the following diagram are the default addresses of the
CPU network ports.
Network Security System Examples
SIGNAL GND
POWER
ON
OFF
3
3
1
4
21
4
2
VIDEO OUTAUDIO OUT
MIX
RESET
1000BASE-T
100BASE-TX
V+ –G
QUAD
SIGNAL GND
POWER
ON
OFF
3
3
1
4
21
4
2
VIDEO OUTAUDIO OUT
MIX
RESET
1000BASE-T
100BASE-TX
V+ –G
QUAD
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
PC
with Admin Console
WV-CU850 WV-CU360C
OPERATE LINK ALARM MONITOR CAMERA BUSY PROHIBITED
PROGRAM
PRESET
IRIS
System Controller WV-CU 350
ForMatr ix Switcher (System 850)
OPENCLOSE
AUTOIRIS
CALL
PRESET
AUX1OFF
CAMID
AUX1ON
RESETACK
NEXTPREV
S-CTLID
STOPPAUSE
CAMMENU ONCAMMENU OFF
TOUR
SEQ
GROUP
SEQ
MONITOR
LOCK
OSD
ALARM
DISARM
ALLRESET
OPEID
GROUP
PRESET
LOGOUT
F1
F2
GEN
WIPER
AUX2OFF
MONSTATUS
AUX2ON
ALL
SHIFT
CLEAR
(ESC)
DEFOFF DEF ON
CAMERA
(ENTER)
AUTO
PAN
FOCUS
FARNEAR
AUTOFOCUS
ZOOM
DOWN
UP
RL
TELEWIDE
ALARM ACK RESET
ALL
RESET
ARM
GROUP
PRESET
PREV
S-CTL IDOPE ID
NEXT
GROUP
SEQ PAUSE STOP
TOUR
SEQ
REV
RUN
FWD
RUN
OSD
F.1 F.2 F.3
CMENU
OFF
F.4
CMENU
ON
F.5 F. 6
CLOSE
IRIS
WIPER
OPEN
NEAR FAR
UP
BUSY
ACK
LOCK
CAMERA
INFORMATION
MONITOR
ALARM LINK OPERATE
DOWN
R
L
WIDE TELE
AUTO FOCUS
ZOOM
MONITOR
LOCK
OSDSERVICE
LOGOUT
AUX1 OFF AUX1 ON
CALL
PRESET
PGM
PRESET
CAM
POSI
DIGITAL
OUT
CAMERA
(ENTER)
CAMID
VLDS
T&D
ALMS
GEN
SYSS
(ALARM)
0
87
DEF OFF
AUTO PAN
DEF ON
MSTATUS
VLDH
ALL
ALMH
BLK
5
9
64
231
CLEAR
(ESC)
EXIT
System Controller WU–CU 850
850
BUSY
AREA
AUX2 OFF AUX2 ON
DEFAULT
FOCUS
VER
CAM
FUNC
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
192.168.1.10
Switching HUB
Switching HUB
Switching HUB
L3SW
WJ-GXE900
192.168.1.11
192.168.1.1 192.168.3.1 192.168.4.1
192.168.4.11
192.168.3.11
192.168.2.1 192.168.200.1
192.168.200.200172.18.0.1
WJ-GXE900
192.168.2.10
WJ-GXE900
192.168.2.11
WJ-GXE900
WJ-GXD900
WJ-GXD900
WJ-MPU955

16
■Redundant System
The redundant system requires two CPU units and a CPU Switch Unit. It can also handle up to 256 encoder devices, up to 64
decoder devices, one administration station, and up to 64 system controllers.
PUSH
FUSE
AC IN
TARGET
DATA 1 MAIN CPU-ACT
CAITION
MAIN CPU-STANDBY
PERIPHERAL INTERFACE (RS-232C)
SYSTEM CONTROLLER (RS-485) DIAGNOSTIC
INPUT
DATA 1
DATA 2
DATA 2
DATA 3
DATA 3
DATA 4
DATA 4
DATA 5
DATA 5
DATA 6
DATA 6
DATA 7
DATA 7
DATA 8
DATA 8
DATA 9
DATA 9
DATA 10
DATA 10
DATA 11
DATA 11
DATA 12
DATA 12
3 2 1
32 1
32 1
DATA 1DATA 2DATA 3DATA 4DATA 5DATA 6DATA 7DATA 8DATA 9DATA 1 0DATA 1 1DATA 1 2
SIGNAL GND
POWER
ON
OFF
3
3
1
4
21
4
2
VIDEO OUTAUDIO OUT
MIX
RESET
1000BASE-T
100BASE-TX
V+ –G
QUAD
SIGNAL GND
POWER
ON
OFF
3
3
1
4
21
4
2
VIDEO OUTAUDIO OUT
MIX
RESET
1000BASE-T
100BASE-TX
V+ –G
QUAD
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
PC
with Admin Console
WV-CU850 WV-CU360C
OPERATE LINK ALARM MONITOR CAMERA BUSY PROHIBITED
PROGRAM
PRESET
IRIS
System Controller WV-CU 350
ForMatr ix Switcher (System 850)
OPENCLOSE
AUTOIRIS
CALL
PRESET
AUX1OFF
CAMID
AUX1ON
RESETACK
NEXTPREV
S-CTLID
STOPPAUSE
CAMMENU ONCAMMENU OFF
TOUR
SEQ
GROUP
SEQ
MONITOR
LOCK
OSD
ALARM
DISARM
ALLRESET
OPEID
GROUP
PRESET
LOGOUT
F1
F2
GEN
WIPER
AUX2OFF
MONSTATUS
AUX2ON
ALL
SHIFT
CLEAR
(ESC)
DEFOFF DEF ON
CAMERA
(ENTER)
AUTO
PAN
FOCUS
FARNEAR
AUTOFOCUS
ZOOM
DOWN
UP
RL
TELEWIDE
ALARM ACK RESET
ALL
RESET
ARM
GROUP
PRESET
PREV
S-CTL IDOPE ID
NEXT
GROUP
SEQ PAUSE STOP
TOUR
SEQ
REV
RUN
FWD
RUN
OSD
F.1 F.2 F.3
CMENU
OFF
F.4
CMENU
ON
F.5 F. 6
CLOSE
IRIS
WIPER
OPEN
NEAR FAR
UP
BUSY
ACK
LOCK
CAMERA
INFORMATION
MONITOR
ALARM LINK OPERATE
DOWN
R
L
WIDE TELE
AUTO FOCUS
ZOOM
MONITOR
LOCK
OSDSERVICE
LOGOUT
AUX1 OFF AUX1 ON
CALL
PRESET
PGM
PRESET
CAM
POSI
DIGITAL
OUT
CAMERA
(ENTER)
CAMID
VLDS
T&D
ALMS
GEN
SYSS
(ALARM)
0
87
DEF OFF
AUTO PAN
DEF ON
MSTATU S
VLDH
ALL
ALMH
BLK
5
9
64
231
CLEAR
(ESC)
EXIT
System Controller WU–CU 850
850
BUSY
AREA
AUX2 OFF AUX2 ON
DEFAULT
FOCUS
VER
CAM
FUNC
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
POWER
ON OFF
SIGNAL
AUDIO INVIDEO OUTVIDEO IN
100BASE-TX RS-485
TERM
1
GND
23
ON OFF
4
ALARM IN TRIGGER OUT RESET
4321G4321GGV+–G
192.168.1.10
Switching HUB
Switching HUB
Switching HUB
Switching HUB
L3SW
WJ-GXE900
192.168.1.11
192.168.1.1 192.168.3.1 192.168.4.1
192.168.4.11
192.168.3.11
192.168.2.1 192.168.200.1
192.168.200.200
172.18.0.1
172.18.0.2
WJ-GXE900
192.168.2.10
WJ-GXE900
192.168.2.11
WJ-GXE900
WJ-GXD900
WJ-GXD900
WJ-MPU955
WJ-MPS850
PARALLEL
REDUNDANT
CPU
SATELLITE
MODE
10BASE-T / 100BASE-TX
3
OTHER
ENCODER
DECODER
SYSTEM
CONTROLLER
DATA 12 DATA 11 DATA 10 DATA 9 DATA 8 DATA 7 DATA 6 DATA 5 DATA 4 DATA 3 DATA 2 DATA 1
PERIPHERAL INTERFACE (RS-232C)
(RS-485)
SYSTEM
CONTROLLER
21
SATELLITE
STANDALONE
YESNO
AC IN125V 6.3A
SIGNAL
GND
WJ-MPU955
192.168.200.201

17
Main Features
■Operator Functions
●Operator Area Changes
The system can be divided into multiple areas (up to 64),
and an operator can change from one area to another if
they have the necessary permission.
●Operator Log On and Off
Operators are assigned a user ID and password by a sys-
tem administrator. A user ID and password are required for
any operator to log on to the system. System administrators
can specify to automatically log operators off if there is no
activity for a pre-defined time period.
●Operator Class
The system allows administrators to define operator classes
with up to 29 different privileges, and then assign each
operator to one of the defined classes. The privileges are:
permission override, area change, alarm select, all alarm
reset, alarm acknowledge and reset, all alarm arm and dis-
arm, alarm arm and disarm, alarm status (not currently sup-
ported), alarm history (not currently supported), digital out-
put port control, camera select, camera position, camera
preset programming, camera menu on and off, camera
function enable, camera receiver, camera setup data, cam-
era lock, camera lock override, tour sequence, group
sequence (not currently supported), group preset (not cur-
rently supported), all sequence stop (not currently support-
ed), sequence controller programming, video loss, monitor
select, monitor lock, on screen display on and off, time and
date on and off.
●Operator Priority
The system administrator can assign a priority to each
operator. When two operators compete for system
resources, only the operator with the higher priority gets the
resources.
■Video Switch and Video
Routing
This function allows operators to switch video from one
video source to another, if the permission is granted. For
multiple operators competing for the same resource, it only
allows the highest priority operator to perform this function.
The next highest priority operator gains control when the
highest priority operator releases the resource.
■Video Camera Function
●Camera Control
The system provides operators with the camera control
functions. The supported functions are: pan, tilt, zoom,
focus, and iris.
●Camera Operation
The system provides operators with the following camera
operation functions:
•Camera menu control
•Camera preset call and programming
•Camera receiver control
■Tour Sequences
●Program the Tour Sequences
This function allows administrators to program tour
sequences, and store them in the system database.
The WJ-MPU955 can execute 20 tour sequence steps per
second. If the WJ-MPU955 is asked to perform more than
20 steps in a single second, it will automatically form 20-
step groups, and alternate their execution over a period of
two or more seconds.
●Tour Sequence Operation
The tour sequence operation includes start, stop, pause,
run, next step, and previous step.

18
■Alarm Programming and
Handling
●Program the Alarm
This function allows administrators to program alarms,
assign alarm display targets, and define alarm actions.
●Control Alarm
Alarm controls are operator functions. These functions allow
the highest priority operator to seize the alarm and control
it. These functions also allow the next highest priority opera-
tor to gain control after the highest priority operator releas-
es the alarm.
The alarm controls include:
•Arm and disarm alarms
•Acknowledge active alarms
•Reset acknowledged or active alarms
The system also supports automatically resetting and
acknowledging alarms through configuration by the admin-
istration tool (Admin Console).
●Control Alarm Action
The system supports the following alarm actions:
•Camera spots
•Tour sequences
•Text display
The system supports up to 10 alarm actions, and allows
operators to control acknowledged alarm actions.
■Event Operation
The function allows administrators to program system
events. The event function currently supports following
operations:
•Camera spot
•Tour sequence
•Arm and disarm alarm
•Up to 4 system modes
■Digital Input and Output
Functions
This function allows operators to select and set digital out-
put ports. The system alarm function can program the digi-
tal output ports as part of the alarm state change indication.
The system alarm function can also program the digital
input ports as alarm trigger sources.
■System Log
The system supports following system logs:
•Operator log
•Alarm log
•Video loss log

19
In most cases, you will not need to change the settings in the sys.ini file. However, if changes are necessary, the MPU955 CPU
must be rebooted.
Text appearing in blue is explanatory, and not part of the sys.ini file.
Interface section
The CPU can incorporate up to three Ethernet network interface cards.
[INTERFACES]
***{ Number of interfaces in the system}
Numinterfaces=3
The number used here is the number of the Ethernet ports on MPU955 CPU.
***{ Interface Definitions }
***{ Interface<Number>=<IPA>,<SUBNET MASK>,<BOOT SERVER IPA> }
***{ !! Note: The InterfaceX IPAs must match the MainX CPU }
***{ hardware settings in order for the System to }
***{ operate correctly!!
***{ MainA CPU }
In a standalone system, the MPU955 CPU should use the IP addresses that follow. In this case, the {MainB
CPU}’s interface numbers should be commented with asterisks.
Interface0=192.168.200.200,255.255.255.0,192.168.200.200
Interface0 is an interface for GX devices.
Interface1=172.18.0.1,255.255.0.0,172.18.0.1
Interface1 is an interface for system controller.
Interface2=172.16.192.1,255.255.0.0,172.16.192.1
Interface2 is used for SNMP, SNTP feature. (Not currently supported)
***{ MainB CPU }
In a redundant system, the second MPU955 CPU should use following IP addresses (remove the asterisks
below). In this case, {MainA CPU}’s interface numbers should be commented with asterisks.
*Interface0=192.168.200.201,255,255,255,0,192.168.200.201
*Interface1=172.18.0.2,255.255.0.0,172.18.0.2
*Interface2=172.16.192.2,255.255.0.0,172.16.192.2
Frames section
[CAUTION] This section does not apply to the MPU955 system, and should not be changed.
[FRAMES]
***{ MX Frame definition from Admin file }
***{ MXSW has format <num_rows>,<num_cols>,<interface_num> }
***{ All others use <num_functions>,<interface_num> }
***{ All 0's used for digital-only systems. }
MXSWFunction=0,0,0
MXCONTFunction=0,0
MXOSDFunction=0,0
MXDIOFunction=0,0
MXRMSFunction=0,0
Default SYS.INI Configuration

20
Procs section
This section tells the system which interface is to be used by certain process files.
[PROCS]
***{ Process Interface Assignments }
***{ Format: <Process Name>=<interface_num> }
***{ Set these three to the interface_num of the Ethernet keyboards: }
Keybp=1
Mxconts=1
Mxpfw=1
“1” means interface1 in [INTERFACES] section. MPU955 CPU has 3 software processes (listed above) to communi-
cate to a CU850. All processes should use same interface number. Factory default setup is interface “1”.
***{ Set Swcpu to the same interface_num for all unit CPUs: }
Swcpu=1
“1” measn interface1 in [INTERFACES] section. In case of redundant system, Both CPUA and CPUB must be
assigned the same interface_num. Factory default setup is interface “1”.
***{ Set UnitManager to the same interface_num for all system CPUs: }
UnitManager=2
Not currently supported
***{ Set CSntp to the interface_num for EXTERNAL SNTP operation: }
CSntp=2
Not currently supported
***{ Set SSntp to the same interface_num for all system CPUs: }
SSntp=2
Not currently supported
***{ Set SNMPAgent to the same interface_num for all system CPUs: }
SNMPAgent=2
“1” means interface1 in [INTERFACES] section. Factory default setup is interface “2”.
OSD section
All settings in this section are set to factory default, which provide the best monitor layout.
[OSD]
***{ Initial OSD display position }
***{ Alarm text is placed on the General Status line. }
***{ Format: <DisplayItemPosition>=<x-position>,<y-position> }
TimeDatePosition=1,1
CamTitlePosition=1,16
MonStatusPosition=1,15
GenStatusPosition=1,14
***{ Time-Date, Camera Title and Camera ID Controls }
***{ Code 2 takes effect only if source is MXOSD }
***{ Format: <Control Name>=<control code> }
***{ control code 0 - OFF }
***{ control code 1 - ON }
***{ control code 2 - By Operator }
TimeDateControl=2
CamTitleControl=2
CamIDControl=2
***{ Time and Date display format }
***{ Format: TimeDateFormat=<format> }
***{ format 0 - DD/MM/YYYY }
***{ format 1 - MM/DD/YYYY }
***{ format 2 - DD/Mmm/YYYY }
***{ format 3 - YYYY/MM/DD }
***{ format 4 - Mmm/DD/YYYY }
***{ format 5 - DD/MM/'YY }
***{ format 6 - MM/DD/'YY }
***{ format 7 - DD/Mmm/'YY }
***{ format 8 - 'YY/MM/DD }
***{ format 9 - Mmm/DD/'YY }