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Panasonic Central Processing Unit Wj Mpu955 Operating Instructions
Panasonic Central Processing Unit Wj Mpu955 Operating Instructions
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![Page 7
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...](http://img.usermanuals.tech/thumb/58/69467/w64_wj-mpu955_en_om_d-6.png "Page 7
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...")
![Page 11
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 Detailsy) 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...](http://img.usermanuals.tech/thumb/58/69467/w64_wj-mpu955_en_om_d-10.png "Page 11
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 Detailsy) 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...")
![Page 13
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...](http://img.usermanuals.tech/thumb/58/69467/w64_wj-mpu955_en_om_d-12.png "Page 13
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...")
![Page 14
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...](http://img.usermanuals.tech/thumb/58/69467/w64_wj-mpu955_en_om_d-13.png "Page 14
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...")
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 Detailsy) 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 IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1 GND 23ON OFF4 ALARM INTRIGGER OUTRESET 4 3 2 1G4 3 2 1GGV+ – G PARALLELREDUNDANT CPUSATELLITE 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 2 1SATELLITE STANDALONEYES NO AC IN 125V 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 IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G PARALLELREDUNDANT CPUSATELLITE 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 2 1SATELLITE STANDALONEYES NOAC IN 125V 6.3A SIGNAL GND 192.168.1.10192.168.3.11 192.168.4.11 192.168.1.11 192.168.4.1 192.168.3.1 192.168.1.1 192.168.2.1 192.168.200.1 SIGNAL GND POWERON OFF3 3 1 4 21 4 2VIDEO OUT AUDIO OUT MIX RESET 1000BASE-T 100BASE-TXV+ – GQUAD SIGNAL GND POWERON OFF3 3 1 4 21 4 2VIDEO OUT AUDIO OUT MIX RESET 1000BASE-T 100BASE-TXV+ – GQUAD 192.168.200.200POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G 192.168.2.10 192.168.2.11 Switching HUBWJ-GXD900 WJ-GXE900 WJ-GXE900 WJ-GXE900 WJ-GXE900WJ-GXD900 WJ-MPU955 Switching HUBL3SW 1 2 3 4Operation Mode Main CPU mode Main CPU mode Main CPU mode Main CPU modeIP Address 192.168.1.10 192.168.1.11 192.168.2.10 192.168.2.11Subnet Mask 255.255.255.0 255.255.255.0 255.255.255.0 255.255.255.0Default Gateway 192.168.1.1 192.168.1.1 192.168.2.1 192.168.2.1DNS 0.0.0.0 0.0.0.0 0.0.0.0 0.0.0.0Rotary 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 POWERON OFF3 3 1 4 21 4 2VIDEO OUT AUDIO OUT MIX RESET 1000BASE-T 100BASE-TXV+–GQUAD PARALLELREDUNDANT CPUSATELLITE 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 2 1SATELLITE STANDALONEYES NOAC IN 125V 6.3A SIGNAL GNDWJ-GXD900Switching HUB POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G PARALLELREDUNDANT CPUSATELLITE 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 2 1SATELLITE STANDALONEYES NOAC IN 125V 6.3A SIGNAL GND 192.168.1.10 192.168.3.11 192.168.4.11 192.168.1.11 192.168.4.1 192.168.3.1 192.168.1.1 192.168.2.1 192.168.200.1SIGNAL GND POWERON OFF3 3 1 4 21 4 2VIDEO OUT AUDIO OUT MIX RESET 1000BASE-T 100BASE-TXV+–GQUAD SIGNAL GND POWERON OFF3 3 1 4 21 4 2VIDEO OUT AUDIO OUT MIX RESET 1000BASE-T 100BASE-TXV+–GQUAD 192.168.200.200 192.168.2.10 192.168.2.11 Switching HUBWJ-GXD900 WJ-GXE900 WJ-GXE900 WJ-GXE900 WJ-GXE900WJ-GXD900 WJ-MPU955 Switching HUBL3SW 1 2Operation Mode Main CPU mode Main CPU modeIP Address 192.168.3.11 192.168.4.11Subnet Mask 255.255.255.0 255.255.255.0Default Gateway 192.168.3.1 192.168.4.1DNS 0.0.0.0 0.0.0.0Rotary 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 5IP Address Connection 192.168.1.1 192.168.2.1 192.168.3.1 192.168.4.1 192.168.200.1Encoder #1,2 Encoder #3,4 Decoder #1 Decoder #2 WJ-MPU955 PARALLELREDUNDANT CPUSATELLITE 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 2 1SATELLITE STANDALONEYES NO AC IN 125V 6.3A SIGNAL GNDPC with Admin ConsoleSwitching 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 POWERON OFF3 3 1 4 21 4 2VIDEO OUT AUDIO OUT MIX RESET 1000BASE-T 100BASE-TXV+–GQUAD SIGNAL GND POWERON OFF3 3 1 4 21 4 2VIDEO OUT AUDIO OUT MIX RESET 1000BASE-T 100BASE-TXV+–GQUAD PARALLELREDUNDANT CPUSATELLITE 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 2 1SATELLITE STANDALONEYES NOAC IN 125V 6.3A SIGNAL GND PC with Admin ConsoleWV-CU850 WV-CU360C OPERATE LINK ALARMMONITORCAMERABUSYPROHIBITEDPROGRAM PRESETIRISSystem Controller WV-CU350For Matrix Switcher ( System 850)OPEN CLOSEAUTO IRISCALL PRESETAUX1 OFFCAM IDAUX1 ONRESETACKNEXTPREV S-CTL IDSTOPPA U S ECAM MENU ON CAM MENU OFFTOUR SEQGROUP SEQMONITOR LOCKOSD ALARM DISARMALL RESETOPE IDGROUP PRESETLOG OUTF1F2 GENWIPERAUX2 OFFMON STATUSAUX2 ONALLSHIFTCLEAR ( ESC)DEF OFF DEF ONCAMERA ( ENTER)AUTO PA N FOCUSFA R NEARAUTO FOCUSZOOM DOWNUP R LTELE WIDE ALARMACKRESETALL RESETARMGROUP PRESETPREVS-CTL ID OPE IDNEXTGROUP SEQPAUSESTOPTOUR SEQREV RUNFWD RUNOSD F. 1F. 2F. 3CMENU OFFF. 4CMENU ONF. 5F. 6CLOSEIRISWIPEROPENNEARFA RUP BUSY ACKLOCKCAMERA INFORMATION MONITOR ALARM LINK OPERATE DOWNR L WIDETELEAUTO FOCUS ZOOM MONITOR LOCK OSD SERVICELOGOUTAUX1 OFF AUX1 ONCALL PRESETPGM PRESETCAM POSIDIGITAL OUTCAMERA (ENTER) CAM ID VLD S T&D ALM SGEN SYS S( ALARM)0 8 7DEF OFF AUTO PA NDEF ONMSTATUS VLD HALL ALM H BLK5 9 6 423 1CLEAR ( ESC) EXITSystem Controller WU– CU850850 BUSYAREAAUX2 OFF AUX2 ONDEFAULT FOCUSVERCAM FUNC POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G 192.168.1.10 Switching HUB Switching HUB Switching HUB L3SW WJ-GXE900 192.168.1.11 192.168.1.1 192.168.3.1 192.168.4.1192.168.4.11 192.168.3.11 192.168.2.1 192.168.200.1 192.168.200.200 172.18.0.1 WJ-GXE900 192.168.2.10 WJ-GXE900 192.168.2.11 WJ-GXE900WJ-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. PUSHFUSE AC INTARGETD ATA 1MAIN CPU-ACTCAITION MAIN CPU-STANDBY PERIPHERAL INTERFACE (RS-232C)SYSTEM CONTROLLER (RS-485) DIAGNOSTIC INPUT D ATA 1 D ATA 2 D ATA 2 D ATA 3 D ATA 3 D ATA 4 D ATA 4 D ATA 5 D ATA 5 D ATA 6 D ATA 6 D ATA 7 D ATA 7 D ATA 8 D ATA 8 D ATA 9 D ATA 9 D ATA 1 0 D ATA 1 0 D ATA 1 1 D ATA 1 1 D ATA 1 2 D ATA 1 2 321 32 1 32 1 D ATA 1D ATA 2D ATA 3D ATA 4D ATA 5D ATA 6D ATA 7D ATA 8D ATA 9D ATA 1 0D ATA 1 1D ATA 1 2 SIGNAL GND POWERON OFF3 3 1 4 21 4 2VIDEO OUT AUDIO OUT MIX RESET 1000BASE-T 100BASE-TXV+–GQUAD SIGNAL GND POWERON OFF3 3 1 4 21 4 2VIDEO OUT AUDIO OUT MIX RESET 1000BASE-T 100BASE-TXV+–GQUAD PARALLELREDUNDANT CPUSATELLITE 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 2 1SATELLITE STANDALONEYES NOAC IN 125V 6.3A SIGNAL GND PC with Admin ConsoleWV-CU850 WV-CU360C OPERATE LINK ALARMMONITORCAMERABUSYPROHIBITEDPROGRAM PRESETIRISSystem Controller WV-CU350For Matrix Switcher ( System 850)OPEN CLOSEAUTO IRISCALL PRESETAUX1 OFFCAM IDAUX1 ONRESETACKNEXTPREV S-CTL IDSTOPPAUSECAM MENU ON CAM MENU OFFTOUR SEQGROUP SEQMONITOR LOCKOSD ALARM DISARMALL RESETOPE IDGROUP PRESETLOG OUTF1F2 GENWIPERAUX2 OFFMON STATUSAUX2 ONALLSHIFTCLEAR ( ESC)DEF OFF DEF ONCAMERA ( ENTER)AU TO PA N FOCUSFA R NEARAUTO FOCUSZOOM DOWNUP R LTELE WIDE ALARMACKRESETALL RESETARMGROUP PRESETPREVS-CTL ID OPE IDNEXTGROUP SEQPAUSESTOPTOUR SEQREV RUNFWD RUNOSD F. 1F. 2F. 3CMENU OFFF. 4CMENU ONF. 5F. 6CLOSEIRISWIPEROPENNEARFA RUP BUSY ACKLOCKCAMERA INFORMATION MONITOR ALARM LINK OPERATE DOWNR L WIDETELEAUTO FOCUS ZOOM MONITOR LOCK OSD SERVICELOGOUTAUX1 OFF AUX1 ONCALL PRESETPGM PRESETCAM POSIDIGITAL OUTCAMERA (ENTER) CAM ID VLD S T&D ALM SGEN SYS S( ALARM)0 8 7DEF OFF AUTO PANDEF ONM S TAT U S VLD HALL ALM H BLK5 9 6 423 1CLEAR ( ESC) EXITSystem Controller WU– CU850850 BUSYAREAAUX2 OFF AUX2 ONDEFAULT FOCUSVERCAM FUNC POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G POWER ON OFF SIGNAL AUDIO IN VIDEO OUT VIDEO IN 100BASE-TX RS-485 TERM1GND23ON OFF4 ALARM INTRIGGER OUTRESET4321G4321GGV+ – G 192.168.1.10 Switching HUB Switching HUBSwitching HUB Switching HUBL3SW WJ-GXE900 192.168.1.11 192.168.1.1 192.168.3.1 192.168.4.1192.168.4.11 192.168.3.11 192.168.2.1 192.168.200.1 192.168.200.200 172.18.0.1 172.18.0.2 WJ-GXE900 192.168.2.10 WJ-GXE900 192.168.2.11 WJ-GXE900WJ-GXD900 WJ-GXD900 WJ-MPU955 WJ-MPS850 PARALLELREDUNDANT CPUSATELLITE 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 2 1SATELLITE STANDALONEYES NOAC IN 125V 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=,, }
***{ !! 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 ,, }
***{ All others use , }
***{ All 0s 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: = }
***{ 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: =, }
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 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 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 }