STM-4/STM-1 Compact Multiplexer Operation and Maintenance Manual

F4798_Q11
SpectralWave™ C-Node
STM-4/STM-1 Compact Multiplexer
RELEASE 5.11
OPERATION AND MAINTENANCE
NEC Corporation
• 7-1, Shiba 5-chome, Minato-ku, Tokyo 108-8001, Japan • TEL +81-3-3454-1111
• TELEX NECTOK J22686 • FAX +81-3-3798-1510/9 • E-mail:mcj@onw.nec.co.jp

F4798_Q11
Windows® 2000/XP is either registered trademarks or trademarks of Microsoft. Corporation in the United
States and/or other countries.
SpectralWave is a registered trademark of NEC Corporation.
Copyright © 2007 by NEC Corporation.
All rights reserved.
The information of this manual was approved by product manager of CND.
This manual is subject to change without notice.
1st Issue Apr. 2008
Printed in China

F4798_Q11
CONTENTS
Contents
- i -
1. SUMMARY 1-1
1.1 Overview of Maintenance Works..........................................................1-1
1.2 Requirements for Maintenance Operation...........................................1-2
1.2.1 Skills Required for Maintenance Operator ..............................................1-2
1.2.2 Apparatus for Maintenance.......................................................................1-2
2. OPERATION CONTROLS 2-1
2.1 Orderwire................................................................................................2-2
2.1.1 Using Handset (Telephone Set)................................................................2-2
2.1.2 Terminate Orderwire Communication......................................................2-3
2.2 House Keeping Control.........................................................................2-4
2.2.1 Apparatus ...................................................................................................2-4
2.2.2 Parameters .................................................................................................2-4
2.2.3 Procedure: Enable Housekeeping Controls............................................2-4
3. RETRIEVE INFORMATION 3-1
3.1 Alarm Status...........................................................................................3-1
3.1.1 Procedure: Open Alarm Monitor Dialog Box...........................................3-1
3.1.2 Alarm Monitor Dialog Box.........................................................................3-2
3.1.3 View Current Alarms..................................................................................3-5
3.1.4 View History Alarms ..................................................................................3-8
3.1.5 View Actual Alarms..................................................................................3-10
3.2 Operation Log ......................................................................................3-12
3.2.1 Items in Operation Log Dialog Box........................................................3-12
3.2.2 Procedure: View Operation Logs ...........................................................3-13
3.3 Event View............................................................................................3-15
3.3.1 Mointor Traffic Performance...................................................................3-15
3.3.2 Monitor Path Protection Switching Conditions ....................................3-17
3.3.3 Monitor MS Protection Switching Conditions.......................................3-18
3.3.4 Monitor Timing Source Switching Conditions......................................3-19
3.4 Performance Monitoring .....................................................................3-20
3.4.1 PM Parameters.........................................................................................3-20
3.4.2 Display Current PM Status......................................................................3-35

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Contents
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3.4.3 Display History PM Data..........................................................................3-43
3.4.4 PM Counter Reset....................................................................................3-49
3.4.5 Display Threshold Crossing Alert (TCA) ...............................................3-52
3.5 Hardware Inventory and LED Status ..................................................3-53
3.5.1 Display Hardware Information and LED Status ....................................3-53
3.6 Firmware Version.................................................................................3-55
3.6.1 Procedure: Retrieve Installed Firmware Version ..................................3-55
3.7 Logged-in Users ..................................................................................3-56
3.7.1 Procedure: Retrieve Logged-in Users List............................................3-56
4. ROUTINE MAINTENANCE 4-1
4.1 Check LED Operation on All Boards....................................................4-1
4.1.1 Target Boards.............................................................................................4-1
4.1.2 Procedure: Verify LEDs on Front Panel of C-Node.................................4-1
4.1.3 Procedure: Verify LEDs on 100Base-T/100Base-T2 Tributary Board....4-2
4.1.4 Procedure: Verify LEDs on Board by CID................................................4-3
4.2 Check FAN..............................................................................................4-4
4.2.1 Apparatus ...................................................................................................4-4
4.2.2 Procedure: Verify FAN...............................................................................4-4
5. HARDWARE REPLACEMENT 5-1
5.1 Replace Cables ......................................................................................5-2
5.1.1 Precautions ................................................................................................5-2
5.1.2 Apparatus ...................................................................................................5-2
5.1.3 Procedure: Disconnect Cables.................................................................5-2
5.1.4 Procedure: Connect Cables......................................................................5-2
5.2 Board ......................................................................................................5-3
5.2.1 Precautions ................................................................................................5-3
5.2.2 Apparatus ...................................................................................................5-4
5.2.3 Procedure: Replace Board........................................................................5-4
5.3 SFP Module ............................................................................................5-5
5.3.1 Precautions ................................................................................................5-5
5.3.2 Apparatus ...................................................................................................5-5
5.3.3 Procedure: Replace SFP Module..............................................................5-5
5.4 Power Board...........................................................................................5-7
5.4.1 Precautions ................................................................................................5-7
5.4.2 Apparatus ...................................................................................................5-7
5.4.3 Procedure: Replace Power Board............................................................5-7
5.5 Fuse of Power Board.............................................................................5-8
5.5.1 Precautions ................................................................................................5-8

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Contents
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5.5.2 Apparatus ...................................................................................................5-8
5.5.3 Procedure: Replace Fuse of Power Board ..............................................5-8
5.6 FAN .......................................................................................................5-10
5.6.1 Precautions ..............................................................................................5-10
5.6.2 Apparatus .................................................................................................5-10
5.6.3 Procedure: Replace FAN.........................................................................5-10
6. EQUIPMENT MAINTENANCE 6-1
6.1 Database Upload/Download..................................................................6-2
6.1.1 Database List..............................................................................................6-2
6.1.2 Procedure: Upload/Download Database..................................................6-4
6.2 Equipment Reset ...................................................................................6-8
6.2.1 Procedure: Execute Equipment Reset.....................................................6-8
6.3 Equipment Initialization.......................................................................6-10
7. TRAFFIC MAINTENANCE 7-1
7.1 Loopback................................................................................................7-2
7.1.1 Description.................................................................................................7-2
7.1.2 Loopback Statuses....................................................................................7-3
7.1.3 Procedure: Setup Loopback.....................................................................7-3
7.2 Crossconnect Maintenance ..................................................................7-5
7.3 Protection...............................................................................................7-6
7.3.1 MSP.............................................................................................................7-6
7.3.2 SNCP.........................................................................................................7-10
7.3.3 Timing Source Protection .......................................................................7-13
8. FIRMWARE MAINTENANCE 8-1
8.1 Switch Firmware Version ......................................................................8-2
8.1.1 Procedure: Switch Firmware Version ......................................................8-2
8.2 Upgrade Firmware Version ...................................................................8-4
8.2.1 Procedure: Upgrade the Version of Mainboard ......................................8-4
9. CONFIGURATION CHANGES 9-1
9.1 Adding Nodes ........................................................................................9-2
9.1.1 Example Description(Before Change) .....................................................9-2
9.1.2 IP Address Configuration..........................................................................9-6
9.1.3 NSAP Change........................................................................................... 9-11
9.1.4 Crossconnect Configuration ..................................................................9-14
9.2 Removing Nodes .................................................................................9-21

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10.TROUBLE CLEARING 10-1
10.1 Making Contact with NEC ...................................................................10-1
10.2 Categories of Condition Types ...........................................................10-2
10.2.1 List of Indication Messages....................................................................10-2
10.3 Retrieve Alarm Information.................................................................10-9
10.3.1 Procedure: Display Current Alarm.........................................................10-9
10.4 Equipment ..........................................................................................10-11
10.4.1 BUS_ERROR .......................................................................................... 10-11
10.4.2 MEM_FAIL...............................................................................................10-12
10.4.3 PKG_FAIL ...............................................................................................10-13
10.4.4 PKG_REMOVED.....................................................................................10-14
10.4.5 PKG_TYPE..............................................................................................10-15
10.5 Facility ................................................................................................10-16
10.5.1 AIS...........................................................................................................10-17
10.5.2 AU-AIS ....................................................................................................10-18
10.5.3 AU-LOP...................................................................................................10-19
10.5.4 CLKFAIL..................................................................................................10-20
10.5.5 CLKDRIFT...............................................................................................10-21
10.5.6 HP-DEG...................................................................................................10-22
10.5.7 HP-EXC ...................................................................................................10-23
10.5.8 HP-PLMF.................................................................................................10-24
10.5.9 HP-RDI ....................................................................................................10-25
10.5.10 HP-TIM .................................................................................................10-26
10.5.11 HP-UNEQ .............................................................................................10-27
10.5.12 LOF.......................................................................................................10-28
10.5.13 LOF ⎯ 2Mbps......................................................................................10-29
10.5.14 LOM......................................................................................................10-30
10.5.15 LOS ......................................................................................................10-31
10.5.16 LOS ⎯ 2 MHz ......................................................................................10-32
10.5.17 LOS ⎯ Electrical INTF........................................................................10-33
10.5.18 LP-DEG ................................................................................................10-34
10.5.19 LP-EXC.................................................................................................10-35
10.5.20 LP-PLMF ..............................................................................................10-36
10.5.21 LP-RDI..................................................................................................10-37
10.5.22 LP-TIM..................................................................................................10-38
10.5.23 LP-UNEQ..............................................................................................10-39
10.5.24 LTI.........................................................................................................10-40
10.5.25 MS-AIS .................................................................................................10-41
10.5.26 MS-DEG ...............................................................................................10-42
10.5.27 MS-EXC................................................................................................10-43
10.5.28 MS-RDI .................................................................................................10-44

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10.5.29 PPI_AIS ................................................................................................10-45
10.5.30 PPI_EXC...............................................................................................10-46
10.5.31 PPI_DEG ..............................................................................................10-47
10.5.32 PPS-FAIL..............................................................................................10-48
10.5.33 REF_FAIL.............................................................................................10-49
10.5.34 RS-TIM .................................................................................................10-50
10.5.35 TU-AIS..................................................................................................10-51
10.5.36 TU-LOP ................................................................................................10-52
10.6 Environment.......................................................................................10-53
10.6.1 HKAn.......................................................................................................10-53
10.7 Network...............................................................................................10-54
10.7.1 LINK-FAIL ...............................................................................................10-54
10.8 Ethernet Alarm ...................................................................................10-55
10.8.1 CSF_LCS ................................................................................................10-55
10.8.2 CSF_LCSync ..........................................................................................10-56
10.8.3 CSF_R_LCS............................................................................................10-57
10.8.4 CSF_R_LCSync......................................................................................10-58
10.8.5 DropPkt_EXC .........................................................................................10-59
10.8.6 LINK_DOWN...........................................................................................10-60
10.8.7 RxAlignmentErrorFrame_EXC..............................................................10-61
10.8.8 RxFCSErrorFrame_EXC ........................................................................10-62
10.8.9 TxCollisionFrame_EXC .........................................................................10-63
10.8.10 TxDelayTransmission_EXC................................................................10-64
10.8.11 TxExtCollisionFrame_EXC.................................................................10-65
10.8.12 TxLateCollisionFrames_EXC.............................................................10-66
10.8.13 WAN_PORT_SD ..................................................................................10-67
10.8.14 WAN_PORT_SF...................................................................................10-68
10.9 Encapsulation Alarm .........................................................................10-69
10.9.1 SSF_LGS ................................................................................................10-69
10.9.2 LAPS_FAIL .............................................................................................10-70
10.10 Virtual Concatenation Alarm.........................................................10-71
10.10.1 LP-Xv-LOA...........................................................................................10-71
10.10.2 LP-Xv-LOM ..........................................................................................10-72
10.10.3 LP-Xv-PLM...........................................................................................10-73
10.10.4 LP-Xv-SQM ..........................................................................................10-74
10.11 Office Alarms..................................................................................10-75
10.12 Alarm Action Table.........................................................................10-76

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F4798_Q11
Summary ⎯ Overview of Maintenance Works
1-1
1. SUMMARY
This manual provides information on operation and maintenance for the SpectralWave
C-Node.
1.1 Overview of Maintenance Works
Maintenance works are roughly divided into routine maintenance and operational
maintenance.
For operational maintenance, the performance monitoring function is provided so as to
identify and isolate the problem if it occurs. Refer to the section 3.Retrieve Information
for details.
Routine maintenance is necessary to secure normal equipment operations. Detailed
information is provided in the section 4. Routine Maintenance.
If any failure occurs, it is notified by alarms. The section 10. Trouble Clearing provides
detailed information on alarms and clearance methods for alarmed conditions.

F4798_Q11
Summary ⎯ Requirements for Maintenance Operation
1-2
E
1.2 Requirements for Maintenance Operation
The following are required for maintenance operation.
1.2.1 Skills Required for Maintenance Operator
Maintenance operations must be performed by qualified personnel who satisfies the
following requirements:
Having been trained by supplier transaction engineers or having coordinative
experience of training.
Knowledge to PC: mastering the ABC of operating system including English
version Windows® 2000/XP.
NOTE: “ABC” is used as maintenance technology example.
1.2.2 Apparatus for Maintenance
The following apparatuses are required for maintenance works:
Error code testing instrument (PDH/SDH)
Multi-meter whose precision error is less than ±5%
Single mode fibers, adapters, connecting cable, optical splitter
Optical power meter
Optical attenuator
Cleaning kit for optical connector

F4798_Q11
Operation Controls
2-1
2. OPERATION CONTROLS
This section provides information on the use of the orderwire function and HKC (House
Keeping Control) operations to control C-Node.

F4798_Q11
Operation Controls ⎯ Orderwire
2-2
2.1 Orderwire
This subsection provides the procedures for operating the orderwire.
NOTE:
1. Handset (Telephone Set) which requires distinction of Tip and Ring terminal can
not be used for the orderwire interface of C-Node.
2. Only one of two orderwire interfaces on C-Node front and rear side can be used at
the same time.
2.1.1 Using Handset (Telephone Set)
By using a handset, a caller can only make a selective calling (point-to-point orderwire
communication) and a group calling (multiparty line).
2.1.1.1 Apparatus
Handset (Two wire DTMF tone Telephone set)
2.1.1.2 Requirements
Set correct configuration of orderwire, and the handset is connected to the equipment.
2.1.1.3 Procedure: Operate Orderwire ⎯ Handset
(Calling Side)
1. Pick up the handset. OW LED becomes green.
2. Push the code number of receiving side. OW LED blinks.
3. Waiting for the response.
This step is the end of the procedure.
2.1.1.4 Procedure: Operate Orderwire ⎯ Handset
(Receiving Side)
1. Receive the request from the calling side. OW LED blinks and buzzer bips.
2. Pick up the handset. OW LED blinks and buzzer becomes silent.
3. Begin the talking.

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Operation Controls ⎯ Orderwire
2-3
2.1.2 Terminate Orderwire Communication
Perform the following procedure to terminate the orderwire communication and release
the line.
NOTE: If a selected line to be closed has been used at any other nodes in the network,
those connections will also be terminated by performing the following
procedure.
2.1.2.1 Procedure: Terminate Orderwire ⎯ Normal Orderwire
Termination Method( Telephone Set On-hook Method)
1. Hang up the telephone on-hook.
2. Verify that the connection is terminated and the orderwire line status is changed
to idle.
2.1.2.2 Procedure: Terminate Orderwire ⎯ Forced Hang Up
1. Select Forced Hang Up to valid status in Orderwire and User CH Configuration
window.
2. Execute the command by pressing Set button.
3. Verify that the connection is terminated and the orderwire line status is changed
to idle.

F4798_Q11
Operation Controls ⎯House Keeping Control
2-4
2.2 House Keeping Control
This subsection provides the procedure to enable/disable HKC assigned by the procedure
in the F4798_Q10 PROVISIONING manual.
2.2.1 Apparatus
CID
2.2.2 Parameters
PARAMETER VALUE DESCRIPTION
Start Clicking this radio button enables
HKC.
Control Status
Stop Clicking this radio button disables
HKC.
Duration 60 thru 15240 (s) Set the duration time.
2.2.3 Procedure: Enable Housekeeping Controls
1. Start up the CID, and log in to the target NE.
2. Open the management dialog box of the target NE. Detailed operation is provided
in the section CH07. Working with CID of the F4798_Q09 CID OPERATING
GUIDE manual.
3. From the main menu on the NE management dialog box, select Set HKA/HKC
from the Configuration menu. The Set HKA/HKC dialog box appears:
4. Click the HKC Interface tab on the Set HKA/HKC dialog box. Figure 2-1
shows an example:

F4798_Q11
Operation Controls ⎯House Keeping Control
2-5
E
Figure 2-1. Set HKA/HKC Dialog Box (HKC)
5. In this dialog box, four control output interfaces on the Mainboard can be
managed. Click the target interface. The Control Status and Start/Stop radio
buttons is available, then remove check on Hold-on check box, Duration text
field are available also.
6. Click the Start button by clicking the radio button on the right of Control
Status (leaving a tick).
7. Set the duration time in the Duration text field.
NOTE: The range of duration time is within 60 through 15240 seconds.
8. Repeat Steps 5 thru 7 for other HKCs to be enabled.
9. When completed, click the Set button.

F4798_Q11
Retrieve Information ⎯ Alarm Status
3-1
3. RETRIEVE INFORMATION
3.1 Alarm Status
The information on the alarm status, including the current alarms, history alarm and
actual alarms, can be retrieved and displayed in the Alarm Monitor dialog box.
NOTE: C-Node can only save up to 1000 items of History Alarm message. When the
number of History Alarm message is more than 1000, C-Node will delete the
alarm who’s “Alarm End Time” is most early.
3.1.1 Procedure: Open Alarm Monitor Dialog Box
Perform the following procedure to open the Alarm Monitor dialog box:
GUIDE manual.
3. Perform one of the following procedures:
Select Current Alarm, History Alarm or Actual Alarm from the Alarm
menu. The Alarm Monitor dialog box appears with the corresponding tab
selected.
Click the visual board of the equipment in the NE management dialog box. The
Alarm Monitor dialog box appears with the Current Alarm tab selected.
Click the shortcut button. The Alarm Monitor dialog box appears with
the Current Alarm tab selected.
This step is the end of the procedure. Go to the section 3.1.2 Alarm Monitor Dialog Box
subsection for the use of the Alarm Monitor dialog box.

F4798_Q11
3-2
3.1.2 Alarm Monitor Dialog Box
Figure 3-1 shows an example of the Alarm Monitor dialog box:
Figure 3-1. Alarm Monitor Dialog Box (Current Alarm Tab Selected)
Alarm contents
Tabs to switch Current
Alarm, History Alarm
and Actual Alarm

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3-3
3.1.2.1 Items in Alarm Monitor Dialog Box
ITEMS DESCRIPTION
column headers (on top) Sort alarm records. By clicking a column header, the alarm
records in the list are sorted according to the selected
subject.
Current Alarm tab Switch the window for displaying a list of current alarms.
History Alarm tab Switch the window for displaying alarm history.
Actual Alarm tab Switch the window for displaying a list of alarms including
both masked and unmasked ones (actual alarms).
Retrieve button The alarms of NE are collected again by clicking this
button.
Print button The alarm information is printed out by clicking this button.
Close button Alarm browsing is quitted (closing the dialog box) by
clicking this button.
Auto Report Screen
check box
The auto report function is enabled by clicking this check
box (leaving a tick). This is provided for the current alarm
list (Current Alarm tab selected) only.
All check box Specifies whether to list the alarm records of all the boards
or those of a certain board type by clicking this check box.
When this is selected (leaving a tick), the alarms in all
boards are listed. When this is not selected (leaving
empty), only the alarms in certain-type boards are listed.
This is selected by default.

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3-4
3.1.2.2 Display Options
When the All check box is unselected (leaving empty), the following display options
are available:
ITEMS DESCRIPTION
Board Used to select the board type from the drop-down list.
Port Type Used to select the port type from the drop-down list.
Equipment Specify to list equipment alarms.
Facility Specify to list facility alarms.
Environment Specify to list environment alarms.
Alarm Class
Ethernet Specify to list Ethernet alarms.
Critical Alarm Specify to list critical alarms (CR).
Major Alarm Specify to list major alarms (MJ).
Minor Alarm Specify to list minor alarms (MN).
Alarm
Severity
Warning Specify to list warning alarms (WN).
Start Time Specify the start time for time span.Time Span
End Time Specify the end time for time span.

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3-5
3.1.3 View Current Alarms
A list of alarms that is currently occurring and not cleared can be displayed in the Alarm
Monitor dialog box with the Current Alarm tab selected.
The list of the current alarms is displayed when opening the Alarm Monitor dialog box.
When the Alarm Monitor dialog box has already been opened for viewing alarm history
or actual alarms, switch the window by clicking the History Alarm or Actual Alarm
tab.
Figure 3-2. Alarm Monitor Dialog Box (Current Alarm)
In this dialog box:
Click the Retrieve button to update the current alarm list.
Click the Print button to print out the current alarm list.
Click the Close button to finish alarm monitor.
List of Current Alarms
Current Alarm tab

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3-6
3.1.3.1 Using Display Options
When the Alarm Monitor dialog box is opened for the first time, the All check box
is selected by default to display all current alarms for the equipment. The current
alarms to be displayed, however, can be specified by using the display options. Refer
to the 3.1.2.2 Display Options subsection for detailed information on the display
options.
Perform the following procedure to select the current alarms to be displayed in the
list:
Procedure:
1. Clear the active state of All check box by clicking. The window shown in Figure
3-3 appears:
Figure 3-3. Browsing Current Alarms (Clear All Check Box)
click to unselect.

F4798_Q11
3-7
2. Select the board type from the drop-down list on the right of Board.
3. Select the port type from the drop-down list on the right of Port Type.
4. Specify the alarm class by clicking the check boxes in the Alarm Class field.
NOTE: Refer to the section 10.2.1 List of Indication Message to select Alarm Class.
5. Specify the alarm severity by clicking the check boxes in the Alarm Severity
field.
NOTE: Refer to the section 9.5 Alarm Attributes of F4798_Q10 PROVISIONING
manual.
6. Click the Retrieve button. The current alarms that correspond to the selection
above are displayed.
NOTE:
1. To display all the current alarms after specifying the current alarms to be
displayed, click the All check box and click the Retrieve button.
2. Selection/unselection of the All check box is valid even after the window is
switched by clicking the History Alarm/Actual Alarm tab for viewing
alarm history/actual alarms.
3.1.3.2 Auto Refresh Function
Current alarm information displayed in the Alarm Monitor dialog box can
automatically be updated by using the auto refresh function. This function is enabled
by clicking the Auto Report Screen check box. After select/unselect the Auto
Report Screen check box, click the Retrieve button to update the Current Alarm
display.
The alarm should be reported automatically after the alarm’s delay time has passed
and it should be holding before exceed this alarm’s stretch time.

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3-8
3.1.4 View History Alarms
A list of alarms that have already cleared and confirmed by the user (alarm history) can
be displayed in the Alarm Monitor dialog box with the History Alarm tab selected.
To display the alarm history, perform one of the following:
Select History Alarm from the Alarm menu.
When the Alarm Monitor dialog box has already been opened for viewing current
alarms or actual alarms, click the History Alarm tab.
Figure 3-4. Browsing Alarm History (Clear All Check Box)
In this dialog box:
Click the Retrieve button to update the alarm history.
Click the Print button to print out the alarm history.
Click the Close button to finish viewing.
History Alarm tab

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3-9
Alarms displayed in the history alarm field can be specified by using the display
options. Refer to the subsection 3.1.2.2 Display Options for detailed information.
Perform the following procedure to select the alarms displayed in the history alarm.
Procedure:
1. Unselect the All check box by clicking.
field within NE working period.
manual.
6. Specify the time span by setting Start Time and End Time in the Time Span
field.
7. Click the Retrieve button. The alarms that correspond to the selection above are
displayed.
NOTE:
1. To display all alarms after specifying the alarms to be displayed in the
history alarm, click the All check box to select it again and click the
Retrieve button.
switched by clicking the Current Alarm/Actual Alarm tab for viewing
current alarms/actual alarms.

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3-10
3.1.5 View Actual Alarms
A list of alarms, regardless of whether they are masked or not, can be displayed in the
Alarm Monitor dialog box with the Actual Alarm tab selected.
NOTE: The difference between current alarm and actual alarm is that actual alarm
includes masked current alarms but current alarm not, that is, masked current
alarms are shown in actual alarm tab but not in current alarm tab.
To display the actual alarms, perform one of the following:
Select Actual Alarm from the Alarm menu.
When the Alarm Monitor dialog box has already been opened for viewing current
alarms or actual alarms, click the Actual Alarm tab.
Figure 3-5. Browsing Actual Alarm (Clear All Check Box)
In this dialog box:
Click the Retrieve button to update the actual alarm list.
Click the Print button to print out the actual alarm list.
Click the Close button to finish viewing.
Actual Alarm tab

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3-11
Actual alarms to be displayed can be specified by using the display options. Refer to
the subsection 3.1.2.2 Display Options for detailed information.
Perform the following procedure to select the alarms displayed in the actual alarm
list:
Procedure:
1. Unselect the All check box by clicking.
field.
manual.
6. Click the Retrieve button. The alarms that correspond to the selection above are
displayed.
NOTE:
1. To display all the alarms after specifying the alarms to be displayed in the actual
alarm list, click the All check box to select it again and click the Retrieve
button.
switched by clicking the Current Alarm/History Alarm tab for viewing
current alarms/alarm history.

F4798_Q11
Retrieve Information ⎯ Operation Log
3-12
3.2 Operation Log
A list of the operation logs (event logs) of the NE can be displayed in the Operation
Log dialog box.
3.2.1 Items in Operation Log Dialog Box
ITEMS DESCRIPTION
column headers (on top) Sort operation logs. By clicking a column header, the
operation logs in the list are sorted according to the
selected subject.
Start Time/End Time Specify the time scope. It is valid when the radio button
TIME SCOPE is selected.
TIME SCOPE radio button Display the operation logs within the time range specified
by Start Time and End Time. When this radio button is
selected, the ALL radio button on the right of this radio
button is automatically unselected, and Start Time and
End Time are enabled.
ALL radio button Display all the operation logs, regardless of the time range.
When this radio button is selected by click, the TIME
SCOPE radio button on the left of this radio button is
automatically unselected, and Start Time and End Time
are disabled.
Delete button Delete selected operation logs from the list.
Retrieve button Retrieve the operation logs.
Print button Print out the operation log list.
Close button Finish the operation log browsing (closing the dialog box).

F4798_Q11
Retrieve Information ⎯ Operation Log
3-13
3.2.2 Procedure: View Operation Logs
Perform the following procedure to view the operation log list:
GUIDE manual.
3. Open the Operation Log dialog box by performing one of the following
procedures:
Select Operation Log from the Security menu.
Click the shortcut button.
Figure 3-6 shows an example:
Figure 3-6. Operation Log Dialog Box
4. In this dialog box;
To display all the operation logs, click the ALL radio button (leaving a tick), and
click the Retrieve button.

F4798_Q11
Retrieve Information ⎯Operation Log
3-14
5. In this dialog box;
To display all the operation logs, click the ALL radio button (leaving a tick), and
click the Retrieve button.
To display operation logs within a certain time range, click the TIME SCOPE
radio button (leaving a tick) and specify the start time and end time in the Start
Time and End Time text boxes. Then click the Retrieve button.
6. To quit the operation log browsing, click the Close button. The Operation Log
dialog box will be closed.

F4798_Q11
Retrieve Information ⎯ Event View
3-15
3.3 Event View
The conditions of traffic performance TCA and protection can be retrieved and displayed
in the Event View dialog box.
3.3.1 Mointor Traffic Performance
Perform the following procedure to monitor the traffic performance:
Procedure:
GUIDE manual.
3. Select Event View from the Alarm menu. The Event View dialog box shown
in Figure 3-7 appears:
Figure 3-7. Event View Dialog Box with TCA Event Tab

F4798_Q11
3-16
4. Confirm that the TCA tab is selected. If not, click the TCA tab.
5. Click the Retrieve button. The performance conditions of the existing events are
displayed.
6. Click the Close button to finish event monitor.

F4798_Q11
3-17
3.3.2 Monitor Path Protection Switching Conditions
Perform the following procedure to monitor the path protection switching conditions:
Procedure:
GUIDE manual.
3. Select Event View from the Alarm menu. The Event View dialog box appears.
4. Click the PPS Event tab. The window shown in Figure 3-8 appears:
Figure 3-8. Event View Dialog Box with PPS Event Tab
5. Click the Retrieve button. The locations and causes of switching events are
displayed, if any events happen.
PPS Event tab
Here show the VC4 sequence number in XC
matrix. The relationship between slot ID and
VC4 sequence number is shown as below:
Main Port1: 1~4
Port 2: 5~8
Slot1: 9~10 (9~12 for STM4_S subboard)
Slot2: 11~12
Slot3: 13~14 (13~16 for STM4_S subboard)
Slot4: 15~16
Here show the VC12 (or VC3)
sequence number in the VC4.

F4798_Q11
3-18
3.3.3 Monitor MS Protection Switching Conditions
Perform the following procedure to monitor the MS protection switching conditions:
Procedure:
GUIDE manual.
4. Click the MSP Event tab. The window shown in Figure 3-9 appears:
Figure 3-9. Event View Dialog Box with MSP Event Tab
5. Click the Retrieve button. The locations and causes of MSP events are displayed,
if any events happen.
MSP Event tab

F4798_Q11
Retrieve Information ⎯Event View
3-19
3.3.4 Monitor Timing Source Switching Conditions
Perform the following procedure to monitor the timing source switching conditions:
Procedure:
GUIDE manual.
4. Click the Timing Source Switch Event tab. The window shown in Figure
3-10 appears:
Figure 3-10. Event View Dialog Box with Timing Source Switch Event Tab
5. Click the Retrieve button. The locations and causes of Timing Source switching
events are displayed, if any events happen.
Timing Source Switch Event tab

F4798_Q11
Retrieve Information ⎯ Performance Monitoring
3-20
3.4 Performance Monitoring
The Performance Monitoring (PM) is used to identify and isolate the problem if occurring
at a particular line or path. It also monitors the quality of lines and paths. All Performance
Monitoring parameters are collected every minute and accumulated to 15-minute and
24-hour (1 day) statistics. The following are brief descriptions about the PM provided by
C-Node.
3.4.1 PM Parameters
3.4.1.1 PM Status Monitor Types
SDH PM
(1 of 2)
MONITOR TYPES DEFINITION SPEC.
BBE Near end background block error ITU-T G.826 G.784
ES Near end errored seconds ITU-T G.826 G.784
SES Near end severely errored seconds ITU-T G.826 G.784
OFS Out of frame seconds ITU-T G.784
RST
UAS Unavailable seconds ITU-T G.826 G.784
MST
FEBBE Far end background block error ITU-T G.826 G.784
FEES Far end errored seconds ITU-T G.826 G.784
FESES Far end severely errored seconds ITU-T G.826 G.784
MST
(Far End)
FEUAS Far end unavailable seconds ITU-T G.826 G.784
HPT

F4798_Q11
3-21
(2 of 2)
HPT
(Far
End)
LPT
LPT
(Far
End)
PJE-P
(see NOTE1)
Pointer justification event ITU-T G.783,G.784MSA
PJE-N
(see NOTE1)
Pointer justification event ITU-T G.783,G.784
PJE-P
(see NOTE1)
Pointer justification event ITU-T G.783,G.784HPA
PJE-N
(see NOTE1)
Pointer justification event ITU-T G.783,G.784
PSC Protection switching counts
(Only for 1+1 APS)
ITU-T G.783MSP
PSD
(see NOTE2)
Protection switching duration
(Only for 1+1 APS)
ITU-T G.783
NOTE:
1. PJE is the pointer justification event, and justification because of AU pointer
stuff:
AU pointer positive stuff=>PJE-P
AU pointer Negative stuff=>PJE-N
No AU pointer stuff=>No PJE counter
2. PSD is not supported now.

F4798_Q11
3-22
Ethernet PM
(1 of 3)
ETH-DropPkts A count of drop packets.
ETH-RxAlignm
entErrorFrame
s
A count of frames received on a particular
interface that are not an integral number
of octets in length and do not pass the
FCS check
RFC1643
ETH-RxBroadc
astPkts
Number of good broadcast packets
received
ETH-RxFCSErr
orFrames
interface that are an integral number of
octets in length but do not pass the FCS
check.
RFC1643
ETH-RxMultica
stPkts
Number of good multicast packets
received(excluding broadcast packets)
ETH-RxOctets
The total number of octets received on the
interface, including framing characters.
RFC1213
ETH-RxPkt102
4toMax
Number of packets received that were
between 1024 and the Mac_Pkt_Len
octets in length (including error packets)
ETH-RxPkt128
to255
between 128 to 255 octets in length
(including error packets)
ETH-RxPkt256
to511
ETH-RxPkt512
to1023
ETH-RxPkt64
Number of packets received that were 64
octets in length (including bad packets)
ETH-RxPkt65t
o127
ETH-TxCollisio
n
Number of collisions on this Ethernet
segment
LAN
ETH-TxDelayT
ransmissions
A count of frames for which the first
transmission attempt on a particular
interface is delayed because the medium
is busy.
RFC1643

F4798_Q11
3-23
(2 of 3)
ETH-TxExtColli
sionFrames
A count of frames for which transmission
on a particular interface fails due to
excessive collisions.
RFC1643
ETH-TxLateCo
llision
The number of times that a collision is
detected on a particular interface later
than 512 bit-times into the transmission of
a packet.
RFC1643
ETH-TxMultiCo
llisionFrames
A count of successfully transmitted frames
on a particular interface for which
transmission is inhibited by more than one
collision.
RFC1643
ETH-TxNUcast
Pkts
The total number of packets that
higher-level protocols requested be
transmitted to a non-unicast (i.e., a
subnetwork-broadcast or subnetwork
-multicast) address, including those that
were discarded or not sent.
RFC1213
ETH-TxOctets
The total number of octets transmitted out
of the interface, including framing
characters.
RFC1213
ETH-TxSingle
CollisionFrame
s
A count of successfully transmitted frames
on a particular interface for which
transmission is inhibited by exactly one
collision.
RFC1643
LAN
ETH-TxUcastP
kts
The total number of packets that higher
level protocols requested is transmitted to
a subnetwork.
RFC1213
ETH-DropPkts A count of drop packets.
ETH-RxAlignm
entErrorFrame
s
interface that are not an integral number
of octets in length and do not pass the
FCS check
RFC1643
ETH-RxBroadc
astPkts
Number of good broadcast packets
received
ETH-RxFCSErr
orFrames
interface that are an integral number of
octets in length but do not pass the FCS
check.
RFC1643
ETH-RxMultica
stPkts
Number of good multicast packets
received(excluding broadcast packets)
WAN
ETH-RxOctets
The total number of octets received on the
interface, including framing characters.
RFC1213

F4798_Q11
3-24
(3 of 3)
ETH-RxPkt102
4toMax
between 1024 and the Mac_Pkt_Len
octets in length (including error packets)
ETH-RxPkt128
to255
ETH-RxPkt256
to511
ETH-RxPkt512
to1023
ETH-RxPkt64
Number of packets received that were 64
octets in length (including bad packets)
ETH-RxPkt65t
o127
ETH-TxNUcast
Pkts
The total number of packets that
higher-level protocols requested be
transmitted to a non-unicast (i.e., a
subnetwork-broadcast or subnetwork
-multicast) address, including those that
were discarded or not sent.
RFC1213
ETH-TxOctets
The total number of octets transmitted out
of the interface, including framing
characters.
RFC1213
WAN
ETH-TxUcastP
kts
The total number of packets that higher
level protocols requested is transmitted to
a subnetwork.
RFC1213

F4798_Q11
3-25
Encapsulation PM
GFP_RxEXI
ErrorPkts
A count of received frame with HEAD
errors.
GFP_RxFCS
ErrorPkts
A count of received frame with FCS
errors.
GFP_RxOct
ets
A count of received octets.
GFP_RxPkts A count of received frame.
GFP_TxOcte
ts
A count of transmitted octets.
GFP
GFP_TxPkts A count of transmitted frame.
LAPS_RxFC
SErrorPkts
A count of received frame with FCS
errors.
LAPS_RxOc
tets
A count of received octets.
LAPS_RxPkt
s
A count of received frame.
LAPS_TxOct
ets
A count of transmitted octets.
LAPS
LAPS_TxPkt
s
A count of transmitted frame.

F4798_Q11
3-26
3.4.1.2 Performance Counter Range
SDH PM Counter Range
PM TYPES 15m PM COUNTER RANGE 24h PM COUNTER RANGE
MEMORY RANGE MEMORY RANGE
OFS(RS) 2 Byte 0-900 4 Byte 0-86400
BBE 4 Byte 0-4294967295 4 Byte 0-4294967295
ES 2 Byte 0-900 4 Byte 0-86400
SES 2 Byte 0-900 4 Byte 0-86400
UAS 2 Byte 0-900 4 Byte 0-86400
FE-BBE 4 Byte 0-4294967295 4 Byte 0-4294967295
FE-ES 2 Byte 0-900 4 Byte 0-86400
FE-SES 2 Byte 0-900 4 Byte 0-86400
FE-UAS 2 Byte 0-900 4 Byte 0-86400
PSC 4 Byte 0-4294967295 4 Byte 0-4294967295
PSD 2 Byte 0-900 4 Byte 0-86400
PJE-P 4 Byte 0-4294967295 3 Byte 0-4294967295
PJE-N 4 Byte 0-4294967295 3 Byte 0-4294967295

F4798_Q11
3-27
Ethernet PM Counter Range
PM TYPES 15m PM COUNTER RANG 24h PM COUNTER RANG
ETH-TxOctet 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-RxOctet 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-RxFCSErrorFrame 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-RxAlignmentErrorFrame 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-TxUcastPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-TxNUcastPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-RxMulticastPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-RxBroadcastPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-TxSingleCollisionFrame 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-TxMultiCollisionFrame 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-TxDelayTransmission 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-TxExtCollisionFrame 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-TxLateCollisionFrame 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-TxCollisionFrame 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-RxPkt64 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-RxPkt65to127 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-RxPkt1024toMax 4 Byte 0-4294967295 4 Byte 0-4294967295
ETH-DropPkt 4 Byte 0-4294967295 4 Byte 0-4294967295

F4798_Q11
3-28
GFP PM Counter Range
GFP_TxPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
GFP_TxOctet 4 Byte 0-4294967295 4 Byte 0-4294967295
GFP_RxPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
GFP_RxOctet 4 Byte 0-4294967295 4 Byte 0-4294967295
GFP_RxFCSErrorPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
GFP_RxEXIErrorPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
LAPS PM Counter Range
LAPS_TxPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
LAPS_TxOctet 4 Byte 0-4294967295 4 Byte 0-4294967295
LAPS_RxPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
LAPS_RxOctet 4 Byte 0-4294967295 4 Byte 0-4294967295
LAPS_RxFCSErrorPkt 4 Byte 0-4294967295 4 Byte 0-4294967295
NOTE: When the PM value exceeds the maximum value in the range showed in all above
tables, the PM will be regarded as “overflow” and showed in PM monitor screen of
CID.

F4798_Q11
3-29
3.4.1.3 SES
Two conditions cause SES defect. One is the ratio of error code in one second is
30% or more, the other is that one or more defects occur(s), which is shown in
below table.
The Defects Causing Near End SES
PATH LAYER NEAR END DEFECT CONDITION
LP UNEQ
LP TIM
TU LOP
TU AIS
HP LOM
LO path layer
HP PLM
HP UNEQ
HP TIM
AU LOP
HO Path layer
AU AIS
MST layer MS AIS
RS TIM
STM LOS
RST layer
STM LOF
The Defects Causing Far End SES
PATH LAYER FAR END DEFECT CONDITION
LO path layer LP RDI
HO Path layer HP RDI
SES PM threshold is shown in below table.
Facility SES Threshold Value
VC11 600
VC12 600
VC3 2400
VC4 2400
RS 2400
MS 2400

F4798_Q11
3-30
3.4.1.4 Threshold Crossing Alert (TCA) Default Values
Threshold Crossing Alert (TCA) is set to almost every Performance Monitoring
Parameter. It is used to detect when degradation of transmission has reached
unacceptable levels. The TCA value of each parameter can be customized. The TCA
report can be disabled as well, by setting the value to 0.
SDH TCA
(1 of 2)
LAYER PM TYPES 15m TCA THRESHOLD 24h TCA THRESHOLD
DEFAULT RANGE DEFAULT RANGE
BBE 65535 0-65535 6291360 0-6291360
ES 900 0-900 86400 0-86400
SES 63 0-900 4095 0-86400
UAS 63 0-900 4095 0-86400
RS
OFS 900 0-900 86400 0-86400
BBE 65535 0-65535 6291360 0-6291360
ES 900 0-900 86400 0-86400
SES 63 0-900 4095 0-86400
UAS 63 0-900 4095 0-86400
FE-BBE 65535 0-65535 6291360 0-6291360
FE-ES 900 0-900 86400 0-86400
FE-SES 63 0-900 4095 0-86400
MS
FE-UAS 63 0-900 4095 0-86400
PSC 900 0-900 86400 0-86400MSP
PSD 900 0-900 86400 0-86400
PJE-P 113184 0-113184 10865664 0-10865664AU-4
PJE-N 113184 0-113184 10865664 0-10865664
BBE 65535 0-65535 6291360 0-6291360
ES 900 0-900 8640 0-86400
SES 63 0-900 4095 0-86400
VC-4
UAS 63 0-900 4095 0-86400

F4798_Q11
3-31
(2 of 2)
FE-BBE 65535 0-65535 6291360 0-6291360
FE-ES 900 0-900 86400 0-86400
FE-SES 63 0-900 4095 0-86400
VC-4
FE-UAS 63 0-900 4095 0-86400
BBE 65535 0-65535 6291360 0-6291360
ES 900 0-900 86400 0-86400
SES 63 0-900 4095 0-86400
UAS 63 0-900 4095 0-86400
FE-BBE 65535 0-65535 6291360 0-6291360
FE-ES 900 0-900 86400 0-86400
FE-SES 63 0-900 4095 0-86400
VC-3
FE-UAS 63 0-900 4095 0-86400
BBE 65535 0-65535 6291360 0-6291360
ES 900 0-900 86400 0-86400
SES 63 0-900 4095 0-86400
UAS 63 0-900 4095 0-86400
FE-BBE 65535 0-65535 6291360 0-6291360
FE-ES 900 0-900 86400 0-86400
FE-SES 63 0-900 4095 0-86400
VC-12/
VC11
FE-UAS 63 0-900 4095 0-86400
PJE-P 113184 0-113184 10865664 0-10865664TU
PJE-N 113184 0-113184 10865664 0-10865664

F4798_Q11
3-32
Ethernet TCA
(1 of 2)
ETH-TxOctet 4294967294 0-4294967294 4294967294 0-4294967294
ETH-RxOctet 4294967294 0-4294967294 4294967294 0-4294967294
ETH-RxFCSErrorF
rame
133929000 0-133929000 4294967294 0-4294967294
ETH-RxAlignment
ErrorFrame
133929000 0-133929000 4294967294 0-4294967294
ETH-TxUcastPkt 133929000 0-133929000 4294967294 0-4294967294
ETH-TxNUcastPkt 133929000 0-133929000 4294967294 0-4294967294
ETH-RxMulticastP
kt
133929000 0-133929000 4294967294 0-4294967294
ETH-RxBroadcast
Pkt
133929000 0-133929000 4294967294 0-4294967294
ETH-TxSingleColli
sionFrame
133929000 0-133929000 4294967294 0-4294967294
ETH-TxMultiCollisi
onFrame
133929000 0-133929000 4294967294 0-4294967294
ETH-TxDelayTran
smission
133929000 0-133929000 4294967294 0-4294967294
ETH-TxExtCollisio
nFrame
133929000 0-133929000 4294967294 0-4294967294
ETH-TxLateCollisi
onFrame
133929000 0-133929000 4294967294 0-4294967294
ETH-TxCollisionFr
ame
46875000 0-46875000 4294967294 0-4294967294
ETH-RxPkt64 133929000 0-133929000 4294967294 0-4294967294
ETH-RxPkt65to12
7
133929000 0-133929000 4294967294 0-4294967294
ETH-RxPkt128to2
55
76014000 0-76014000 4294967294 0-4294967294
ETH-RxPkt256to5
11
40760970 0-40760970 4294967294 0-4294967294
LAN
ETH-RxPkt512to1
023
21146400 0-21146400 4294967294 0-4294967294

F4798_Q11
3-33
(2 of 2)
ETH-RxPkt1024to
Max
10775700 0-10775700 4294967294 0-4294967294
LAN
ETH-DropPkt 133929000 0-133929000 4294967294 0-4294967294
ETH-TxOctet 4294967294 0-4294967294 4294967294 0-4294967294
ETH-RxOctet 4294967294 0-4294967294 4294967294 0-4294967294
ETH-RxFCSErrorF
rame
133929000 0-133929000 4294967294 0-4294967294
ETH-RxAlignment
ErrorFrame
133929000 0-133929000 4294967294 0-4294967294
ETH-TxUcastPkt 133929000 0-133929000 4294967294 0-4294967294
ETH-TxNUcastPkt 133929000 0-133929000 4294967294 0-4294967294
ETH-RxMulticastP
kt
133929000 0-133929000 4294967294 0-4294967294
ETH-RxBroadcast
Pkt
133929000 0-133929000 4294967294 0-4294967294
ETH-RxPkt64 133929000 0-133929000 4294967294 0-4294967294
ETH-RxPkt65to12
7
133929000 0-133929000 4294967294 0-4294967294
ETH-RxPkt128to2
55
76014000 0-76014000 4294967294 0-4294967294
ETH-RxPkt256to5
11
40760970 0-40760970 4294967294 0-4294967294
ETH-RxPkt512to1
023
21146400 0-21146400 4294967294 0-4294967294
ETH-RxPkt1024to
Max
10775700 0-10775700 4294967294 0-4294967294
WAN
ETH-DropPkt 133929000 0-133929000 4294967294 0-4294967294

F4798_Q11
3-34
GFP TCA
GFP_TxPkt 4294967294 0-4294967294 4294967294 0-4294967294
GFP_TxOctet 4294967294 0-4294967294 4294967294 0-4294967294
GFP_RxPkt 4294967294 0-4294967294 4294967294 0-4294967294
GFP_RxOctet 4294967294 0-4294967294 4294967294 0-4294967294
GFP_RxFCSError
Pkt
133929000 0-133929000 4294967294 0-4294967294
Encapsula
tion
GFP_RxEXIErrorP
kt
133929000 0-133929000 4294967294 0-4294967294
LAPS TCA
LAPS_TxPkt 4294967294 0-4294967294 4294967294 0-4294967294
LAPS_TxOctet 4294967294 0-4294967294 4294967294 0-4294967294
LAPS_RxPkt 4294967294 0-4294967294 4294967294 0-4294967294
LAPS_RxOctet 4294967294 0-4294967294 4294967294 0-4294967294
Encapsula
tion
LAPS_RxFCSErro
rPkt
133929000 0-133929000 4294967294 0-4294967294

F4798_Q11
3-35
3.4.2 Display Current PM Status
The current performance monitor (PM) data of NE can be retrieved and displayed.
NOTE: When PM value exceeds the content of PM register, CID reports “PM value
overflow” in “Performance value” column.
Figure 3-11 shows an example where the current 15m PM data are listed.
Figure 3-11. PM Data Dialog Box
NOTE: Hereafter, a dialog box that lists the current PM data is referred to PM Data
dialog box.
PM data
Tabs to switch current PM data list
(15 minutes or 24 hours) and PM
data history (15 minutes or 24 hours)

F4798_Q11
3-36
3.4.2.1 Items in PM Data Dialog Box
The functions of the items in the PM Data dialog box are following:
ITEMS DESCRIPTION
column headers (on top) Sort PM data. By clicking a column header, the PM data in
the list are sorted according to the selected subject.
Current 15m Data tab Switch the window for displaying a list of current 15-minute
PM data.
Current 24h Data tab Switch the window for displaying a list of current 24-hour
PM data.
History 15m Data tab Switch the window for displaying the history of 15-minute
PM data.
History 24h Data tab Switch the window for displaying the history of 24-hour PM
data.
Retrieve button The PM data are collected again by clicking this button.
Print button The PM data information is printed out by clicking this
button.
Close button PM data browsing is quitted (closing the dialog box) by
Don’t Display Zero Value
check box
Select this check box not to display the PM whose value is
zero. This is selected by default.
All check box Specifies whether to list the PM data of all the boards and
ports or those of a certain type board/port by clicking this
check box. When this is selected (leaving a tick), the PM
data in all boards are listed. When this is not selected (not
leaving a tick), only the alarms in certain-type boards and
ports are listed. This check box must be unselected for
viewing the PM history. This is selected by default.
When the All check box is unselected (leaving empty), the following display options
are available:
ITEMS DESCRIPTION
Board Select the board type from the drop-down list.
Port Type Select the port type from the drop-down list.

F4798_Q11
3-37
3.4.2.3 Procedure: View Current 15-Minute PM Data
Perform the following procedure to view a list of the current 15m PM data:
GUIDE manual.
3. Perform one of the following two procedures:
Select Current PM from the Performance menu.
Click the shortcut button.
4. The PM Data dialog box listing the current 15m PM data shown in Figure 3-12
appears:
Figure 3-12. Performance View ⎯ Current 15m PM Data

F4798_Q11
3-38
5. In this dialog box, perform one of the following:
To view the current 15m PM data list using the display option, refer to 3.4.2.5
View Current PM Data Using Display Options.
To update the current 15m PM data list, click the Retrieve button.
To print out the current 15m PM data list, click the Print button.
To view the current 24h PM data list, click the Current 24h Data tab. Refer to
3.4.2.4 Procedure: View Current 24-Hour PM Data for details.
To view the PM data history, click the History 15m Data or History 24h
Data tab. Refer to 3.4.3 Display History PM Data for details.
To finish viewing, click the Close button.

F4798_Q11
3-39
3.4.2.4 Procedure: View Current 24-Hour PM Data
Perform the following procedure to view a list of the current 24h PM data:
GUIDE manual.
3. Select Current PM from the Performance menu or click the shortcut
button. The PM Data dialog box shown in Figure 3-12 appears.
4. Click the Current 24h Data tab on the dialog box to switch the window. Figure
3-13 shows an example where the Current 24h Data tab is selected:
Figure 3-13. Performance View ⎯ Current 24h Data
Current 24h Data tab

F4798_Q11
3-40
5. In this dialog box, perform one of the following:
To view the current 24h PM data list using the display option, refer to 3.4.2.5
View Current PM Data Using Display Options.
To update the current 24h PM data list, click the Retrieve button.
To print out the current 24h PM data list, click the Print button.
To view the current 15m PM data list, click the Current 15m Data tab. Refer to
3.4.2.3 Procedure: View Current 15-Minute PM Data for details.
To view the PM data history, click the History 15m Data or History 24h
Data tab. Refer to 3.4.3 Display History PM Data for details.
To finish viewing, click the Close button.

F4798_Q11
3-41
3.4.2.5 View Current PM Data Using Display Options
When the PM Data dialog box is opened for the first time, the All check box is
selected by default to display all the current 15m PM data within the equipment. The
current PM data to be displayed, however, can be specified by using the display
options. Refer to the subsection 3.4.2.2 Display Options for detailed information on
the display options.
Perform the following procedure to select the current PM data to be displayed in the
list:
Procedure:
1. Unselect the All check box by clicking. The window shown in Figure 3-14
appears:
Figure 3-14. Performance View ⎯ Current 15m Data (Clear All Check Box)
click to unselect.

F4798_Q11
3-42
Figure 3-15. Performance View ⎯ Current 24h Data (Clear All Check Box)
4. Click the Retrieve button. The current PM data that correspond to the selection
above are displayed.
NOTE:
1. To display all the current PM data after specifying the current PM data to be
displayed, click the All check box to select it again and click the Retrieve button.
switched by clicking the Current 15m Data/Current 24h Data tab for viewing
the list of the current 15-minute/24-hour PM data or the 15-minute/24-hour PM
data history.
click to unselect.

F4798_Q11
3-43
3.4.3 Display History PM Data
The history of performance monitor (PM) data of NE can be retrieved and displayed.
When browsing history PM data, the All check box is not available.
Figure 3-16 shows an example where the history of the 15m PM data is displayed.
Figure 3-16. PM History Dialog Box
NOTE: Hereafter, a dialog box that lists the PM data history is referred to as PM
History dialog box.
PM history data
Tabs to switch the current PM data
list (15 minutes or 24 hours) and PM
data history (15 minutes or 24 hours)

F4798_Q11
3-44
3.4.3.1 Items in PM History Dialog Box
The functions of the items in the PM History dialog box are following:
ITEMS DESCRIPTION
column headers (on top) Sort PM data. By clicking a column header, the PM data in
the list are sorted according to the selected subject.
Current 15m Data tab Switch the window for displaying a list of current 15-minute
PM data.
Current 24h Data tab Switch the window for displaying a list of current 24-hour
PM data.
History 15m Data tab Switch the window for displaying the history of 15-minute
PM data.
History 24h Data tab Switch the window for displaying the history of 24-hour PM
data.
Retrieve button The PM data are collected again by clicking this button.
Print button The PM data information is printed out by clicking this
button.
Close button PM data browsing is quitted (closing the dialog box) by
Don’t Display Zero Value
check box
Select this check box to display all the PM data on the
screen. This is selected by default.
ITEMS DESCRIPTION
Board Select the board type from the drop-down list.
Port Type Select the port type from the drop-down list.

F4798_Q11
3-45
3.4.3.3 Procedure: View History 15 Minute PM Data
Perform the following procedure to view history 15m PM data:
GUIDE manual.
3. Select History PM from the Performance menu. The PM History dialog box
appears, showing history 15m PM data.
NOTE: The PM History dialog box can also be displayed by clicking the History
15m Data tab on the PM Data dialog box.
Figure 3-17. Performance View ⎯ History 15m Data
NOTE: AU_PORT History PM of FE board only can count for 4 hour data.
History 15m Data tab

F4798_Q11
3-46
field.
7. Click the Retrieve button. History 15m PM data that corresponds to the
selection above is displayed.
8. In this dialog box, the following options are also available:
To print out history 15m PM data, click the Print button.
To view history 24h PM data, click the History 24h Data tab. Refer to 3.4.3.4
Procedure: View History 24-Hour PM Data for details.
To view the current 15m/24h PM data list, click the Current 15m Data or
Current 24h Data tab. Refer to 3.4.2 Display Current PM Status for details.
9. To finish viewing, click the Close button.
NOTE: Selection/unselection of the All check box is valid even after the window is
switched by clicking the History 24h Data/Current 15m Data/Current 24h
Data tab for viewing the 24h PM data history or the list of the current
15-minute/24-hour PM data.

F4798_Q11
3-47
3.4.3.4 Procedure: View History 24-Hour PM Data
Perform the following procedure to view history 24h PM data:
in the CH07. Working with CID of the F4798_Q09 CID OPERATING GUIDE
manual.
3. Select History PM from the Performance menu. The PM History dialog box
appears, showing history 15m PM data.
4. Click the History 24h Data tab. The PM History dialog box displays history
24h PM data.
NOTE: The PM History dialog box for 24h PM data can also be switched from
the PM Data dialog box by clicking the History 24h Data tab.
Figure 3-18. Performance View ⎯ History 24h Data
History 24h Data tab

F4798_Q11
3-48
field.
8. Click the Retrieve button. History 24h PM data that corresponds to the selection
above is displayed.
9. In this dialog box, the following options are also available:
To print out history 24h PM data, click the Print button.
To view history 15m PM data, click the History 15m Data tab. Refer to 3.4.3.3
Procedure: View History 15 Minute PM Data for details.
To view the current 15m/24h PM data list, click the Current 15m Data or
Current 24h Data tab. Refer to 3.4.2 Display Current PM Status for details.
NOTE: Selection/unselection of the All check box is valid even after the window is
switched by clicking the History 15m Data/Current 15m Data/Current
24h Data tab for viewing the 15m PM data history or the list of the current
15-minute/24-hour PM data.

F4798_Q11
3-49
3.4.4 PM Counter Reset
The performance of the equipment can be reset via the Performance Counter Reset
dialog box. Figure 3-19 shows an example:
Figure 3-19. Performance Counter Reset Dialog Box

F4798_Q11
3-50
3.4.4.1 Items in Performance Counter Reset Dialog Box
ITEMS DESCRIPTION
Performance Source Select the operating object for which the
PM counter should be reset.
Performance Name Select the performance name that needs to
be reset.
15m Performance Counter Select the 15m PM counter.
NOTE: This item already is selected by
CID, and CID displays grey in the
screen.
Counter
Type
24h Performance Counter Select the 24h PM counter.
NOTE: This item already is selected by
CID, and CID displays grey in the
screen.
Reset All check box When this check box is selected (leaving a
tick), all the operating objects will be reset.
Set button Send the specified settings to the NE.
Close button Quit the PM counter reset operation
(closing the dialog box).

F4798_Q11
3-51
3.4.4.2 Procedure: Execute PM Counter Reset
Perform the following procedure to reset the PM counter.
GUIDE manual.
3. Select PM Counter Reset from the Performance menu. The Performance
Counter Reset dialog box shown in Figure 3-19 appears.
4. Select the operating object for which the PM counter should be reset from the
Performance Source tree in the left window.
5. Select the performance name that needs to be reset from the Performance
Name list box in the right window. In this list, only the performance names that
are relevant to the operating object selected in Step 4 are displayed.
6. Confirm the setting, then click the Set button to send the data to NE.
7. To reset all the operating objects, click the Reset All check box (leaving a tick).
8. Click the Close button to finish the PM counter reset operation.
NOTE: If the Close button is clicked without clicking the Set button, the
Performance Counter Reset dialog box is closed ignoring the
setting.

F4798_Q11
3-52
3.4.5 Display Threshold Crossing Alert (TCA)
The TCA values can be displayed in the PM Item Setup dialog box. Perform the
following procedure.
NOTE: TCA values can also be modified via the PM Item Setup dialog box. Refer to 9.
Parameter Change; 9.6.1 Modifying PM Items in the F4798_Q10
PROVISIONING manual for details.
Procedure:
manual.
3. Select PM Item Setup from the Performance menu. The PM Item Setup
dialog box shown in Figure 3-20 appears:
Figure 3-20. PM Item Setup Dialog Box
4. After viewing, click the Close button.

F4798_Q11
Retrieve Information ⎯ Hardware Inventory and LED Status
3-53
3.5 Hardware Inventory and LED Status
3.5.1 Display Hardware Information and LED Status
Information on the installed boards and its LED status can be displayed in the NE
management dialog box. Perform the following procedure to open the management
dialog box of the target NE:
Procedure:
1. Start up the CID, and log in to the target NE. The CID retrieves the configuration
information data on the equipment during logging in.
2. When the CID main window shown in Figure 3-21 is displayed, click or double
the target NE in the window, then double click it:
Figure 3-21. CID Main Window
Click or double-click to select the
target NE, then double-click it.

F4798_Q11
Retrieve Information ⎯ Hardware Inventory and LED Status
3-54
3. The NE management dialog box shown in Figure 3-22 appears:
Figure 3-22. NE Management Dialog Box
Information on the installed boards and its LED status are displayed. In this
dialog box, the target NE type of the equipment, working mode and alarm
conditions are also displayed.

F4798_Q11
Retrieve Information ⎯ Firmware Version
3-55
3.6 Firmware Version
The information on the firmware installed in an NE can be retrieved.
3.6.1 Procedure: Retrieve Installed Firmware Version
manual.
3. Select Upgrade F/W and FPGA from the Maintenance menu. The Upgrade
F/W and FPGA dialog box shown in Figure 3-23 appears:
Figure 3-23. Upgrade F/W and FPGA Dialog Box
4. Select the corresponding equipment from the tree structures on the left of the
Upgrade F/W and FPGA dialog box.
5. Click the Version radio button in the Operation Option field.
6. Click the OK button to retrieve the firmware version.
7. Click the Close button to finish viewing the firmware version.

F4798_Q11
Retrieve Information ⎯ Logged-in Users
3-56
E
3.7 Logged-in Users
Perform the following to list up the logged-in users.
3.7.1 Procedure: Retrieve Logged-in Users List
1. Start up the CID, and log in to an NE.
manual.
3. Select User Management from the Security menu. The User Management
dialog box shown in Figure 3-24 appears:
Figure 3-24. User Management Dialog Box
Clicking the Retrieve button retrieves the logged-in user list.

F4798_Q11
Routine Maintenance ⎯ Check LED Operation on All Boards
4-1
4. ROUTINE MAINTENANCE
4.1 Check LED Operation on All Boards
4.1.1 Target Boards
All boards managed by the Mainboard within the equipment.
4.1.2 Procedure: Verify LEDs on Front Panel of C-Node
From the front panel, three LEDs labeled as PWR, ALM and OW respectively indicate
the status of power, alarm, and order wire phone. Figure 4-1 shows the front view of
C-Node.
ALMf PWR OW ACO OW
Figure 4-1. Front View of C-Node
LED condition of front panel of C-Node is shown in Table 4-1.
Table 4-1. LED Condition on Front Panel
Name Condition
On: Normal Operation (Power on)PWR
Off: Power off
On: Alarm Condition
Blink: In start up process
ALM
Off: Normal Operation (No Alarm Condition)
On: Using order wire
Blink: Calling
OW
Off: Normal Operation (Not using order wire)

F4798_Q11
4-2
Procedure
1. Turn on power of the NE. Verify that the power LED (green) on the left of the
face light up.
2. If there is (are) alarm(s) occur in the equipment, the alarm LED (red) on the left
of the face should light up. The LED should shut down after the alarm(s)
disappear.
3. If the OW phone(TEL SET) is picked off, the LED (green) on the right of the
face should light up. The LED should flash quickly when dial a number or the
OW is called. The LED should shut down after the dialing is over.
4.1.3 Procedure: Verify LEDs on 100Base-T/100Base-T2
Tributary Board
Figure 4-2 shows the front view of 4-port 100Base-T/100Base-T2 Tributary Board
12Console 34
Figure 4-2. View of 100Base-T/100Base-T2 Tributary Board
LED condition of 100Base-T/100Base-T2 board is shown in Table 4-2.
Table 4-2 . LED Condition of 100Base-T/100Base-T2 Board
Name Condition
Rate Off: 10Mbps
On: 100Mbps
Data Off: Link down
On: Link up but no data transmission
Blink: Data transmission
Procedure
1. Connect PC or other terminal equipment by using UTP cable.
2. When link up condition is detected at LAN port, Data LED (green) turns on. And
if data communication rate is 100Mbps, Rate LED turns on.
RateData

F4798_Q11
4-3
3. After starting data communication, Data LED (green) blinks.
4.1.4 Procedure: Verify LEDs on Board by CID
1. Connect NE with CID.
2. In NE management window, if no alarm occurs in the equipment, LEDs' color of
installed board is green. If any alarm(s) occurs in the equipment, the LEDs' color
of corresponding board becomes other colors except green. Which color is shown
is decided by occurring alarm class. After the alarm(s) disappear(s), the LEDs
become green again.

F4798_Q11
Routine Maintenance ⎯Check FAN
4-4
E
4.2 Check FAN
If a fan fails, the temperature within the shelf may go up, which affects the equipment
operation. Since the life of a fan is limited, fans installed in the shelf should be replaced
approximately within 3 years for preventive maintenance.
NOTE: For FAN cleaning and replacing, fan removing time should be less than 24h
because long time fan removing may cause equipment temperature increase and
damage performance.
4.2.1 Apparatus
Antistatic wrist strap
A new fan, if required.
Vacuum cleaner, cotton swabs, brush, etc. (do not use chemical agents or detergents
for cleaning)
4.2.2 Procedure: Verify FAN
Once the FAN is inserted into subrack and it will run all the time.
There are three LEDs which labeled as PWR, ALM and OW on the front panel of
C-Node respectively. These LEDs indicate the status of power, alarm, and order wire
phone. If any alarm(s) occurs in the equipment, including the FAN etc, the LED’s color
of ALM will become red. You can refer following procedure to verify if the FAN
occurs alarm.
In CID NE management window, if any alarm occurs in the FAN, the FAN_FAIL
alarm will be displayed in the Alarm Monitor Dialog Box. As following figure shows:

F4798_Q11
Hardware Replacement
5-1
5. HARDWARE REPLACEMENT
This section provides steps to replace hardware installed in C-Node equipment while in
service. The Mainboard, which manages the equipment, especially requires special
precautions and methods when it is replaced.
CAUTION
To prevent the equipment from getting damages, be sure to wear
anti-static wrist strap connected to the ESD terminal.
- Put on gloves when touching boards.
- When storing a spare board, put it into an antistatic bag and
place it in an antistatic environment.
- Ensure that all testing equipment, instrument, computer, etc.,
are connected to shielded ground and static ground reliably.

F4798_Q11
Hardware Replacement ⎯ Replace Cables
5-2
5.1 Replace Cables
This subsection provides procedures to remove/replace cables connected at C-Node
equipment. While in service, removal of cables requires special precautions.
5.1.1 Precautions
Confirm there is no traffic in cable.
5.1.2 Apparatus
CID
New Cable for replacement
5.1.3 Procedure: Disconnect Cables
1. Pull out the cable which need to be replaced.
2. Clean the optical connector.
5.1.4 Procedure: Connect Cables
1. Connect the new optical cable to the equipment.
2. Check the new cable to confirm whether the connection is credible.

F4798_Q11
Hardware Replacement ⎯Board
5-3
5.2 Board
This subsection provides procedures to remove/replace board of the C-Node equipment.
While in service, removal of board requires special precautions.
5.2.1 Precautions
Confirm there is no traffic in board.
CAUTION
To prevent any damage to Power board, when Mainboard is
removed or inserted, be sure to turn off the switch on Power
board.
CAUTION
To prevent unexpected error on data transmission, before
34M/45M subboard is removed or inserted, reset switch on
Mainboard must be operated. After reset operation, replacement
of 34M/45M subboard must be finished within 45 seconds.

F4798_Q11
Hardware Replacement ⎯ Board
5-4
5.2.2 Apparatus
CID
New board for replacement
5.2.3 Procedure: Replace Board
1. Delete all the configurations on the board which need to be replaced.
2. Pull out the board.
3. Insert the new board.
4. Make new configuration to the board.

F4798_Q11
Hardware Replacement ⎯SFP Module
5-5
5.3 SFP Module
This subsection provides procedures to remove/replace SFP module of the C-Node
equipment. While in service, removal of SFP module requires special precautions.
5.3.1 Precautions
Confirm there is no effect on traffic.
5.3.2 Apparatus
CID
New module for replacement
5.3.3 Procedure: Replace SFP Module
NOTE: Since SFP module support hot-plugging, you can replace it directly.
Replacing a SFP module with another of the same type
1. Disconnect the cable from SFP interface.
2. Replace a new SFP module with another of the same type directly.
3. Reconnect the cable to the SFP interface.
4. Check the alarms related SFP module and fiber (LOS, LOF, MS-EXC, MS-DEG,
PKG_TYPE and so on).
5. If these alarms occurring, please confirm whether the SFP module and fiber
mounted correctly referring trouble clearing.

F4798_Q11
Hardware Replacement ⎯ SFP Module
5-6
Replacing a SFP module with another of the different type
6. Delete all the configurations on the mainboard/subboard which need to be
replaced.
7. Configure the mainboard/subboard type as the correct package type from CID,
the detail package types are shown as below table:
Category Package type
MAIN4OD
MAIN4OS
MAIN1OD
MAIN1OS
MAIN1ED
Mainboard
MAIN1ES
STM4_S
STM1O_D
STM1O_S
STM1E_D
Subboard
STM1E_S
NOTE: The detail operation refers to section 4.2.3 Setup Physical Slot
Configuration of F4798_Q10 PROVISIONING manual.
8. Disconnect the cable from SFP interface.
9. Replace the old SFP module with the spare module.
NOTE: The detail operation refers to section 4.2 Install/Extract SFP Module of
F4798_Q07 MAIN/SUB BOARD DESCRIPTION/INSTALLATION manual.
10. Replace the cable to adapt the new SFP module and connect this cable to SFP
connector.
11. Check the alarms related SFP module and cable (LOS, LOF, PKG_TYPE and so
on).
12. If these alarms occurring, please confirm whether the SFP module and cable
mounted correctly referring trouble clearing.
13. Reconfigure the board.

F4798_Q11
Hardware Replacement ⎯ Power Board
5-7
5.4 Power Board
This subsection provides procedures to remove/replace power terminal of the C-Node
equipment. While in service, removal of power terminal requires special precautions.
5.4.1 Precautions
Confirm there are no power supply to power board.
CAUTION
During replacement work of power board, power supply to the
equipment should keep turn off.
5.4.2 Apparatus
CID
New Power board for replacement
5.4.3 Procedure: Replace Power Board
1. Turn off the power of the equipment.
2. Remove power cable.
3. Replace power board.
4. Connect power cable
5. Turn on the power of equipment.

F4798_Q11
Hardware Replacement ⎯ Fuse of Power Board
5-8
5.5 Fuse of Power Board
This subsection provides procedures to replace fuse of power board of the C-Node
equipment.
CAUTION
Attached Fuse is used only for C-Node.
5.5.1 Precautions
Confirm that power board has already turned off.
5.5.2 Apparatus
New fuse for replacement
Antistatic wrist strap
5.5.3 Procedure: Replace Fuse of Power Board
For one port power board
1. Turn off power, and extract power board from subrack.
2. Unscrew the fuse cap, and take out the old fuse.
3. Put the new fuse in the fuse cap.
The fuse on the
power board

F4798_Q11
Hardware Replacement ⎯ Fuse of Power Board
5-9
4. Screw the fuse cap.
5. Insert the power board to subrack, and turn on the power.
For two port power board
1. Turn off power, and extract power board from subrack.
2. Fix the power board by one hand.
3. Take out the old fuse by another hand.
4. Insert the new fuse into specified slot.
5. Insert the power board to subrack, and turn on the power.
The fuse on the
power board

F4798_Q11
Hardware Replacement ⎯FAN
5-10
E
5.6 FAN
This subsection provides procedures to remove/replace fan of the C-Node equipment.
While in service, removal of fan requires special precautions.
NOTE:
1) For FAN cleaning and replacing, fan removing time should be less than 24h
because long time fan removing may cause equipment temperature increase and
damage performance.
2) For guaranteeing the FAN board working normally, you should replace it every
3 years.
5.6.1 Precautions
Confirm there are no operations in service.
5.6.2 Apparatus
CID
New Fan board for replacement
5.6.3 Procedure: Replace FAN
1. Delete all the configurations on the fan which need to be replaced.
2. Pull out the fan.
3. Insert new fan.
4. Make new configuration to the fan.

F4798_Q11
Equipment Maintenance
6-1
6. EQUIPMENT MAINTENANCE
This section provides the maintenance information and procedures related to the
equipment and equipment configuration.

F4798_Q11
Equipment Maintenance ⎯ Database Upload/Download
6-2
6.1 Database Upload/Download
When the configuration of a C-Node is completed, all the configuration information on
that equipment can be saved by the database upload function. After this, these
configurations can be conveniently sent to another C-Node, which needs to set up its
configuration, by the database download function without needing repeat the
configuration setup for it.
NOTE: Do not download Database of release 3.5 and earlier because they are not
compatible.
6.1.1 Database List
The configuration database items that can be uploaded/downloaded are listed in the
following table in alphabetical order. These are listed in the Database Select text box
of the Database Upload/Download dialog box (see Figure 6-1).

F4798_Q11
6-3
Database Items
NE Attribute Tab
Common Performance Attribute Tab
Environment Control Output Port Config Tab
RIP Config Tab
Slot Config Tab
Physical Port Config Tab
Static Route Tab
SDH/PDH Service Interface Config Tab
SDH MSP Group Config Tab
SDH MSP Config Tab
Higher Order Path Cross-Connect Config Tab
Higher Order Service TimeSlot (J1) Config Tab
SDH Lower Order TimeSlot Config Tab
System Timing Source Tab
ByPass Timing Source Tab
Clock Path Info Config Tab
2M bit/Hz Output State & SAN bit Tab
Power Port/Fan port/Environment Port
Alarm Type Config Tab
Digital Performance Type Config Tab
User Information Tab
IPRS232DCC Config Tab
OWH_ATTR
DATA_CHANNEL
TRUNK_FE
VLAN_FE
Mac Filter of FE
Bandwidth_FE
Port_FE
Board_FE
STP_FE
Encapsulation_FE
HKA/HKC Name

F4798_Q11
6-4
6.1.2 Procedure: Upload/Download Database
Perform the following procedure to upload/download the database:
manual.
3. Select Database Upload/Download from the File menu. The Database
Upload/Download dialog box shown in Figure 6-1 appears:
Figure 6-1. Database Upload/Download Dialog Box
4. When downloading database, a database folder to which the database is to be
saved must be selected first. Perform the following procedure:
1) Click the Browse button on the right of the DataBase Folder Select
field to open the Work Path Select dialog box shown in Figure 6-2.

F4798_Q11
6-5
Figure 6-2. Work Path Select Dialog Box
2) Select a desired directory from the tree structure on the left of the dialog box.
The path of the selected folder (directory) will be displayed in the upper
field.
3) Click the OK button. The Work Path Select dialog box is closed and the
Database Upload/Download dialog box appears again, with the selected
directory entered in the DataBase Folder Select field.
5. In the Operation field, select the operation mode Upload or Download radio
button.
6. Select the databases to be uploaded or downloaded in the Database Select text
box. The left text box lists all the databases, and the right text box will list the
selected databases. Perform one of the following procedures to select the database
to be uploaded/downloaded:
• Click a database in the left text box (a selected database name will be
highlighted), then click the > button. The target database moves to the right
text box.
• Double-click a database in the left text box. The target database moves to the
right text box.
• To select all the databases at once, click the >> button. It is not necessary to
select any database in this event.

F4798_Q11
6-6
NOTE:
1. The selected databases once moved into the right text box can be returned
to the left text box. Select database(s) in the right text box (selected
databases will be highlighted), then click the < button. All the databases in
the right text box can be moved into the left text box by clicking the <<
button without selecting any databases.
2. When you download Database by Remote access via DCC, please execute
it according to the following procedure.
1) Please execute the following setting by local beforehand.
# Slot config Tab
# Phsical Port Config Tab
# IP/RS232/DCC Config Tab
# OSI Config Tab(In the case of TCP/IP, this setting is unnecessary.)
2) After execute the above setting, please except the above setting from the
target of download, and execute download Database. Please refer to
following figure.
(Physical Port Config Tab is chosen, and if it is moved to the left window,
above # mark in connection with a DCC setup moves to the left window
together.)
Figure 6-3. Download Database by Remote access via DCC
7. Confirm that the specified operation (upload/download) and selected databases to
be uploaded/downloaded are correct, then click the Start button.

F4798_Q11
6-7
8. Then the confirmation dialog box appears, asking whether to actually execute the
uploading/downloading operation. Click the OK button.
9. When the updating/downloading operation is completed, a message box appears
displaying whether the operation has been successfully finished or not.

F4798_Q11
Equipment Maintenance ⎯Equipment Reset
6-8
6.2 Equipment Reset
After modifying the IP parameter, OSI parameter or the DCC parameter (see 7.2 IP
Parameter Setup in the F4798_Q10 PROVISIONING manual for details), it is necessary
to reset the equipment.
NOTE: Equipment reset operation will cause TCA, PPS, MSP and Timing Source
Switch events clear and CID communication down.
6.2.1 Procedure: Execute Equipment Reset
Perform the following procedure to reset the equipment:
manual.
3. Select Equipment Reset from the Maintenance menu. The Equipment
Reset dialog box shown in Figure 6-4 appears:
Figure 6-4. Equipment Reset Dialog Box

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