4-PASSOLINK LCT Training Manual latest one

TOPC-E4011E-02-07413

PASOLINK NEOi LCT PASOLINK NEOi LCT LOCAL CRAFT TERMINALLOCAL CRAFT TERMINALIssueIssue--11

Provided for Training FEB 2010

TOPC-E4011E-02-07413 PASOLINK NEO LCT PASOLINK NEO LCT 11

LCT COMMUNICATION INTERFACELCT COMMUNICATION INTERFACE

COMMUNICATION BETWEEN THE LCT AND THE PASOLINK NEO IS VIA THE LCT PORT OF THE CTRL MODULE.THE LCT AND THE CTRL MODULE MOUNTED ON THE PASOLINK NEO MUST BE CONNECTED USING A USB A-B TYPE CABLE. TYPE-B CONNECTS TO THE LCT PORT.

LCT PC SPECIFICATION

CPU PENTIUM-M 1.6GHz OR BETTER

RAM 512MB OR MORE

HDD 100 MB OR MORE FREE CAPACITY

DISPLAY COLOR LCD (1024x768)

CD ROM DRIVE/USB-PORT / USB CABLE WITH USB-B CONNECTOR

SOFTWARE REQUIREMENT

OS WINDOWS 2000 (ENGLISH) WITH SP4 OR HIGHERWIN DOWS XP PROFESSIONAL (ENGLISH) SP2

IE 6 WITH SP2 PR HIGHER

JAVA RUNTIME ENVIRONMENT V1.5.0_05 OR HIGHER

LCT WEB SOFTWARE (VER 2.XX.XX)

IDU AND LCT COMPATIBILITY

Current LCT: 1.xx.xx NEW LCT: 2.xx.xx

Current NEO IDUCTRL: 2.xx.xxLCT: 1.xx.xx

Current start method(Open Browser and input URL)

Current start method(Open Browser and input URL)

NEW NEO IDUCTRL: 3.xx.xxLCT: 2.xx.xx

INCOMPATIBLEPlease change LCT

New Start Method(Open Application on LCT)

There are two types of LCT version corresponding to the IDU F/W version installed. LCT WEB applet Version 1.(Rev 1.xx.xx) is installed in the IDU and the LCT WEB Version (Rev 2.xx.xx) is installed in the PC.


LCT COMMUNICATION INTERFACELCT COMMUNICATION INTERFACE

MAKE THE LCT DIALUP CONNECTION

START THE LCT FOR STDLOGIN: Admin AND ENTER PASSWORD

INSTALL USB MODEM DRIVER (NEC)INSTALL JAVA 2 RUN TIMECREATE A DIAL UP CONNECTION NAMED LCT

1

3

DEFAULT PASSWORD: 12345678

INSTALL THE LCT WEB IN THE PC2

For LCT Ver. 2.xx.xx & CTRL Ver. 3.xx.xx

INSTALL FROM THE LCT WEB SETUP FILES CD,

JAVA RUN TIME *

USB DRIVER

LCT-WEB APPLET

* In later versions Java Run Time will be included in the LCT WEB Applet


LCT LOGINLCT LOGIN

ENTER THE USER NAME “Admin” AND PASSWORD

(DEFAULT PASSWORD IS”12345678”

CLICK THE “LOGIN”

LCT WEB OPENS TO ALARM/STATUS WINDOW

1

2

Two User ID’s are defined “Admin” (with Password) and “User” (without PW )

USER ID : AdminWITH PASSWORD, ACCESS LCT FOR MONITOR & CONTROL

USER ID : UserWITHOUT PASSWORD, ACCESS LCT FOR MONITOR ONLY


NEOi NEOi -- LCT MENULCT MENU


NEOi NEOi -- LCT MENULCT MENU

Por

t 1

Por

t 2


NEOi/c NEOi/c -- LCT MENULCT MENU

MAINTENANCE -1MaintenanceRX SW Manual ControlTX SW Manual ControlATPC Manual ControlTX Mute ControlCW ControlMain Loopback (Near End)Main Loopback (Far End)

MAINTENANCE -2CPU ResetDownload Configuration FileDownload Program FileUpload Configuration FileDate/Time SettingPassword SettingPMON Clear

Offline MaintenanceDADE AdjustRF SUB Band SettingAntenna Alignment Mode

PROVISIONINGCH Setting -1 CH# Used Not Used

CH # LAN (Status)

CH Usage Error Report Report Not ReportCH Setting -2 AIS Generation Report

AIS Received ReportAIS Received Condition Alarm StatusAIS Activation Condition LOF LOF+HBERE1 Port Impedance (CH#) 120 ohm 75 ohm

BER Threshold High BER ThresholdLow BER Threshold

SC Assignment RS-232C / V.11/ SC LAN

LAN Port SettingSwitching Function Disabled Enabled2M Frame

LAN Port Setting Port Usage Used Not UsedSpeed & DuplexFlow Control On OffCollision Report Report Not ReportLink Loss Forwarding Disabled Enabled

MTPC TX Power [dB]ATPC Threshold Level [dBm]

TX Power ControlAdditional ATT [dB]

ATPC Threshold Level [dBm]Additional ATT [dB]ATPC Range [Max] [dB]ATPC Range [Min] [dB]ATPC Power Mode Hold Max Min

TX SW Priority Non Priority Priority No.1Condition for TX/RX SW

RX SW Maintenance Mode Manual ForcedRX SW PriorityRX SW Condition Early warning Include EW Exclude EW

HK OUT 1 to 4 setting RL3 RL4 RL5 RL6Cluster ALM Out 1 to 4 setting

Relay Setting Pasolink ALM Out settingCluster ALM IN 1 to 4 setting Disabled Enabled

TCN Threshold 15mTCN Threshold 1 dayPMON Select RX Level TCN Threshold [dBm]

SES activation 30% 15%

Others EOW2 External setting Normal InvertAlarm Correlation Capability OFF ON

Frame ID Frame ID 1 – 32

TX Power Control MTPCATPCNot Used

LAN Port Usage (Main) P1-2 Shared/ 1Port Only (Main)P1-2 Shared/ 1Port Only (SC)P1-2 Separated (Main)

LAN Capacity (Main)

Modulation Scheme QPSK16 QAM10 MB

Transmission Capacity 20MB40Mb80Mb

TX RF Frequency [MHz]

RX RF Frequency [MHz]

(1+0)

Redundancy Setting (1+0) TERM(1+1) Hot Standby TERM(1+1) Twin Path TERM

Interface 16xE1 Standard PKG (E/W LAN)16xE1

SETUPInterface PDH E1

PDH E1 with LAN


LCT WINDOWLCT WINDOW

MAIN DISPLAY AREA

SUMMARY ALARM STATUS AREAPROGRESS AREA

MENU AREA

COMMON AREA

DISPLAY THE MAIN LCT MENU AND EXPANDED MENUS FOR PROVISIONING, MAINTENANCE AND PMON

COMMON AREA DISPLAY COMMON CONTROL BUTTONS SET, LOGOUT, RELOAD.

DISPLAY THE RESULTS OF THE SET CONTROLS: “OK’ OR “NG”

DISPLAY THE SUMMARY ALARMS OF NEO MAIN UNITS AND MAINTENANCE STATUS

DISPLAY THE LOGIN NAME AND SOFTWARE VER.

DISPLAY THE DETAILS OR CONTROL ITEMS OF THE SELECTED LCT MENU ITEM


ALARM & STATUS ALARM & STATUS --PDHPDH

Modem Detail

ODU Detail

Interface Detail PMON Detail

CTRL Detail

Alarm/Status Color Code


ALARM / STATUS ALARM / STATUS -- COMMONCOMMONODU DETAIL ALARM

TX POWER: ALARM WHEN ODU TX RF POWER IS LOW (3 dB)TX INPUT: ALARM WHEN ODU IF INPUT LEVEL IS LOSTRX LEVEL: ALARM WHEN THE ODU RX RF LEVEL IS BELOW THRESHOLDAPC: ALARM WHEN THE ODU SYNTHESIZER IS UNLOCKEDODU CPU/CABLE OPEN: ALARM WHEN ODU CPU COMMUNICATION FAILS OR IF CABLE IS OPENMUTE STATUS: INDICATE THE ODU RF POWER ON /OFF STATUSTX SW STATUS: INDICATE WHICH CH IS TRANSMITTING (1+1), HOT STBY ONLY

MODEM DETAIL ALARM (COMMON)UNEQUIPPED: ALARM WHEN THE MODEM MODULE IS NOT MOUNTEDMODULE: ALARM WHEN MODEM MODULE FAIL (LSI FAILURE)LOF: ALARM WHEN RX RADIO FRAME IS ASYNCFRAME ID: ALARM WHEN THE RX RADIO FRAME ID IS DIFFERENT FROM EXPECTEDHIGH BER: ALARM WHEN RX RADIO BER REACH HBER THRESHOLD (PROVISIONING)LOW BER: ALARM WHEN RX RADIO BER REACH LBER THRESHOLD (PROVISIONING)EARLY WARNING: ALARM WHEN RX RADIO BER REACH 1X10-9 THRESHOLDMOD: ALARM WHEN MOD VCO UNLOCK AND MOD OUTPUT LOWDEM: ALARM WHEN DEM SIDE OF MODEM FAILSINPUT VOLTAGE: ALARM WHEN INPUT VOLTAGE IS OUT OF SPECIFIED LIMITSPOWER SUPPLY: ALARM WHEN PS FAILS (1+1) CONFIGURATIONIF CABLE SHORT: ALARM WHEN THERE IS A SHORT CIRCUIT IN THE IF CABLECABLE EQL: ALARM WHEN IF CABLE EQUALIZER CONTROL FAILSLINEARIZER FUNCTION: OPERATIONAL STATUS OF THE BB LINEARIZER & NOT USED STATUSLINEARIZER: ALARM WHEN THE BB LINEARIZER FAILS

RX SW STATUS: INDICATE WHICH CH IS RECEIVING (1+1) CONFIGURATION

CTRL MODULE: ALARM WHEN CTRL MODULE FAIL MMC: INDICATE MEMORY CARD INSERTED OR NOT STATUSAPS SW FAIL: ALARM WHEN APS SW OPERATION FAIL APC ONLINE STATUS: INDICATE APS ONLINE STATUS ( WORKING OR PROTECTION)

CTRL – SDH (APS)

INDICATE THE STATUS OF CH1 AND CH2 IN (1+1) CONFIGURATION


ALARM / STATUS ALARM / STATUS -- PDHPDH

PDH E1 INTFC ALARM / STATUS

INPUT LOSS CH# – WHEN NO INPUT E1 SIGNAL IS DETECTED FROM MUX

AIS GENERATED CH# – WHEN AIS IS GENERATED AND SENT TO MUXUSAGE ERROR CH# – IN A NOT USED CH, E1 SIGNAL IS DETECTED

AIS RECEIVED CH# – WHEN AIS IS DETECTED FROM MUX

Alarm-RedNormal-GrayNormal-Green

Generated-Red

Normal-WhiteNormal-Green

Generated-WhiteNormal -Gray

Received-Red

Normal-WhiteNormal-Green

Received-WhiteNormal -Gray

Alarm-RedNormal-GreenNormal-Gray

INPHASE – WHEN MAIN AND DIVERSITY PATH DELAY NOT IN PHASE (For (1+1))(In phase /Out phase)

MODULE – INTFC MODULE FAILURE ALARM (Normal / Alarm)TYPE MISMATCH – WHEN MOUNTED INTFC IS DIFFERENT FROM THE CONFIGURED (Normal/Alarm)

Items displayed here depends on the provisioning & equipment setup setting

Click to open the detail window

UNEQUIPPED – WHEN THE INTERFACE IS NOT MOUNTED (Normal/Alarm)

Gray –CH Selected not used


ALARM / STATUS ALARM / STATUS -- PDHPDH

LINK LOSS FORWARDING – WHEN ENABLED SHOW THE LLF CONDITION

SPEED & DUPLEX – INDICATE THE SPEED & DUPLEX SETTING FOR EACH PORT (SEE PROVISIONING)

LAN COLLISION – INDICATE THE COLLISION STATUS IN HALF DUPLEX MODE

LAN LINK – INDICATE THE LINK CONNECTED / LINK DISCONNECTED ALARM STATUS

Alarm-RedLink-Green

Collision-WhiteNormal-WhiteNormal -Gray

Alarm-RedNormal-GreenNormal -Gray

Alarm-RedNormal-GreenNormal -Gray

LAN related Items displayed when in Equipment Setup LAN Port usage is selected. Click to open the detail window

Click to open the detail window


ALARM & STATUS ALARM & STATUS --SDHSDH

Modem Detail

ODU Detail

Interface Detail

PMON Detail

CTRL Detail

Alarm/Status Color Code


ALARM & STATUS ALARM & STATUS --SDHSDH

Modem Detail

ODU Detail

Main/Sub Interface Detail

PMON Detail

CTRL Detail

Unavailability status


ALARM / STATUS ALARM / STATUS -- SDHSDHMODEM DETAIL ALARM (SDH)

XIF: ALARM WHEN CROSS IF INPUT LEVEL IS LOW (XPIC CONFIGURATION)XCTRL: ALARM WHEN XPIC CONTROL FAIL (XPIC CONFIGURATION)XPIC STATUS: SHOW THE XPIC STATUS “ON” OR “RESET” (XPIC CONFIGURATION)XREF: INDICATE THE REF OSCILLATOR STATUS (XPIC CONFIGURATION)LINEARIZER FUNCTION: INDICATE THE STATUS OF THE LINEARIZER FUNCTION OPR/NON OPR

TYPE MISMATCH: ALARM WHEN THE MOUNTED INTFC IS DIFFERENT FROM CONFIGUREDMODULE: ALARM WHEN THE INTFC MODULE FAILLOS (MUX): ALARM WHEN THE STM-1 INPUT FROM MUX IS LOSTLOF (MUX): ALARM WHEN THE STM-1 FRAME SYNCHRONIZATION IS LOST FROM MUXE-BER (MUX): ALARM WHEN EXCESSIVE BER IS DETECTED ON THE STM-1 FROM MUXSD (MUX): ALARM WHEN SIGNAL DEGRADE IS DETECTED FROM THE STM-1 (MUX)

INPHASE: WHEN THE PATH DELAY BETWEEN CH1 & CH2 NOT IN PHASETF: TRANSMIT FAIL (WHEN THERE IS NO STM-1 OUTPUT TO MUX)OUTPUT CONTROL: WHEN MS-AIS GENERATION IS DISABLED AND NO STM-1 OUTPUT, INDICATE

LINEARIZER: ALARM WHEN THE LINEARIZER IS NOT OPERATING PROPERLY OR FAILURE

UNEQUIPPED: ALARM WHEN THE MAIN OR SUB INTFC IS NOT MOUNTED AS PER CONFIGURATION

LOS (DMR): ALARM WHEN THE STM-1 INPUT FROM DMR IS LOSTLOF (DMR): ALARM WHEN THE STM-1 FRAME SYNCHRONIZATION IS LOST FROM DMRE-BER (DMR): ALARM WHEN EXCESSIVE BER IS DETECTED ON THE STM-1 FROM DMR SD (DMR): ALARM WHEN SIGNAL DEGRADE IS DETECTED FROM THE STM-1 (DMR)

UNDER EXECUTION

INTFC – SDH (APS)

IN SDH CONFIGURATION, MAIN (1) FOR ELECTRICAL OR OPTICAL OR LAN INTERFACE

SUB (2) INTERFACE IS USED FOR WS/SC LAN OR AS PROTECTION CHANNEL FOR APS


ALARM / STATUS ALARM / STATUS -- PMONPMONTCN ALARM STATUS - SDH

TCN ALARM STATUS - PDH

THRESHOLD CROSSING NOTIFICATION (TCN) OF PERFORMANCE MONITOR ITEMS FOR RADIO AND BASEBAND SIGNALS ARE DISPLAYED HERE. WHEN THE PMON ITEM EXCEED ITS ALARM THRESHOLD SETTING ALARM IS INDICATED FOR THAT ITEM.

INDICATE UN-AVAILABLE EVENT OCCURRENCE FROM RADIO AND MUX SIDES

INDICATE WHEN THE RECEIVE LEVEL IS BELOW THE RX THRESHOLD LEVEL SET IN PROVISIONING FOR THE RADIO

WORK AND PROT INDICATED IN APS CONFIGURATION

RX LEVEL BELOW RX THRESHOLD LEVEL SET IN PROVISIONING FOR CH1 AND CH2

INDICATE FOR PDH CONFIGURATION, TOTAL ALARM FOR 15 MIN OR 1-DAY, PMON ITEMS EXCEEDING THEIR THRESHOLD SETTING


NEOi NEOi -- EQUIPMENT SETUP EQUIPMENT SETUP -- PDHPDHLCT EQUIPMENT SETUP

User Interface PDH E1 PDH E1 with LAN PDH 4Port LAN with E1

Redundant Setting

1+0 (TERM) 1+0 (TERM) 1+0 (TERM) 1+0 (TERM) 1+0 (TERM)

1+1 (Hot standby TERM) 1+1 (Hot standby TERM) 1+1 (Hot standby TERM) 1+1 (Hot standby TERM) 1+1 (Hot standby TERM)

1+1 (Twin Path TERM) 1+1 (Twin Path TERM) 1+1 (Twin Path TERM) 1+1 (Twin Path TERM) 1+1 (Twin Path TERM)

2-WAY PDH

INTFC Main (Work) 48 x E1 PKG16E1 Standard PKG

( E/W LAN)16E1 2-way/XC PKG

(E/W LAN)32E1 Standard PKG

(E/W LAN)4Port LAN with E1

XPIC (SDH Only)

INTFC SUB (Prot)(SDH ONLY)

APS Function(SDH ONLY)

Modulation Scheme QPSK/16QAM/32QAM QPSK / 16QAM QPSK / 16QAM QPSK/16QAM/32QAM QPSK/16QAM/32QAM

Transmission Capacity (Mbps)

40 40 40 40 40 40 40 40 40 40

80 100 80 80 80 100 80 100

For Dir-A & Dir-B

TX RF Freq-1 (1+0) or (1+1) HSBY or (1+1) Twin Path TX RF Freq Dir-A (1+0) or (1+1) HSBY or (1+1) Twin Path

TX RF Freq-2 (1+1) Twin Path TX RF Freq Dir-B (1+1) Twin Path

RX RF Freq-1 RX RF Freq Dir-A

RX RF Freq-2 RX RF Freq Dir-B

LAN Usage Yes (Main/SC) Yes (Main/SC) Yes (Main/SC) Yes (Main)


NEOi NEOi -- EQUIPMENT SETUP EQUIPMENT SETUP -- SDHSDH

LCT EQUIPMENT SETUP

User Interface SDH STM-1 SDH 2Port LAN over STM-1 SDH GbE over STM-1

Redundant Setting

1+0 (TERM) 1+0 (TERM) 1+0 (TERM)

1+1 (Hot standby TERM) 1+1 (Hot standby TERM) 1+1 (Hot standby TERM)

1+1 (Twin Path TERM) 1+1 (Twin Path TERM) 1+1 (Twin Path TERM)

INTFC Main (Work)STM-1 (Electrical) 2Port LAN over STM-1 GbE over STM-1

STM-1 (Optical)

INTFC SUB (Prot)

STM-1 Optical for APS Mode

WS / LAN WS / LAN

WS WS

Not Used

XPIC

Not Used

Used (Main Mater)

Used (SUB Mater)

APS FunctionUn Available

Available

Modulation Scheme 126QAM 128QAM 128QAM

Transmission Capacity (Mbps) 156 156 156

TX RF Freq-1 (1+0) or (1+1) HSBY or (1+1) Twin Path

TX RF Freq-2 (1+1) Twin Path

LAN Usage Yes (SC) Yes (Main/SC) Yes (Main/SC)


NEOi/c NEOi/c -- EQUIPMENT SETUPEQUIPMENT SETUP

User Interface PDH E1 PDH E1 with LAN

Redundant Setting1+0 1+0 (TERM)

1+1 (Hot standby TERM)1+1 (Twin Path TERM)

INTFC 16x E1 16xE1 Standard PKG (E/W LAN)

Modulation Scheme QPSK 16QAM QPSK 16QAM

Transmission Capacity

10 10 10 10

20 20 20 2040 40 40 40

80 80

TX RF Frequency (No.1)(MHz) (1+0) (1+0 FIX) or (1+1) Hot Standby or (1+1) Twin Path

TX RF Frequency (No.2)(MHz) (1+1) Twin Path

RX RF Frequency (No.1)(MHz) (1+0) (1+0 FIX) or (1+1) Hot Standby or (1+1) Twin Path

RX RF Frequency (No.2)(MHz) (1+1) Twin Path

Frame ID 1 to 32

TX Power Control ATPC or MTPC

LAN Port Usage

Not UsedP1-2 Shared/1 Port only (Main)

P1-2 Separated (Main)P1-2 Shared/ 1 Port (SC)

LAN CapacitySelect the transmission capacity used for LAN

Remaining capacity is for E1 traffic


EQUIPMENT SETUPEQUIPMENT SETUP

WHEN SDH INTFC IS SELECTED

AFTER SELECTING ALL THE CONFIGURATION SETTINGS CLICK THE

SET BUTTON TO IMPLEMENT THE

SETTING

WHEN PDH INTFC IS SELECTED


EQUIPMENT SETUPEQUIPMENT SETUP--PDH SETTINGPDH SETTING

User Interface:- Select the BB interface to be configured, the drop down menu shows the currently available options

Redundancy Setting:- Select the redundancy setting from the drop down menu options

Interface (Work):- In the case of PDH only one (work) interface slot is available. Select the interface to be used

Interface (PROT):- Available for SDH configuration only, used for APS or WS/LAN options

Modulation Scheme:- Available Modulation scheme depends on the selected user interface and Interface Package

Transmission capacity:- Available Transmission capacity depends on the User Interface & INTFC setting

Click the Arrow to see the available options in the drop down menu

1

2

3

4

5

6

16 E1 Standard PKG (E/Q LAN)

16 E1 Standard PKG (E/W LAN)

48 x E1 PKG

E3 PKG (E/W LAN)

123

65

4

REDUNDANCY SETTING

THE FIRST SECTION IN THE EQUIPMENT SETUP IS USED TO SELECT:

THE TYPE OF USER INTERFACE

MODULATION SETTINGTRANSMISSION CAPACITY SETTING


EQUIPMENT SETUP EQUIPMENT SETUP –– FREQUENCY SETTINGFREQUENCY SETTING

TX START FREQUENCY

TO OBTAIN THE ODU FREQ INFORMATION ODU SHOULD BE CONNECTED TO THE IDU VIA THE IFL CABLE.

NO. 2 INFORMATION IS SHOWN FOR (1+1) REDUNDANCY CONFIGURATION ONLY.

FOR 6/7/8 GHz BANDS SET THE TX FREQUENCY MARKED ON THE ODU LABEL

FOR OTHER FREQUENCY BANDS ENTER A TX POINT FREQUENCY AT LEAST HALF THE CHANNEL SPACING INSIDE THE ODU START AND STOP FREQUENCIES.

FOR (1+0) AND (1+1) HOT STANDBY REDUNDANCY CONFIGURATION ENTER ONLY ONE TX FREQUENCY.

FOR (1+1) TWIN PATH REDUNDANCY CONFIGURATION ENTER NO.1 & NO.2 TX FREQUENCIES.

RX FREQUENCY IS AUTOMATICALLY SET USING THE ASSIGNED SHIFT FREQUENCY

FOLLOWING ODU FREQUENCY INFORMATION ARE SHOWN:

TX STOP FREQUENCY

RX START FREQUENCY

RX STOP FREQUENCY

SYNTHESIZER FREQUENCY STEPSHIFT FREQUENCY ( DIFFERENCE BETWEEN TX AND RX FREQUENCIES)UPPER/LOWER ( ODU IS FOR TX LOWER OR TX UPPER FREQUENCY)

SUB BAND ( SUB BAND USED IN THE ODU)

1

23

4

56

78

1

2

3

4

5

6

7

8

9

10

9

10


EQUIPMENT SETUP EQUIPMENT SETUP –– OTHEROTHER

CLICK AND SELECT THE FRAME ID. FROM THE DROP DOWN MENU. IN THE CASE OF TWIN PATH IT IS POSSIBLE TO SET THE FRAME ID FOR BOTH NO.1 & NO.2 FREQUENCIES. FRAME ID SELECTABLE RANGE IS ID1 TO ID32.

SELECT P1-2 SHARED/1 PORT ONLY (MAIN) TO SHARE THESELECTED TRANSMISSION CAPACITY WITH E1 AND LANTRAFFIC.

FRAME ID:

SELECT THE TX POWER CONTROL MODE TO BE USED MTPC OR ATPC.

TX POWER CONTROL:

THIS ITEM IS ACTIVE IF THE PDH INTFC IS EQUIPPED WITH LAN PORTS.

LAN PORT USAGE:

SELECT P1-2 SHARED/1 PORT ONLY (SC) TO USE THE SERVICE CHANNELS FOR THE LAN TRAFFIC

IF THE LAN PORT USAGE IS (MAIN), THEN SELECT THE CAPACITY FOR LAN TRAFFIC

LAN CAPACITY:

IF THE LAN PORT USAGE IS (SC), THEN SELECT THE CAPACITY FOR LAN TRAFFIC FROM THE SERVICE CHANNELS 1 TO 4

SELECT NOT USED IF LAN PORTS ARE NOT USED

FRAME ID IDENTIFIES THE CORRECT TRANSMITTED RADIO SIGNAL AT THE RECEIVING END

SELECT P1-2 SEPARATED (MAIN) TO MAKE THE TRANSMISSION OF PORT 1 AND PORT 2 SEPARATE.


EQUIPMENT SETUP EQUIPMENT SETUP –– SDH SETTINGSDH SETTING

User Interface:- Select the BB interface to be configured, the drop down menu shows the currently available options

Redundancy Setting:- Select the redundancy setting from the drop down menu options

Main (Work):- In the case of SDH Select Electrical or optical or( LAN Future)

Sub (PROT):- Available for SDH configuration only, Select SC LAN/WS or Optical INTFC for APS

XPIC Usage:- Select XPIC used or not. If used select the NE to be set as Main Master or Sub Master

Modulation Scheme:- For SDH configuration only 128 QAM can be selected

Click the Arrow to see the available options in the drop down menu

APS Function:- If the Main Interface and SUB Interface are Optical then select APS Function usage

Transmission capacity:- For SDH configuration only 156MB can be selected

1

2

3

4

5

6

7

8

123

65

4

GbE over STM-1

GbE over STM-1

Not Used

WS / LANWS


- Separated modeGUARANTEED BANDWIDTH

16 E1 with 2 – Port LAN INTFC

32E1 with 2 – Port LAN INTFC 4 Port LAN INTFC

LAN Port Usage

Port 1 -2 separated (main) Port 1 -2 separated (main) Port 1 - 4 separated (main)

Transmission Capacity

10* 20* 40 80 10* 20* 40 80 100 10* 20* 40 80 100

P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P1 P2 P3 P4 P1 P2 P3 P4 P1 P2 P3 P4 P1 P2 P3 P4 P1 P2 P3 P4

- - 10 10 4 4 24 24 - - - - 10 10 8 8 18 18 - - 6 6 6 6

- - 10 10 30 30 - - - - 20 20 10 10 20 20 - - 10 10 10 10

- - 20 20 40 40 - - - - 20 20 30 30 - - 16 16 16 16

- - 30 30 40 40 - - 20 20 20 20

40 40 50 50 - - 25 25 25 25

E1 CAPACITY

5 16/10/0 16/10/0 5 10/0 20/10/0 32/30/20/10/0

32/30/20/10/0

- - 8 & 0 8 & 0 4

* Not applicable to NEOi

2 Port LAN INTFC (SDH)

LAN Port Usage Port 1 – 2 Separated

Port-1 Port-2

75 75

100 50

100 disable


Separated mode

GUARANTEED BANDWIDTH

Interfaces:16 E1 with 2 Port LAN (with & without XC) INTFC (PDH)

2 Port LAN INTFC (SDH)

32 E1 with 2 Port LAN INTFC (PDH)4 Port LAN INTFC (PDH) (INTFC-E with VLAN)


SEPARATED MODE (PDH)

P1P2

16 E1 & 2 PORT LAN INTFC

P1P2

32 E1 & 2 PORT LAN INTFC

P1&P2 SHAREDP3&P4 SHARED

P1

P2

P3

P4

4 PORT LAN INTFC

QPSK16 QAM

32 QAM

QPSK16 QAM

32 QAM

QPSK16 QAM

32 QAM

QPSK16 QAM

32 QAM


SHARED MODE (PDH)

16E1 with 2-Port LAN INTFC 32E1 with 2-Port LAN INTFC 4-Port LAN INTFC ( with 8E1)

Port 1-2 Shared / 1 Port only (Main) Port 1-2 Shared / 1 Port only (Main) Port 1-4 Shared / Port 1 only (Main)

Tran

smissio

n C

apacity

10* 20* 40 80 10* 20* 40 80 100 10* 20* 40 80 100

P1 – P2 Shared P1 – P2 Shared P1 – P4 Shared

0 0 8 48 0 16 36 24 64 100

2 2 10 50 2 18 38 26 66

4 4 12 52 4 20 40 28 68

6 6 14 54 6 22 42 30 70

8 8 16 56 8 24 44 32 72

10 10 18 58 10 26 46 34 74

12 20 60 12 28 48 36 76

14 22 62 14 30 50 38 78

16 24 64 16 32 52 40 80

18 26 66 18 34 54

20 28 68 20 36 56 P1 – P2 Shared / P3 –P4 Shared

30 70 22 38 58 12/12 32/32 50/50

32 72 24 40 60 20/20 40/40

34 74 26 42 62

36 76 28 44 64

38 78 30 46 66

40 80 32 48 68

34 50 70

36 52 72

38 2M steps 2M steps *not for NEOi

* Not for NEOi *not for NEOi 40 80 100 Yellow no E1

E1 Capacity 5 to 0 10 to 0 16 to 0 16 to 0 20 to 0 32 to 0 32 to 0 8 to 0 8 to 0 4

Switching Function Enabled – Switching HUB Enabled – Switching HUB Enabled – Switching HUB

Disabled – Data Distribution Disabled – Data Distribution Disabled – data distribution

Switching HUB Data distribution


SHARED MODE (PDH)

PORTS 1 & 2 SHARED

PORTS 1 ~ 4 SHARED32 QAM

32 QAM

16 QAM

32 QAM

16 QAM

QPSK/16 QAM

QPSK/16 QAM

QPSK/16 QAM


BEST EFFORT / E1 NETWORK CONNECTIONBEST EFFORT / E1 NETWORK CONNECTION

THIS MODE IS AVAILABLE FOR 2 PORT LAN INTERFACE FOR (SDH)

TWO PORTS ARE SEPARATED AND THE RADIO BAND IS SHARED IN ACCORDANCE WITH THE TRAFFIC QUANTITY OF EACH PORT. IT DOES NOT GUARANTEE CAPACITY FOR EACH PORT

BEST EFFORT

E1 NETWORKING

THIS MODE IS USED TO SEND AN ETRHERNET SIGNAL OVER AN E1 NETWORK


ETHERNET CONFIGURATIONS – 2WAY XC16E1 INTFC + 2way XC Mode

Separated Shared Shared/Switching Star Mixed

Terminal yes yes yes No No

2 Way No yes yes yes yes

40Mbps(20E1) 80Mbps(40E1)

Main LAN yes yes

SC LAN no no


PROVISIONING PROVISIONING –– PDH/SDHPDH/SDH

16E1 & 2Port LAN 16E1 & 2Port

LAN with 2Way DXC

STM-1 Interface STM-1 INTFC with sub Interface WS/LAN

LAN INTFC with sub Interface WS/LAN

PDH INTFC SDH INTFC

48E1 Interface


PROVISIONING PROVISIONING –– PDHPDH

WHEN MTPC IS SELECTED IN EQUIPMENT SETUP

WHEN ATPC IS SELECTED IN EQUIPMENT SETUP

TOPC-E4011E-02-07413 PASOLINK NEO/c LCT PASOLINK NEO/c LCT 3333

PROVISIONING PROVISIONING –– SC ASSIGNMENT SC ASSIGNMENT

NEOi/c

A TOTAL OF 3 SERVICE CHANNEL INTERFACE CAN BE USED. SC1 CAN BE USED BY EITHER RS232C-1 OR V11-1 PORT (V11-1 AND RS232C-1 CANNOT BE USED AT THE SAME TIME). SC2 CAN BE USED BY RS232C-2 PORT AND SC3&4 CAN BE USED BY V11-2 PORT.

RS232C-1 &2 IS 9.6 KBPS AND V11-1 IS 64KBPS AND V11-2 IS 9.6 KBPS

IF V11-1 IS USED, DIRECTION SETTING IS ENABLED.

IF SC LAN IS USED, THE AVAILABLE SERVICE CHANNEL THAT CAN BE USED WILL BE CHANGED DEPENDING ON THE SC LAN CAPACITY SET IN EQPT CONFIGURATION

CLICK ON THE ARROW AND SELECT FROM THE DROP DOWN MENU THE USAGE FOR EACH USER CHANNEL .

AFTER SETTING THE PROVISIONING ITEMS CLICK THE SET BUTTON TO APPLY THE PROVISIONING SETTING.

NEOi

TWO V.11 & TWO RS232 USER CHANNELS CAN BE ASSIGNED TO DSC 1 TO 4 IN THE RFCOH OR THEY CAN BE ASSIGNED TO E1, F1 & DCCr BYTES IN THE RSOH IN THE DIRECTION OF MUX OR RADIO (DMR).

E1 (MUX) E1 (DMR)F1 (DMR)F1 (MUX)

E1 (MUX)F1 (MUX)

DCCr (MUX)V.11

DSC1 TO 4V.11 & RS-232C

DCCr (DMR) DCCr (MUX)

SC LAN DSC1 TO 4

V.11 & RS-232CV.11 & RS-232C

SDH

CLICK ON THE ARROW AND SELECT FROM THE DROP DOWN MENU THE USAGE FOR EACH USER CHANNEL . WHEN V.11 CH IS USED SELECT THE DIRECTION SETTING FROM THE APPROPRIATE RADIO BUTTON


PROVISIONING PROVISIONING –– PDH LAN SETTINGPDH LAN SETTING

WHEN THE LAN CAPACITY IS SET TO 2MB, 2M FRAMING ITEM APPEARS

THIS MENU CONFIGURE THE LAN PORT PARAMETERS WITHIN THE LAN CAPACITY (MAIN) AND LAN PORT USAGE (MAIN) SETTING IN THE EQUIPMENT SETUP

LAN PORT SETTING FOR 16E1 AND 2-PORT LAN INTERFACE CARD


PROVISIONING PROVISIONING –– PDHPDH


PROVISIONING PROVISIONING –– BER THRESHOLD SETTING (SDH)BER THRESHOLD SETTING (SDH)

SELECT THE BER THRESHOLD SETTING FOR THE RADIO LINK AND FOR THE STM-1 SIGNAL FROM MUX & RADIO DIRECTIONS.

TWO V.11 & TWO RS232 USER CHANNELS CAN BE ASSIGNED TO DSC 1 TO 4 IN THE RFCOH OR THEY CAN BE ASSIGNED TO E1, F1 & DCCr BYTES IN THE RSOH IN THE DIRECTION OF MUX OR RADIO (DMR).

E1 (MUX) E1 (DMR)F1 (DMR)F1 (MUX)

E1 (MUX)F1 (MUX)

DCCr (MUX)V.11

DSC1 TO 4V.11 & RS-232C

DCCr (DMR) DCCr (MUX)

SC LAN DSC1 TO 4

V.11 & RS-232CV.11 & RS-232C

SDH

CLICK ON THE APPROPRIATE RADIO BUTTON TO SELECT THE THRESHOLD SETTING

CLICK ON THE ARROW AND SELECT FROM THE DROP DOWN MENU THE USAGE FOR EACH USER CHANNEL . WHEN V.11 CH IS USED SELECT THE DIRECTION SETTING FROM THE APPROPRIATE RADIO BUTTON



PROVISIONING PROVISIONING –– STMSTM--1 SETTING1 SETTING

MS-AIS GENERATION SETTING IS USED TO STOP SENDING MS-AIS SIGNAL DUE TO RADIO LINK OR EQUIPMENT FAILURE.

WHEN DISABLED:- DURING FAILURE OPTICAL INTFC WILL STOP TRANSMITTING THE OPTICAL SIGNAL, ELECTRICAL INTFC WILL SEND UNFRAMED AIS.

WHEN ENABLED:- SEND MS-AIS DUE TO RADIO LINK OR EQUIPMENT FAILURE.

AUTOMATIC LASER SHUT DOWN (ALS) FUNCTION IS AVAILABLE ONLY FOR OPTICAL INTFC . DURING LOS OF SIGNAL AT THE INPUT OF THE OPTICAL INTFC IT WILL CUT THE LASER OUTPUT FROM THE OUTPUT OF THE OPTICAL INTFC. DURING THIS TIME AT DEFINED INTERVALS INTFC WILL OUTPUT A 2 SEC LASER PULSE.

SELECT ENABLE OR DISABLE FROM THE ALS FUNCTION RADIO BUTTON

IF ENABLE IS SELECTED, SELECT ALS INTERVAL FROM 60, 180, AND 300 SEC .



PROVISIONING PROVISIONING -- APSAPS


APS CONDITION –SF (PROT) APPLIES WHEN FORCED MANUAL SWITCHOVER TO PROTECTION INTFC IS MADE

PRIORITY HIGH: WHEN SIGNAL FAIL (SF) OCCURS IN THE PROTECTION INTFC, KEEPS THE ONLINE, ON WORK INTFC

PRIORITY LOW: IGNORE THE SIGNAL FAIL CONDITION IN FORCED MANUAL, SWITCHOVER TO PROT INTFC

THIS MENU ITEM APPEARS WHEN APS FUNCTION AVAILABLE, IS SET IN THE SETUP CONFIGURATION. OPTICAL INTFC SHOULD BE MOUNTED IN MAIN & SUB SLOTS

APS MAINTENANCE MODE:

MANUAL: WHEN SWITCHING MANUALLY UNDER MAINTENANCE MODE, PREVENT SWITCHING TO AN ALARMED INTFC (ROUTE)

FORCED: WHEN SWITCHING MANUALLY UNDER MAINTENANCE MODE, FORCIBLY SWITCH TO THE SELECTED INTFC DISREGARDING IT’S ALARM STATUS ( THIS MAY INTERRUPT TRAFFIC)

APS CONDITION –SD (B1)

INCLUDE SD: SELECT THIS TO CONSIDER STM-1 SIGNAL DEGRADE (SD) AS A CONDITION FOR APS SWITCHING

EXCLUDE SD: SELECT THIS TO EXCLUDE STM-1 SIGNAL DEGRADE (SD) AS A CONDITION FOR APS SWITCHING

LOCK IN USAGE

USED: WHEN FREQUENT SWITCHING OCCURS BETWEEN WORK & PROT, PAUSE SWITCHOVER UNTIL CONDITIONS SET IN LOCK IN COUNT, LOCK IN DETECT TIME & LOCK IN HOLD TIME ARE MET

NOT USED: ALLOW FREQUENT SWITCH OVER BETWEEN WORK & PROT INTFC.

LOCK IN USAGE SET TO USED

LOCK IN COUNT: NUMBER OF SWITCHOVERS DETECTED WITHIN LOCK IN DETECT TIME TO PAUSE SWITCHOVER ACTION

LOCK IN DETECT TIME: SET THE TIME IN MINUTES. DURING WHICH THE NUMBER OF SWITCHOVER ARE COUNTED FOR LOCK IN FUNCTION

LOCK IN HOLD TIME: SET THE DURATION OF SWITCHOVER PAUSE IN HOURS AFTER LOCK IN IS SET.


PROVISIONING PROVISIONING –– COMMONCOMMON

RX SW MAINTENANCE MODE:

MANUAL: WHEN SWITCHING MANUALLY UNDER MAINTENANCE MODE, PREVENT SWITCHING TO AN ALARMED CHANNEL (ROUTE)

FORCED: WHEN SWITCHING MANUALLY UNDER MAINTENANCE MODE, FORCIBLY SWITCH TO THE SELECTED CH DISREGARDING IT’S ALARM STATUS ( THIS MAY INTERRUPT TRAFFIC)

RX SW CONDITION EARLY WARNING:

INCLUDE EW: SELECT THIS TO INCLUDE EW AS A CRITERIA FOR AUTO REDUNDANCY SWITCHING IN (1+1) CONFIGURATION

EXCLUDE EW: SELECT THIS TO EXCLUDE EW AS A CRITERIA FOR AUTO REDUNDANCY SWITCHING IN (1+1) CONFIGURATION

EARLY WARNING BER SETTING IS 1E-9

TX & RX SW PRIORITY

NON PRIORITY: SELECT THIS FOR NON HOMING SWITCHING.

PRIORITY NO.1: SELECT THIS FOR HOMING SWITCHING. WHEN BOTH CHANNELS ARE NORMAL USE No.1 AS ONLINE. CH NO.1 FAILS SWITCH TO CH NO.2, WHEN CH NO.1 IS NORMALIZED SWITCH BACK TO CH NO.1 AUTOMATICALLY


PROVISIONING PROVISIONING –– TX POWER CONTROLTX POWER CONTROL

No.1 & No.2 IS INDICATED FOR (1+1) TWIN PATH CONFIGURATION

MTPC MODE:

MPTC TX POWER : ENTER A NEGATIVE VALUE IN dB (AMOUNT OF ATTENUATION FROM THE ODU NOMINAL TX POWER)

ATPC THRESHOLD: ENTER THE RX THRESHOLD VALUE TO BE USED WHEN OPPOSITE STATION IS IN ATPC MODE

(SET IN 1 dB STEPS)

TX POWER CONTROL - ATPC TX POWER CONTROL - MTPC

ATPC MODE:

ATPC THRESHOLD: ENTER THE RX THRESHOLD VALUE TO BE USED WHEN OPPOSITE STATION IS IN ATPC MODE

ADDITIONAL ATT: 0 TO 5 dB ADDITIONAL ATTENUATION IN 1 DB STEPS ( IN ADDITION TO THE ATPC RANGE) (DEPENDS ON THE MODULATION)

ATPC RANGE (MAX): MAXIMUM POWER LEVEL UNDER ATPC CONTROL IS DEFINED BY THIS ITEM (AMOUNT OF ATTENUATION FROM THE ODU NOMINAL TX POWER)

ATPC RANGE (MIN): MINIMUM POWER LEVEL UNDER ATPC CONTROL IS DEFINED BY THIS ITEM (AMOUNT OF ATTENUATION FROM THE ODU NOMINAL TX POWER)

ATPC POWER MODE: THIS ITEM DEFINED THE ODU TX POWER SETTING DURING ATPC CONTROL FAILURE

HOLD: TO MAINTAIN THE CURRENT TX POWER AT THE TIME OF ATPC CONTROL FAILURE

SELECT : MAX: TO TRANSMIT AT ATPC MAX POWER LEVEL AT THE TIME OF ATPC CONTROL FAILURE

MIN: TO TRANSMIT AT ATPC MIN POWER LEVEL AT THE TIME OF ATPC CONTROL FAILURE



PROVISIONING PROVISIONING –– RELAY SETTINGRELAY SETTING

WHEN THE LAN CAPACITY IS SET TO 2MB, 2M FRAMING ITEM APPEARSA: HOUSE KEEPING CONTROL SETTING

B: CLUSTER ALARM OUTPUT SETTING

C: PASOLINK ALARM RELAY ASSIGNMENT FOR PARALLEL ALARM OUTPUT

CLUSTER ALARM INPUT ENABLE / DISABLE

IMPORTANT: FOR CLUSTER ALARM INPUT/OUTPUT, CORRESPONDING CLUSTER ALARM OUTPUT/INPUT IN THE OPPOSITE STATION MUST BE ASSIGNED OR ENABLED.

CLICK ON A BUTTON TO ASSIGN TO RELAYS

IMPORTANT: FOR EACH RELAY, SELECT FROM ONE CATEGORY ONLY ( FROM A OR B OR C)

PASOLINK NEO IDU HAS 6 RELAYS WHICH CAN BE ASSIGNED TO OUTPUT PASOLINK ALARMS, CLUSTER ALARM OUTPUT AND HOUSEKEEPING ALARMS.


PROVISIONING PROVISIONING –– TCN THRESHOLD SETTINGTCN THRESHOLD SETTING

TCN THRESHOLD (15MIN): ENTER THE TCN THRESHOLD VALUES FOR ALARM OCCUR AND ALARM RECOVER FOR MUX DIRECTION AND DMR DIRECTION

TCN THRESHOLD (1 DAY): ENTER THE TCN THRESHOLD VALUES FOR ALARM OCCUR AND ALARM RECOVER FOR MUX DIRECTION AND DMR DIRECTION

TCN THRESHOLD (15 MIN)

TCN THRESHOLD (1 DAY)


PROVISIONING PROVISIONING –– PMON SELECTPMON SELECT

RX LEVEL TCN THRESHOLD: ENTER THE RX LEVEL THRESHOLD FOR TCN ALARM. No.1 or 2 FOR (1+1) CONFIGURATION

SES ACTIVATION CONDITION: SELECT THE APPROPRIATE RADIO BUTTON FOR PERCENTAGE OF BLOCKS IN ERROR FOR SES ACTIVATION

PMON SELECT


PROVISIONING PROVISIONING -- OTHERSOTHERS

XPIC CONDITION LOCAL FAIL: (ONLY FOR XPIC CONFIGURATION) SELECT THE APPROPRIATE RADIO BUTTON .

REF LO>> SELF LO: WHEN REF OSCILLATOR FAILS, USE THE LOCAL OSCILLATOR IN THE ODU. IN THIS CONDITION VERTICAL & HORIZONTAL ODUs ARE NOT SYNCHRONIZED. XPIC OPERATE IRREGULARLY.

MUTE : WHEN REF OSCILLATOR FAILS, MUTE THE TX OUTPUT. XPIC FUNCTION IS NOT USED IN THIS MODE.

OTHERS

EOW2 EXTERNAL SETTTING: THIS SETTING IS FOR BACK TO BACK CONNECTION OF EOW CALLING SIGNAL BETWEEN DIFFERENT TYPES OF PASOLINK EQUIPMENT.

INVERT : SELECT THIS FOR CONNECTION BETWEEN PASOLINK+ / MX IDU & NEO IDU

NORMAL: SELECT THIS FOR CONNECTION BETWEEN PASOLINK IDU & NEO IDU

ALARM CORRELATION CAPABILITY: THIS SETTING IS TO FILTER THE ALARMS AND GIVE THE MAIN (ROOT) CAUSE OF THE ALARM

OFF : CORRELATION OFF GIVES THE MAIN ALARM AS WELL AS THE SECONDARY ALARMS

NORMAL: CORRELATION ON, GIVES MAIN CAUSE OF THE FAILURE


METERINGMETERING

(1+0) configuration

(1+1) Configuration Hot Standby

+09.0-50.4


INVENTORYINVENTORY

ODU Information

IDU module Information

IDU module FPGA Information

Modem Version Information

IDU Network Properties

Softkey related information


AUXILIARY I/OAUXILIARY I/O

INPUT:

Close: Indicate HK ALM inputcondition

Close: Indicate HK control sent out

Shading indicates HK controls are not assigned

Click on the arrow and select Open or Close to send a Control signal and click the SET Button

Inputs 3, 4, 5 and 6 are common to HK alarm input and Cluster alarm input. When Cluster alarms are enabled in Provisioning it cannot be used for HK ALM Input

OUTPUT:

Outputs 1, 2, 3 and 4 are common to both HK Controls and Cluster Alarm outputs. Only one type should be assigned to each output.

CLICK “SET” TO SEND SELECTED CONTROL SIGNAL

HOUSE KEEPING ALM INPUT CAN BE MONITORED ONLY FROM LCT.PNMx

CLUSTER ALM INPUTS CAN BE TAKEN OUT FROM THE OPPOSITE STATION CLUSTER ALM OUT RELAY.


MAINTENANCE 1 & 2 MAINTENANCE 1 & 2

SELECT THE MAINTENANCE CONTROL ITEM AND CLICK ON THE CORRESPONDING SET BUTTON

MAINTENANCE CONTROL STATUS IS INDICATED IN THE VALUE COLUMN. YELLOW INDICATES MAINT CONTROL APPLIED.

MAINTENANCE 1 , HAS TWO SECTIONS ONLINE AND OFFLINE. OFFLINE MAINTENANCE ITEMS MAY CAUSE INTERRUPTION IN THE RADIO LINK


MAINTENANCE 1 & 2 (SDH)MAINTENANCE 1 & 2 (SDH)

SELECT THE MAINTENANCE CONTROL ITEM AND CLICK ON THE CORRESPONDING SET BUTTON

MAINTENANCE CONTROL STATUS IS INDICATED IN THE VALUE COLUMN. YELLOW INDICATES MAINT CONTROL APPLIED.


MAINTENANCE 1 (COMMON) MAINTENANCE 1 (COMMON)

TX SW MANUAL CONTROL

THIS CONTROL APPLIES TO (1+1) HOT STANDBY CONFIGURATION.

SELECT THE CH# TO SWITCH TO OR KEEP (CH1 OR CH2) AND CLICK THE SET BUTTON TO SWITCH TO THE SELECTED TX CHANNEL

TO NORMALIZE THE MAINT CONTROL SELECT AUTO AND CLICK THE SET BUTTON

AFTER EACH MAINTENANCE CONTROL SELECTION CLICK ON THE “SET” BUTTON TO IMPLEMENT THE MAINTENANCE CONTROL. THE CHANGED STATUS IS SHOWN UNDER THE “VALUE” COLUMN HIGHLIGHTED IN YELLOW

MAINT MODE CONTROL

SELECT ON AND CLICK SET BUTTON FOR MAINTENANCE MODE

SELECT OFF AND CLICK SET BUTTON TO NORMALIZE MAINTENANCE MODE

BEFORE EXISTING THE MAINTENANCE MODE NORMALIZE ALL MAINT CONTROL ITEMS (ITEMS IN YELLOW IN THE VALUE COLUMN)

RX SW MAINTENANCE MODE

THIS IS SET FROM THE PROVISIONING UNDER “CONDITIONS FOR TX/RX SW” MENU

“MANUAL” MEANS IT IS ONLY POSSIBLE TO SW TO A RX CH THAT IS NORMAL

“FORCED MANUAL” MEANS IT IS POSSIBLE TO SW TO A RX CH EVEN IF IT IS IN ALARM CONDITION

RX SW MANUAL CONTROL

SELECT THE CH TO SWITCH TO OR KEEP (CH1 OR CH2) AND CLICK THE SET BUTTON TO SWITCH TO THE SELECTED RX CHANNEL

TO NORMALIZE THE MAINT CONTROL SELECT AUTO AND CLICK THE SET BUTTON

1234

1

2

4

3

THIS CONTROL MOMENTARILY INTERRUPT THE RADIO LINK


MAINTENANCE 1 (COMMON) MAINTENANCE 1 (COMMON)

CW CONTROL

THIS CONTROL IS USED TO TRANSMIT AN UN-MODULATED CARRIER FOR MEASUREMENT PURPOSE.SELECT ON AND CLICK THE SET BUTTON TO TRANSMIT AN UN-MODULATED CARRIER

SELECT THE LAN PORT TO BE RESET FROM THE DROP DOWN MENU, AND CLICK THE SET BUTTON

TX MUTE CONTROL

THIS MAINT ITEM SET THE SELECTED ODU’S RF OUTPUT POWER CONTROL TO OFF MODE AND OVERWRITE SWITCHING LOGIC CONTROL COMMAND. SELECT ON AND CLICK SET BUTTON TO CUT THE RF OUTPUT POWER OFF (MUTE ON) THE ODU

LAN DEVICE RESET

THIS CONTROL IS USED TO GIVE AN IF LOOP BACK AT THE OUTPUT OF THE MODEM WITHIN THE IDU

IN THE CASE OF (1+1) CONFIGURATION MAKE SURE THAT THE IF LOOP BACK IS GIVEN ON THE CH THAT IS RECEIVING. DURING IF LOOP BACK THE ODU RF OUTPUT IS MUTED.

THIS CONTROL IS USED TO RESET THE LAN PORT

IF LOOP BACK CONTROL

1

2

3

BEFORE APPLYING THIS CONTROL CHECK THE TX STATUS LED ON THE FRONT PANEL OF THE IDU TO IDENTIFY THE ONLINE CH.SELECT OFF AND CLICK SET BUTTON TO RESTORE THE RF OUTPUT OFF CONTROL TO THE SWITCHING LOGIC CONTROL

SELECT OFF AND CLICK THE SET BUTTON TO NORMALIZE THIS MAINT CONTROL

4

SELECT ON AND CLICK THE SET BUTTON TO GIVE THE IF LOOP BACKSELECT OFF AND CLICK THE SET BUTTON TO GIVE THE NORMALIZE THE IF LOOP BACK

1

2

3

4


MAINTENANCE 1 (BB LOOP BACK MAINTENANCE 1 (BB LOOP BACK -- PDH) PDH)

MAIN CH LOOP BACK (NEAR END)

THIS CONTROL IS USED TO GIVE BB LOOP BACK FROM THE INTFC CARD ON SELECTED E1 CHANNELS TOWARDS THE MUX DIRECTION.

1

2

TO GIVE A NEAR END LOOP BACK, SELECT THE E1 CHANNELS BY CLICKING THE ON RADIO BUTTONS AND CLICK THE EXECUTE BUTTON

TO RELEASE THE LOOPBACK CONTROL, SELECT OFFRADIO BUTTON ON EACH CHANNEL AND CLICK THE EXECUTE BUTTON

SELECT ON OR OFF AND CLICK SET BUTTON TO SET ON OR OFF ON ALL E1 CHANNELS. CLICK EXECUTE TO CARRY OUT THE SELECTED LOOPBACK CONTROL.

ALL SETTING

MAIN CH LOOP BACK (FAR END)

THIS CONTROL IS USED TO GIVE FAR END BB LOOP BACK FROM THE INTFC CARD ON SELECTED E1 CHANNELS FROM THE OPPOSITE STATION TOWARDS THE RADIO.TO GIVE A FAR END LOOP BACK, ON THE REQUIRED E1 CHANNELS SELECT THE ON RADIO BUTTON AND CLICK THE EXECUTE BUTTON

TO RELEASE THE LOOPBACK CONTROL, SELECT OFFON EACH CHANNEL AND CLICK THE EXECUTE BUTTON

SELECT ON OR OFF AND CLICK SET BUTTON TO SET ON OR OFF ON ALL E1 CHANNELS. CLICK EXECUTE TO CARRY OUT THE SELECTED LOOPBACK CONTROL.

ALL SETTING

1

2


MAINTENANCE 1 (OFFLINE) MAINTENANCE 1 (OFFLINE)

IN (1+1) CONFIGURATION, CH1 AND CH2 RX PATH DELAY AT THE INPUT OF THE SWITCH MAY NOT BE EQUAL. AUTOMATIC DADE ADJUSTMENT INSERT ADDITIONAL DELAY IN ONE CH TO MAKE THEM IN PHASE FOR THE HITLESS SWITCH TO OPERATE PROPERLY.

DADE ADJUST

1

2

3

DADE SELECT DADE AND CLICK SET TO MEMORIZE THE DELAY SETTING ADJUSTED UNDER AUTO DADE. THIS DELAY IS ADJUSTED ONLY IN THE STANDBY PATH.

OFFSET DADE SELECT OFFSET DADE AND CLICK SET TO REDUCE THE ABSOLUTE DELAY BETWEEN THE TWO RX CHANNELS. THIS ADJUSTMENT MAY INTERRUPT THE RADIO LINK.

DADE OFF SELECT DADE OFF AND CLICK SET WHEN DADE ADJUSTMENT IS NOT REQUIRED.

NEO ODU CAN CHANGE THE FREQUENCY SUB BAND BY CHANGING THE TX/RX RF BPF. AFTER CHANGING THE SUBBAND FILTER NEW SUB BAND LETTER USED SHOULD BE SET IN THE ODU USING THIS OFFLINE CONTROL. IF YOU CHANGE THIS PARAMETER WITHOUT CHANGING THE SUB BAND FILTER RADIO LINK MAY FAIL.

RF SUB BAND SELECT

SELECT FROM THE DROP DOWN LIST THE SUB BAND LETTER TO BE USED AND CLICK THE SET BUTTON

DURING ANTENNA POINTING ADJUSTMENT, IT IS POSSIBLE TO MONITOR THE RX AGC VOLTAGE FROM THE ODU RX LEV MONITOR POINT IN THE ODU BY CONNECTING A VOLTMETER. TO ACCURATELY MEASURE THIS VOLTAGE SET THIS PARAMETER TO ON.

ANTENNA ALIGNMENT MODE

1

2

3

SET ANTENNA ALIGNMENT MODE TO ON AND CLICK THE SET BUTTON

TAKE CARE TO SET ANTENNA ALIGNMENT MODE TO OFF AND CLICK THE SET BUTTON AFTER THE ANTENNA ALIGNMENT IS OVER


MAINTENANCE MAINTENANCE -- 22

To change the password

Enter the old password

Enter the new password

Re-Enter the new password for confirmation

Click Execute to change the password

Click Close to exit the change password window

Clear PMON data

This maintenance control clear the Performance Data from the IDU memory.



SELECT CTRL TO RESET THE CTRL MODULE. MOMENTARILY AFFECT THE NETWORK MONITORING

SELECT ODU NO.1 OR NO.2 TO RESET THE SELECTED ODU CPU. AFFECT THE RADIO LINK FROM THAT ODU

SELECT WITH ROM (PROGRAM) SWITCHING, ONLY AFTER A CTRL PROGRAM OR ODU PROGRAM DOWNLOAD

AFTER SELECTING THE MODULE FOR RESET CLICK THE EXECUTE BUTTON

CLICK CLOSE TO CLOSE THE CPU RESET CONTROL WINDOW

CLICK ON THE CPU RESET BUTTON TO OPEN CPU RESET CONTROL WINDOW



When NEO network is designed using the NetConfigToolj software, two config files for each NE are created. The “Download Configuration File” menu is used to download these config files.

Select the Configuration File Type to down load

CLICK CLOSE TO CLOSE THE DOWNLOAD CONFIGURATION WINDOW

CLICK ON THE CONFIGURATION FILE TO OPEN THE DOWNLOAD CONFIGURATION CONTROL WINDOW

Repeat the above steps for the second config file

Click Browse and select the path to the file selected in the file type.

Click Execute button to down load the file

Click the Update button to update the configuration

1

2

3

4

5

Update operation reset the CTRL & disconnect the LCT

Select the Configuration File Type to UPLOAD to PC

Repeat the above steps for the second config file

Enter or Click Browse and select the location where the selected file to be uploaded

Click Execute button to up load the file

1

2

3

4

Upload Configuration file menu is used to upload the configuration files in the IDU and save them in the PC



THIS MENU ITEM IS USED TO DOWNLOAD PROGRAM FILES TO THE IDU AND ODU.

To download CTRL Program select CTRL radio button and Main or Boot depending on the type of CTRL File to be downloaded.

CLICK ON THE PROGRAM FILE BUTTON TO OPEN PROGRAM FILE DOWNLOAD CONTROL WINDOW

To download ODU Program select ODU radio button and No.1 or No.2 ODU.

Select FPGA radio button, and the module that needs FPGA update..

Select Package Program radio button Program when multiple program modules need to be downloaded

Select the Download program type and module1

Enter the location of the program file or click “Browser” and select the file.

2

Click on the Execute button to down load the program file.3

After completing the down load click on the “CPU Reset” button4

Select the module to reset. Tick the “with ROM Program Switching”box and click on the Execute button

5

This control may affect the radio link connection



CLICK THE EQUIPMENT CONFIG FILE BUTTON IN THE UPLOAD SECTION TO OPEN THE UPLOAD EQUIPMENT CONTROL WINDOW

CLICK ON THE DOWNLOAD EQUIPMENT CONFIG FILE BUTTON TO OPEN DOWNLOAD EQUIPMENT CONTROL WINDOW

CLICK ON THE UPLOAD EQUIPMENT CONFIG FILE BUTTON TO OPEN UPLOAD EQUIPMENT CONTROL WINDOW

1

ENTER OR BROWSE TO THE LOCATION THE FILE IS TO BE UPLOADED AND ENTER THE FILE NAME

2

CLICK ON THE EXECUTE BUTTON TO UPLOAD 3

CLICK THE EQUIPMENT CONFIG FILE BUTTON IN THE DOWNLOAD SECTION TO OPEN THE DOWNLOAD EQUIPMENT CONTROL WINDOW

1

ENTER OR BROWSE TO THE LOCATION THE FILE TO BE DOWNLOADED AND SELECT THE FILE NAME2

CLICK ON THE EXECUTE BUTTON TO DOWNLOAD 3

AFTER THE DOWN LOAD IS OVER CLICK THE UPDATE BUTTON TO UPDATE THE EQUIPMENT CONFIGURATION

4

NEO IDU EQUIPMENT CONFIGURATION CAN BE SAVED (UPLOADED) TO A PC USING THE UPLOAD CONFIGURATION FILE MENU. WHEN THE IDU OR THE CTRL MODULE IS FAULTY AND IS REPLACED BY A SPARE, DOWN LOAD THE SAVED EQUIPMENT CONFIGURATION FILE , USING THE DOWN LOAD MENU

CLICK THE CLOSE BUTTON TO EXIT THE CONTROL WINDOW



DATE AND TIME OF THE NE CAN BE SET LOCALLY FROM THIS MENU ITEM

CLICK DATE/TIME SETTING BUTTON TO OPEN THE DATE/TIME SETTING WINDOW. THE DATE AND TIME FIELDS SHOW THE CURRENT IDU SETTING.

CLICK THE DATE/TIME SETTING BUTTON TO OPEN THE DATE/TIME SETTING CONTROL WINDOW

ENTER THE DATE AND TIME IN THE RESPECTIVE FIELDS AND CLICK EXECUTE TO CHANGE THE IDU DATE/TIME SETTING.

SET THE DISPLAY PC TIME CHECK BOX AND CLICK THE EXECUTE TO SHOW THE PC DATE AND TIME. CLICK EXECUTE AGAIN TO CHANGE THE IDU DATE/TIME SETTING TO THE PC DATE/TIME.

OR


PERFORMANCE MONITOR PERFORMANCE MONITOR -- HISTORYHISTORY


PERFORMANCE MONITORPERFORMANCE MONITOR


ALARM TABLEALARM TABLEALM ITEM DESCRIPTION ALM ITEM DESCRIPTION

ODU SDH INTFCODU ALM ODU TOTAL ALARM UNEQUIPPED SDH INTFC NOT MOUNTEDTX PWR ALM ODU OUT POWER DECREASED TYPEMISMATCH MOUNTED INTFC DIFFERENT FROM CONFIGURED

TX INPUT ALM TX IF INPUT LEVEL DECREASED MODULE ALM INTFC UNIT FAILUREAPC ALM ODU LOCAL OSCCILATOR UNLOCKED LOS (MUX) LOSS OF STM-1 SIGNAL FROM MUXODU CPU/CBL OPN ALM ODU CPU FAILURE OR IF CABLE OPEN LOF (MUX) LOSS OF STM-1 FRAME FROM MUXRX LEV ALM ODU RECEIVED RF LEVEL LOW E-BER (MUX) EXCESSIVE BER DETECTED FROM MUXLO REF ALM REFERENCE LO SIGNAL IS LOST E-BER (DMR) EXCESSIVE BER DETECTED FROM RADIO DIRECTION

MODEM SD (MUX) SIGNAL DEGRADE DETECTGED FROM MUXUN EQUIPPED MODEM UNIT NOT MOUNTED LOS (DMR) LOSS OF STM-1 SIGNAL DETECTED FROM RADIOMODULE ALM MODEM UNIT AILURE LOF (DMR) LOSS OF STM-1 FRAME DETECTED FROM RADIOLOF LOSS OF RADIO FRAME SYNCHRONZATION IN MODEM SD (DMR) SIGNAL DGRADE DETECTED FROM RADIOFRAME ID FRAME ID MISMATCH TF ALM TX FAIL ; NO STM-1 OUT PUT TO MUX HIGH BER HIGH BER LEVEL DETECTED IN MODEM UAE (MUX) UNAVAILABLE COMDITION FROM MUX EXISTSLOW BER LOW BER LEVEL DETECTED IN MODEM UAE (DMR) UNAVAILABLE CONDITION FROM RADIO EXISTSEARLY WARNING EARLY WARNING CONDITION DETECTED IN CH # APS SW FAIL APS SW FAILUREMOD ALM MODEM PLL UNLOCK, OUTPUT DOWN, CLOCK LOSS OUTPUT CONTROL STM-1 OUTPUT CONTROL APPLIED (MS-AIS GENERATION)DEM ALM CARRIER / FRAME ASYNCH AT MODEMINPUT VOLTAGE INPUT DC VOLTAGE HIGH OR LOW XPICPOWERSUPPLY POWER SUPPLY FAILURE (1+1) ONLY XCTRL ALM XPIC CONTROL FAILUREIF CABLE SHORT IF CABLE CONNECTED TO ODU IS SHORT CIRCUIT X IF ALM XIF SIGNAL IS LOW OR LOSTCABLE EQUALIZER CABLE EQUALIZER CONTROL IS LOST IN MODEM XREF ALM XPIC REF FREQUENCY IS LOSTLINEARIZER BB LNZ CONTROL IS LOST WS

PDH INTFC WS CH INPUT LOSS LOSS OF WS CH # INPUT SIGNALUNEQUIPPED INTFC NOT MOUNTED WS AIS RCVD AIS RECEIVED ON WS CH #, FROM MUX TYPE MISMATCH MOUNTED INTFC DIFFERENT FROM CONFIGURED WS AIS GENERATED AIS IS GENERATED IN WS CH#MODULE ALM INTFC HARDWARE FAILURE WS CH USAGE ERROR WS SIGNAL DETECTED IN NOT USED WS CHINPUT LOSS CH # LOSS OF INPUT SIGNAL CH# FROM MUX ( E1 OR E3) LANAIS RCVD CH # AIS RECEIVED FROM CH # FROM MUX (E1 OR E3) LAN LINK LAN LINK FAILUREAIS GENERATED CH # AIS GENERATED ON CH # (E1 OR E3) LAN COLLISION COLLISION OCCURRED IN LAN CH USAGE ERROR CH# E1 SIGNAL DETECTED IN CH SET TO NOT USED LINK LOSS FORWARDING REMOTE LAN LINK FAILURE DETECTEDUAE UN AVAILABLE CONDITION FROM RADIO EXISTS

CTRL ALM CONTROL UNIT TOTAL ALARM


2 PORT LAN INTFC (SDH)2 PORT LAN INTFC (SDH)

WS /SC LAN INTFC (SDH)WS /SC LAN INTFC (SDH)


2 2 –– PORT LAN INTFC (SDH) PORT LAN INTFC (SDH) –– EQUIPMENT SETUPEQUIPMENT SETUP

In User Interface Select SDH 2 Port LAN over STM-1 from the drop down list

In LAN Capacity (MAIN) , 150 Mbps

In INTFC MAIN (Work) Select 2 Port LAN over STM-1 from the drop down list

In LAN Port Usage (MAIN) select :

1

2

3

4

P1 =75MB / P2 =75 MB (Default)

P1 =100MB / P2 =50 MB

P1 =100MB / P2 =Not used

Best Effort

Click SET button in the Common section5

1

2

34

5


2 2 –– PORT LAN INTFC (SDH) PROVISIONINGPORT LAN INTFC (SDH) PROVISIONING

In the LCT MENU, select Provisioning and from the expanded menu select LAN Port Setting

In INTFC (MAIN) Setting, select the clock source used by the LAN Port

In PORT 1 & PORT 2 Setting select:

1

2

3

Port Usage: select whether selected LAN Port is used or not used

1

3

4

Internal ClockDMR >>Internal Clock (use DMR clock if it fails use Internal clock)

Speed & Duplex: Set this according to the external equipment port setting

Flow Control: Select Flow control ON or OFF

Collision Report: In Half Duplex mode, Select whether to consider collision condition as an alarm event . Select Report or Not ReportLink Loss Forwarding: Select whether to enable or disable Link Loss Forwarding

4 After finishing the LAN Port Setting , click on the SET button in the common section

2

Auto

Neg

otia

tion

10 B

ase-

T /H

alf D

uple

x

10 B

ase-

T /F

ull D

uple

x

100

Base

-TX

/Hal

f Dup

lex

100

Base

-TX

/Ful

l Dup

lex

10 B

ase-

T /H

alf (

Fix)

100

Base

-TX

/Hal

f (Fi

x)

Auto Negotiation (Auto MD/MDI-X)

10 Base-T /Half Duplex (MDI/MDI-X)

10 Base-T /Full Duplex (MDI/MDI-X)



IDU PORT SETTING

EXTERNAL EQUIPMENT

MDI/MDI-X is selected according to the cable type or terminal type to be used (Straight or Cross Type)

Link Loss Forwarding


2 2 –– PORT LAN INTFC (SDH) PORT LAN INTFC (SDH) -- ALARM & STATUSALARM & STATUS

In the LCT MENU, select ALARM & STATUS

In INTFC MAIN (1) area the summary alarms & status information for the 2 Port LAN card is displayed. To see details for each port click on any alarm or status item for LAN Port., separate detailed port information window open

1

2

Normal Normal Normal

ALARMS & STATUS Information for the 2 Port LAN Card depends on the Port configuration in Provisioning

Click on the Alarm/Status area to see details for each Port

Grayed status means alarm/status item is selected Not Report

LLF- Link Loss Forwarding


WS / LAN INTFC (SDH) WS / LAN INTFC (SDH) –– EQUIPMENT SETUPEQUIPMENT SETUP

In User Interface Select SDH STM-1 from the drop down list

In LAN Port Usage (Sub) , Select: P1- 2 shared / 1 Port Only (WS)

In INTFC (Work) Select STM-1 Optical, STM-1 Electrical or GbE over STM-1 from the drop down list

In INTFC (PROT) Select

1

2

3

4

WS / LANSTM-1 Optical

WS

Not used

Click SET button in the Common section5

5

1

2

3

4

P1 -2 Shared /1 Port only (SC)

In LAN Capacity (SUB) select: 2MB if Port usage selected is P1-2 Shared /1 Port Only (WS)5

64KB/128KB/192KB or 256KB if P1-2 Shared/ 1 Port Only (SC)

Capacity RFCOH RSOH WS

64 Kbps SC 1 E1 or F1

128 Kbps SC 1 and 2

192 Kbps DCCr

256 Kbps SC 1 to 4

2 Mbps WS

5

SC, RSOH Bytes and WS can be selected for LAN capacity selection


WS/LAN INTFC (SDH) PROVISIONINGWS/LAN INTFC (SDH) PROVISIONING

In the LCT MENU, select Provisioning and from the expanded menu select LAN Port Setting

In INTFC (SUB) Setting, select Switching Function Enabled or Disabled

In PORT 1 & PORT 2 Setting select:

1

2

3

Port Usage: select whether selected LAN Port is Used or Not used

1

3

4

Speed & Duplex: Set this according to the external equipment port setting

Flow Control: Select Flow control ON or OFF

Collision Report: In Half Duplex mode, Select whether to consider collision condition as an alarm event . Select Report or Not ReportLink Loss Forwarding: Select whether to enable or disable Link Loss Forwarding

4 After finishing the LAN Port Setting , click on the SET button in the common section

2

Auto

Neg

otia

tion

10 B

ase-

T /H

alf D

uple

x

10 B

ase-

T /F

ull D

uple

x

100

Base

-TX

/Hal

f Dup

lex

100

Base

-TX

/Ful

l Dup

lex

10 B

ase-

T /H

alf (

Fix)

100

Base

-TX

/Hal

f (Fi

x)

Auto Negotiation (Auto MD/MDI-X)





IDU PORT SETTING

EXTERNAL EQUIPMENT

MDI/MDI-X is selected according to the cable type or terminal type to be used (Straight or Cross Type)


WS/LAN INTFC (SDH) WS/LAN INTFC (SDH) -- ALARM & STATUSALARM & STATUS

In the LCT MENU, select ALARM & STATUS

In INTFC Sub (2) area the summary alarms & status information for the WS / LANINTFC card is displayed. To see details for each port click on any alarm or status item for WS/LAN INTFC, separate detailed Sub Port information window open

1

2

ALARMS & STATUS Information for the 2 Port LAN Card depends on the Port configuration in Provisioning

Click on the Alarm/Status area to see details for each Port


Control Card Replacement ( Using Memory Card)Control Card Replacement ( Using Memory Card)

Insert MMC Card to IDU Card Slot

Starts to Backup IDU Equipment Configuration

Set Protect SW to ON(Upper Position)

Parameter Backup Completed

Remove Control Card

MAINT

MEMORY

IDU

SD / MMCCard Slot

PROTECT SW

MAINT LED Starts to Blink slowly. MEM Off

Mount NEW Control CardBefore mounting the spare Control Card, set Protect SW to ON position

MAINT LED Starts to Blink

Insert Memory Card with Equip Config data to NEW Control Card

Slot. MEM LED Blinks fast

MAINT LED Stop Blinking (Steady ON)

Yes

Yes

YesSet Protect SW to OFF

Remove MMC

Equipment Configuration data Restored

MAINT LED lights,MEM LED blink fast for few

seconds

Control Card should be removed with the protection SW in ON position

Remove MMC card

NoNo

Each time NEO equipment configuration is changed please take a back up to a MMC card. The back up can be used to restore the equipment configuration during CTRL module replacement


Connect LCT

Set IDU to MAINT

Put PROT SW to ON & Remove Control Card

MAINT

MEMORY

IDU

PROTECT SW

Mount NEW Control Card Before mounting Control Card, set Protect SW to ON position

MAINT LED Starts to Blink

Connect LCT and Download Equipment Config File

Download completed

Yes

Yes

Execute Update from LCT

MAINT LED Steady ON

Upload Equip. Config file using LCT Menu

Equipment Configuration data Restored

Set Protect SW to OFF

Yes

Control Card Replacement ( Using LCT)Control Card Replacement ( Using LCT)

Each time NEO equipment configuration is changed please take a back up. The back up can be used to restore the equipment configuration during CTRL module replacement


Thank youThank you

This training document describes the current version of the equipment.The specifications or configuration contained in this document are subject to change without notice.


Release note (internal use only/Remove this page for distributioRelease note (internal use only/Remove this page for distribution.)n.)

070708：Issue 1 / Modified on draft by development Dept. check. Changed LCT memory specification. (Page1 LCT communication interface) : 256MB→512MB080315:Issue 2 / CTRL Card replacement procedure added.

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