Pasolink v4
-
Upload
engtamim5486 -
Category
Documents
-
view
760 -
download
92
description
Transcript of Pasolink v4
PASOLINKTRAINING
NEC International Training, Ltd.JAPAN
Version 4
Pasolink V4 2
PASOLINK FAMILY
5,10,20,40x2MB2x10/100Base-T
4PSK/160QAMSelectable
PDHPASOLINK MX
37-4024.2-2721.2-23.617.7-19.714.2-15.312.7-13.210.7-11.77.1-8.53.6-7.1INTERFACEMODULATIONSYSTEMSERIES/MODEL
STM-1128QAM+RSSDH(STM-1)
11GHz
8x2MB16QAM + RSPDH
STM-1(XPIC)
128QAM+RSSDH(2xSTM-1)
STM-132 QAM +RSSDH(STM-1)
21x2MB(STM-1)
32QAM+RSSDH(STM-0)
16x2MBPASOLINK+
2x2MB4x2MB8x2MB16x2MB
2x10/100Base-T
4PSKPDHPASOLINK V4
2x2MB4x2MB8x2MB16x2MB1x8MB1x34MB
4PSKPDHPASOLINK V3
38GHz26GHz23GHz18GHz15GHz13GHz7/8GHz4/6GHz
Pasolink V4 3
FEATURESADVANCED TECHNOLOGIES AND SUPERB PERFORMANCE
• MMIC, HIC AND VLSI• Single chip modulator/ demodulator (Full digital)• Square-root Nyquist Roll-off shaping filter• High reliability• Low power consumption
HIGH SYSTEM GAIN• QPSK Technology• Allows smaller antennas and reducing system cost
FREQUENCY AGILITY AND EASY TUNING• Field tunable local oscillators (Synthesizer)• Frequency tunable without changing RF filer on sub-band basis.
CONFORMITY WITH ANSI, ITU-R, ITU-T AND ETSI STANDARDS
• Additional Main Interface 10 Base-T/100 Base-TX (Option)
• Sub-band changing by simply replacing filter.
Pasolink V4 4
FEATURESEASY AND QUICK INSTALLATION
• Very compact and light• Only one coaxial cable interconnection• Different mounting methods for IDU, ODU and Antenna
• Easy antenna pointing adjustments (RX level monitor point in ODU)
SYSTEM FLEXIBILITY
• Hot Standby/ Space Diversity / Twin Path systems are available with Hitless switch
• Common IDU for different RF frequencies (7/8/13/15/18/23/26//38 GHz)
• Software variable transmission bit rates (Bit Rate free type)
• Common ODU for different bit rates (16x2, 8x2, 4x2, 2x2 Mbit/s /10Base-T /100Base-TX
• Wide input line voltage ±(20 to 60) V DC
TX POWER CONTROL
• Variable : 0 to 30 dB, in 1 dB steps (13-38 GHz) (For V4 ODU 7-38 GHz)
: 0 to 10 dB, in 1 dB steps (7-8GHz) (V3 ODU)
• (1 + 0 ) unprotected or ( 1+ 1) protected
• Automatic Transmit Power Control (ATPC) or Manual Transmit Power Control (MTPC)
Pasolink V4 5
FEATURESEASY MAINTENANCE FACILITIES
• Full front panel access for all cabling and user interfaces
• Near End and Far End Base-band Loop back facilities
• Remote monitoring of ODU operating condition from IDU
• OW calling facility between IDU - ODU, IDU – IDU and ODU-ODU
• Pre-settable BER alarm point: 10-3, 10-4 10-5 or 10-6 (alarm and AIS injection)
MULTIPLE SERVICE CHANNELS• Engineering Order Wire (OW)
• Digital Service Channels - Two standard and two optional
• Analog Service Channels- Two optional
• NMS Service Channel for Pasolink Monitoring
• Complies with ETS 300385
ELECTRO MAGNETIC COMPATIBILITY (EMC)
• Local monitor and maintenance using Local Craft Terminal (LCT)
• Continuous RSL monitoring using Local Craft Terminal (LCT)
Pasolink V4 6
FEATURES
PASOLINK NETWORK MANAGEMENT SYSTEM (PNMS) (OPTION)
• User friendly operation
• Uses Windows NT to ensure easy operation and maintainability
• Remote access and control of any PASOLINK Terminal in the network
• Link oriented monitor and control ( both side of a microwave link)
• Multi level security
• Event Logging
• ITU-T G.826 Performance Monitor (Table /graph presentation)
• Real-time monitor of Network Elements (NE)
• SNMP Interface (Option)
• User friendly operation as maintenance terminal
PASOLINK NETWORK MANAGEMENT TERMINAL (PNMT) (OPTION)
• Link oriented monitor and control
• Uses Windows 2000/NT/98 with mobile PC
Pasolink V4 7
Pasolink V4 8
Pasolink V4 9
Pasolink V4 10
IDU ODU IDUODU
COMPATIBILITY
V3V4V4V33V4V3V3V42
V4V3V4V489
7654
1
Combination
V4V4V4V4
V3V4V4V4V3V3V4V4V3V3V4V3V3V3V3V4
V3
IDU
V3
ODU
V3
ODU
V3
IDU
Full Compatibility between V3, V4, ODU and IDU
Pasolink V4 11
System Composition1- Indoor unit (IDU) ( Modulation-Demodulation unit) 2- Outdoor unit (ODU) ( Transmit – Receive unit)3- IF cable and connectors ( To connect the IDU & ODU)4- Antenna on the required microwave band5- Hybrid ( coupler ) in case of 1+1 one antenna configuration6- RF cable ( If the ODU is not direct mounted to the antenna)
MODEM
TX/RX
IF
RF
IDU
Base Band
16*2 MB
MODEM
TX/RX
IF
RF
IDU
ODU (High band)
Antenna Antenna
ODU (low band)TX
RX TX
RX
Base Band
16*2 MB
Pasolink V4 12
PASOLINK (1+0) SYSTEMS
•2MB x 4, Fixed Bit Rate system
•2MB x 4, Fixed Bit Rate system with 2 x 10/100Base T (X) LAN Interface
•2MB x 2/4/8/16 Bit Rate Free system
•2MB x 2/4/8/16 Bit Rate Free system with 2 x 10/100Base T (X) LAN Interface
Pasolink V4 13
PASOLINK (1+1) SYSTEMS
•2MB x 4, Fixed Bit Rate system •2MB x 4, Fixed Bit Rate system with 2 x 10/100Base T (X) LAN Interface
•2MB x 2/4/8/16 Bit Rate Free system •2MB x 2/4/8/16 Bit Rate Free system with 2 x 10/100Base T (X) LAN Interface
Pasolink V4 14
INDOOR UNITINDOOR UNIT
Pasolink V4 15
E1 INTERFACE
•120 OHMS BALANCE INTERFACE TWO D-SUB CONNECTORS
•75 Ohms unbalance interface is connected to the two d-sub connectors traffic in/out on the IDU front panel
•When 120 ohms or 75 ohms is used other interface should be terminated using the dip switches on the Switch Board-2 inside the top cover of the IDU.
Pasolink V4 16
V4 OUT DOOR UNIT
Pasolink V4 17
V4 OUT DOOR UNIT (7-38 GHz)
Frame Ground
IF IN/OUTTurn OFF the DC power before removing the IF cable
OW/RX LEV MONITOR
RF IN/OUT 7-8 GHz RF IN/OUT 13 – 38 GHz
RF IN/OUT 13 – 38 GHz
Pasolink V4 18
V /H POLARIZATION (1+1)
Pasolink V4 19
System Configuration
A- Non protected system (I+0)
IDU ( 1+0 )
ODU IDU ( 1+0 )
ODU
TX
TX
RX
RX
B- Protected system (1+1) hot standbySingle antenna configuration
Modem-1Switch
Modem-2
ODU-1
ODU-2
HModem-1
SwitchModem-2
ODU-1
ODU-2
H
TX
TX
RX
RX
TX/RX TX/RX
Rx only Rx only
Pasolink V4 20
System ConfigurationC- Protected system (1+1) hot standby –Space diversity
Double antenna configuration
D- Protected system (1+1) Twin path –Frequency diversity
Modem-1Switch
Modem-2
ODU-1
ODU-2
Modem-1Switch
Modem-2
ODU-1
ODU-2
TX RX
TX/RX TX/RX
Rx only Rx only
RX
TXRX
RX
Modem-1Switch
Modem-2
ODU-1
ODU-2
Modem-1Switch
Modem-2
ODU-1
ODU-2
TX RX
TX/RX TX/RX
RX
TXRX
RX
TX
TX
TX/RX TX/RX
Pasolink V4 21
PERFORMANCE
3.5 dB/3.5 dBBR loss TX and RXWith Hybrid Combiner/Divider (One Antenna System)Threshold level in dBm, ODU
Port
-77.5
-80.5
-83.5
-86.5-81
-84
-87
-90
+27
7GHz
-77.5
-80.5
-83.5
-86.5-81
-84
-87
-90
+27
8GHz
-83.5-84.0-84.5-85.5-86.5-86.5BER=10-6 4MB-80.5-81.0-81.5-82.5-83.5-83.58MB
-77.5-78.0-78.5-79.5-80.5-80.517MB-74.5-75.0-75.5-76.5-77.5-77.534MB
+15+20+23+23+23+25 Output Power (dBm) Measured at ODU Output Port (±1.5dBm)
-87.0-87.5-88.0-89.0-90-90BER=10-3 4MB-84.0-84.5-85.0-86.0-87-878MB-81.0-81.5-82.0-83.0-84-8417MB-78.0-78.5-79.0-80.0-81-8134MB
23 GHz
26 GHz
13 GHz
38 GHz
18 GHz
15 GHzITEM
Pasolink V4 22
PERFORMANCE
98.5104.0107.5108.5109.5111.5113.5113.5System Gain (dB):BER=10-3 4MB
95.5101.0104.5105.5106.5108.5110.5110.58MB
92.598.0101.5102.5103.5105.5107.5107.517MB
89.595.098.599.5100.5102.5104.5104.534MB
95.0100.5104.0105.0106.0108.0110.0110.0BER=10-6
4MB 92.097.5101.0102.0103.0105.0107.0107.0
8MB89.094.598.099.0100.0102.0104.0104.0
17MB86.091.595.096.097.099.0101.0101.0
34MB
7GHz 8GHz 23 GHz
26 GHz
13 GHz
38 GHz
18 GHz
15 GHzITEM
Pasolink V4 23
PERFORMANCE
N/ABR loss TX and RXWithout Hybrid Combiner/Divider (Two Antenna System) or (1+0) ConfigurationThreshold level in dBm, ODU Port
108.0
111.0
114.0
117.0
111.5
114.5
117.5
120.5
-81.0
-84.0
-87.0
-90.0
-84.5
-87.5
-90.5
-93.5
+27
7GHz
108.0
111.0
114.0
117.0
111.5
114.5
117.5
120.5
-81.0
-84.0
-87.0
-90.0
-84.5
-87.5
-90.5
-93.5
+27
8GHz
105.5111.0114.5115.5116.5118.5System Gain (dB): BER=10-3 4MB102.5108.0111.5112.5113.5115.58MB99.5105.0108.5109.5110.5112.517MB96.5102.0105.5106.5107.5109.534MB102.0107.5111.0112.0113.0115.0BER=10-6 4MB 99.0104.5108.0109.0110.0112.08MB96.0101.5105.0106.0107.0109.017MB93.098.5102.0103.0104.0106.034MB
-87.0-87.5-88.0-89.0-90.0-90.0BER=10-6 4MB-84.0-84.5-85.0-86.0-87.0-87.08MB
-81.0-81.5-82.0-83.0-84.0-84.017MB-78.0-78.5-79.0-80.0-81.0-81.034MB
+15+20+23+23+23+25 Output Power (dBm) Measured at ODU Output Port (±1.5dBm)
-90.5-91.0-91.5-92.5-93.5-93.5BER=10-3 4MB-87.5-88.0-88.5-89.5-90.5-90.58MB-84.5-85.0-85.5-86.5-87.5-87.517MB-81.5-82.0-82.5-83.5-84.5-84.534MB
23 GHz 26 GHz13 GHz 38 GHz18 GHz15 GHzITEM
Pasolink V4 24
PERFORMANCEIN DOOR UNIT
-5 dBm NominalIF Output
-15 to 0dBm (varies with cable length) (8D-FB length 300m)IF INPUT
Less than 10-12 at RSL = -30 dBmResidual BER
Adjustable 10-3/ 10-4/ 10-5/ 10-6 (AIS injection point)BER Alarm Output
Received Signal level (AGC V)Output Power Level (TX Power)
ODU Monitor Items
Operating PWR (green) / IDU ALM (red)/ ODU ALM (red)/ Maint (yellow)LED Display
-0OC to + 50OCTemperature Range
±20 to ±60 V DCPower Requirement
Root Roll-Off ( α= 0.5)Spectrum Shaping
Far End and Near End Base-band LoopbackLoop Back
See option cards slideService Channels
2.048 Mbit/s ± 50 ppm2.048 Mbit/s ± 50 ppm2.048 Mbit/s ± 50 ppm2.048 Mbit/s ± 50 ppm
Base Band Interface16 x 2 Mbit/s
8 x 2 Mbit/s 4 x 2 Mbit/s2 x 2 Mbit/s
4PSK ( with differential coding)Modulation Type
SPECIFICATIONITEM
Pasolink V4 25
V4 ODU PERFORMANCE
+/- 5 ppmFrequency Stability
10 MHz ASK, (at IF IN/OUT)Control/Monitor signal
-15 dBm (No error)Max. input level
TX: 850 MHz RX: 70 MHzIF Signal (IDU-ODU)
Input to ODU: -52 to -3 dBm (depend on the cable length) : Output from ODU : 0 dBm nominalSignal Level :
280280252 28056-100564263Frequency Agility (Mhz) without changing filters
Power Supply
EMC
Temperature Range
Power Control
Order Wire
Receiver Noise Figure (dB)
RF TX/RX Spacing[MHz]
Channel Separation
Frequency Plan ITU-R
Frequency Range [GHz]
ITEM
0 to 30 dB in 1 dB steps variable
-33OC to + 50OC
ODU input: 450 KHz, AM ODU output: 468 KHz , AM
12601008340 10081008 12001010 12321560
315420490728
266126266119
154161245
5.5 6.5
F.595-7 F.637-3
17.7-19.7
18 GHz
7.0
F748-4
21.2-23.6
23 GHz
-43V DC
Conforms to ETS300 385 Class B
4.5
3.5 MHz (4MB)/ 7MHz (8MB)/ 14MHz (17MB)/ 28MHz (34MB)For 18GHz : 13.75 MHz (17MB) and 27.5 MHz (34MB)
F386-6Annex 4
7.900- 8.500
8GHz
7.54.54.54.5
F.749-2F.636-3F.497-6F385-6
37.0-39.524.5-26.5
14.5-15.3512.75-13.25
7.125 - 7.725
38 GHz26 GHz15 GHz13 GHz7GHz
Pasolink V4 26
OPTION CARDSOPTION CARDS•SC LAN INTERFACE: 10 BASE-T (TRANSMISSION RATE 64Kbps)
•WS INTERFACE (G703): 2.048 Mbps G.703
•WS INTERFACE (LAN): 10 BASE-T (TRANSMISSION Rate 2 Mbps)
•ALM INTERFACE : 2 CH EXTERNAL DRY CONTACT EXTENSION
•ASC INTERFACE: 2 CH 0.3-3.4 KHz VOICE FREQUENCY TRANSMISSION
•DSC INTERFACE: 2 CH 9.6 Kbps RS-232C OR RS-422 SELECTABLE
•64K INTERFACE (G.703): 1 CH 64 Kbps TRANSMISSION
•64K INTERFACE (V11): 1 CH 64 Kbps TRANSMISSION
•PM CARD(RS-232C): PNMS INTERFACE CARD WITH RS-232C FOR PC
•PM CARD(LAN): PNMS INTERFACE CARD WITH 10BASE-T FOR PC
Optional cards cannot be changed without interrupting the main traffic.
When SC LAN option card is mounted, it is not possible to mount ASC, DSC, ALM and WS interface cards.
When 64k option card is used select either G.703 or V11 card
When PM card used select either RS-232C or LAN interface card
Note:
Pasolink V4 27
Option CardsOption Cards
ASC
DSC
ALM
DSC 3
DSC 4
SC 2
SC 3
64kDSC 1
DSC 2
SC 4
SC 5
9.6 Kbps or64 Kbps (with option card)
PMC SC 6RS232 / LAN
WS
SC LAN
WS2MB /64K
2Mbps (2MB x16 Systemwith WS Card Mounted)
Note 1 : If SC LAN card is mounted on a2MB x 16 System, either 64K or 2MB can be selected.
Note 2 : Either WS or SC LAN Card can be mounted.
Note 3 : If SC LAN Card is mounted, ASC /DSC / ALM / WS cards can not be mounted.
Note 1 : If SC LAN card is mounted on a2MB x 16 System, either 64K or 2MB can be selected.
Note 2 : Either WS or SC LAN Card can be mounted.
Note 3 : If SC LAN Card is mounted, ASC /DSC / ALM / WS cards can not be mounted.
PM Card
64K
•WS
ASC/DSC/ALM
SC LAN
LAN
(Main Traffic)
Pasolink V4 28
OPTIONS
Pasolink V4 29
BLOCK DIAGRAM
Pasolink V4 30
REDUNDANCY BLOCK DIAGRAM
Pasolink V4 31
INDICATORS/SWITCHES/CONTROLSMaintenance Mode ONLoopback control ONCW mode ON
BER AIS Inhibit
MAINT LED
Power Mute ON
Transmit RF power decrease by 3 dB from nominalReceiver level goes below squelch levelODU local oscillator APC loop unlockIF signal from the IDU is low
ODU LED
•When the IF cable between the IDU and ODU is disconnected IDU and ODU ALM LEDs start flashing
Input data stream of CH() from DTE lostAIS signal from CH() received from DTEDPU TX/RX sysnchronization lostAIS signal sent out on CH ()Bipolar output pulse of CHC() is lost at 2M INTFCTraffic channel usage of CH[ ] error in settingHBER is worse than 1x10-3 at DPU sectionBER is worse than the preset threshold valueCarrier synchronization lost at the DEM sectionMOD VCO sysnchronization lostOutput data stream/Master clock lost at TX DPU
IDU LED
Frame synchronization is lost at the DPU sectionWS channel usage error
RX side of IDU1 and ODU 1 is onlineRX OPR 1 LED
RX side of IDU2 and ODU 2 is onlineRX OPR 2 LED
When TX side of IDU1 & ODU 1 is onlineTX OPR 1 LED
When TX side of IDU2 & ODU 2 is onlineTX OPR 2 LED
ODU 1/2 RX level falls below squrlch levelODU 1/2 local oscillator APC loop unlocksCH 1/2 DEM IF signal lost
BER worse than preset threshold
RX ALM 1/2 LED
HBER worse than 1x10-3
CH 1/2 Frame synchronization lost at the DPUCH 1/2, CPU communication between ODU and IDU is lost
NO1.-- Manually selected CH Mo.1OPR SEL
Automatic redundancy switch controlNO2.-- Manually selected CH Mo.1
ODU 1/2 TX RF Power decrease by 3 dB from nominalODU 1/2 local oscillator APC loop unlocksODU 1/2 input IF signal lost
CH1/2 Modulator VCO synchronization is lost
TX ALM 1/2 LED
CH 1/2, Master clock signal or output data loss at TX DPU
CH 1/2, CPU communication between IDU and ODU is lostWS channel usage error in settingTraffic usage of CH[ ] error in setting
EOW calling signal,opposite station buzzer ringsCALL SW
Turns input DC power ON/OFFPWR SW
Initialize CPURESET SW
Pasolink V4 32
PASOLINK CONNECTORS FOR 2MB x 16 SYSTEMPASOLINK CONNECTORS FOR 2MB x 16 SYSTEM
TX 850MHzRX 70MHzDC 10MHz ControlASK
450KHz / 468KHzAM / OW
Pasolink V4 33
IDU (1+0) CONNECTORSALM RL1 (COM)ALM RL1 (NO)
4321
ALM /AUX ALM
23222120
765
262524
111098
30292827
15141312
34333231
181716
373635
19
ALM RL1 (NC)
Not UsedBuzzer signal InBuzzer signal Out
ALM RL2 (COM)ALM RL2 (NO)ALM RL2 (NC)
ALM RL3 (COM)ALM RL3 (NO)ALM RL3 (NC)ALM RL4 (COM)ALM RL4 (NO)ALM RL4 (NC)
HK4 ALM INputHK4 ALM InputHK5 ALM InputHK5 ALM InputHK6 ALM InputHK6 ALM Input
Ground
HK Control Out 4HK Control Out4Not Used
HK1 ALM InputHK1 ALM InputHK2 ALM InputHK2 ALM InputHK3 ALM InputHK3 ALM Input
HK Control Out 1HK Control Out 1HK Control Out2HK Control Out2HK Control Out3HK Control Out3
CH8 Input (+)CH8 Input (-)
4321
TRAFFIC IN/OUT ( CH 1 TO CH 8 )
Ground
Ground
23222120
765
262524
111098
30292827
15141312
34333231
181716
373635
Ground
19
CH7 Input (+)CH7 Input (-)
CH6 Input (+)CH6 Input (-)CH5 Input (+)CH5Input (-)
CH4 Input (+)CH4 Input (-)CH3 Input (+)CH3 Input (-)
CH2 Input (+)CH2 Input (-)CH1 Input (+)CH1 Input (-)
Ground
Ground
CH8 output (+)CH8 output (-)CH7 output (+)CH7 output (-)
CH6 output (+)CH6 output (-)CH5 output (+)CH5 output (-)CH4 output (+)CH4 output (-)CH3 output (+)
CH2 output (+)CH2 output (-)CH1 output (+)CH1 output (-)
CH3 output (-)
CH16 Input (+)CH16 Input (-)
4321
TRAFFIC IN/OUT ( CH 9 TO CH 16 )
Ground
Ground
23222120
765
262524
111098
30292827
15141312
34333231
181716
373635
Ground
19
CH15 Input (+)CH15 Input (-)
CH14 Input (+)CH14 Input (-)CH13 Input (+)CH13 Input (-)
CH12 Input (+)CH12 Input (-)CH11 Input (+)CH11 Input (-)
CH10 Input (+)CH10 Input (-)CH9 Input (+)CH9 Input (-)
Ground
Ground
CH16 output (+)CH16 output (-)CH15 output (+)CH15 output (-)
CH14 output (+)CH14 output (-)CH13 output (+)CH13 output (-)CH12 output (+)CH12 output (-)CH11 output (+)
CH10 output (+)CH10 output (-)CH9 output (+)CH9 output (-)
CH11 output (-)
(PAMS) TXDEMS TXD/TXD+
4321
NMS
765
111098
15141312
EMS TRS/RXD+
EMS RXD/TXD-EMS TXDR
EMS CTS/RXD-GROUND
PAMS RXD
NMS RXD/TXD-NMS TXDRNMS RTS/RXD+NMS CTS/RXD-
NMS TXD/TXD+
RA TXDRA GND
RA PORT
RA CTS
RA RXDRA RTS
TXDGROUND
LA PORT
CTS
RXDRTS
GROUND
LOCAL CTSLOCAL RTSLOCAL RXDGROUNDLOCAL TXD
4321
765
111098
15141312
•When PM card is not mounted on the equipment NMS port is used as RA port. NMS port or NMS LAN depends on the PM card Type
•IF IN/OUT
0V or (+48V)-48V or (0V)
LINE IN
4321
•Frame Ground
•Anti Static strap connector
RD+RD-
10/100Base-T Port 1 & 2
TD+TD-4
321
MDI-XTD+TD-RD+RD-
MDI
LAN DSC TX+LAN DSC TX-
SC LAN
LANDSC RX+LAN DSC RX-6
321
LAN PNMS TX+LAN PNMS TX-
PNMS LAN
LANPNMS RX+LAN PNMS RX-6
321
WS OUT+WS OUT-
WS INTFC
WS IN +WS IN -5
421
FG8
120 Ohms 75 OhmsWS OUT
WS IN
G
•OW HEADSET JACK
•WS Option only on 16x2 Mbps
ASC1(VF) or Alm1 Input (+)
4321
OW/DSC/ASC
17161514
765
201918
111098
24232221
1312 25
EOW input (VF) (-)
DSC1 input (-)
ASC1(VF) or Alm1 Input (-)ASC2(VF) or Alm2 Input (+)ASC2(VF) or Alm2 Input (-)EOW input (VF) (+)
64 KHz Clock input (+)64 KHz Clock input (-)DSC1 input (+)
DSC2 input (-)DSC2 input (+)
ASC1(VF) or Alm1 output (+)ASC1(VF) or Alm1 output (-)ASC2(VF) or Alm2 output (+)ASC2(VF) or Alm2 output (-)
EOW output (VF) (-)EOW output (VF) (+)
64 KHz Clock output (+)64 KHz Clock output (-)
DSC1 output (-)DSC1 output (+)
DSC2 output (-)DSC2 output (+)
Ground
Pasolink V4 34
IDU (1+1) CONNECTORSASC1(VF) or Alm1 Input (+)
4321
OW/DSC/ASC
17161514
765
201918
111098
24232221
1312 25
EOW input (VF) (-)
DSC1 input (-)
ASC1(VF) or Alm1 Input (-)ASC2(VF) or Alm2 Input (+)ASC2(VF) or Alm2 Input (-)EOW input (VF) (+)
64 KHz Clock input (+)64 KHz Clock input (-)DSC1 input (+)
DSC2 input (-)DSC2 input (+)
ASC1(VF) or Alm1 output (+)ASC1(VF) or Alm1 output (-)ASC2(VF) or Alm2 output (+)ASC2(VF) or Alm2 output (-)
EOW output (VF) (-)EOW output (VF) (+)
64 KHz Clock output (+)64 KHz Clock output (-)
DSC1 output (-)DSC1 output (+)
DSC2 output (-)DSC2 output (+)
Ground
CH8 Input (+)CH8 Input (-)
4321
TRAFFIC IN/OUT ( CH 1 TO CH 8 )
Ground
Ground
23222120
765
262524
111098
30292827
15141312
34333231
181716
373635
Ground
19
CH7 Input (+)CH7 Input (-)
CH6 Input (+)CH6 Input (-)CH5 Input (+)CH5Input (-)
CH4 Input (+)CH4 Input (-)CH3 Input (+)CH3 Input (-)
CH2 Input (+)CH2 Input (-)CH1 Input (+)CH1 Input (-)
Ground
Ground
CH8 output (+)CH8 output (-)CH7 output (+)CH7 output (-)
CH6 output (+)CH6 output (-)CH5 output (+)CH5 output (-)CH4 output (+)CH4 output (-)CH3 output (+)
CH2 output (+)CH2 output (-)CH1 output (+)CH1 output (-)
CH3 output (-)
CH16 Input (+)CH16 Input (-)
4321
TRAFFIC IN/OUT ( CH 9 TO CH 16 )
Ground
Ground
23222120
765
262524
111098
30292827
15141312
34333231
181716
373635
Ground
19
CH15 Input (+)CH15 Input (-)
CH14 Input (+)CH14 Input (-)CH13 Input (+)CH13 Input (-)
CH12 Input (+)CH12 Input (-)CH11 Input (+)CH11 Input (-)
CH10 Input (+)CH10 Input (-)CH9 Input (+)CH9 Input (-)
Ground
Ground
CH16 output (+)CH16 output (-)CH15 output (+)CH15 output (-)
CH14 output (+)CH14 output (-)CH13 output (+)CH13 output (-)CH12 output (+)CH12 output (-)CH11 output (+)
CH10 output (+)CH10 output (-)CH9 output (+)CH9 output (-)
CH11 output (-)
(PAMS) TXDEMS TXD/TXD+
4321
NMS
765
111098
15141312
EMS TRS/RXD+
EMS RXD/TXD-EMS TXDR
EMS CTS/RXD-GROUND
PAMS RXD
NMS RXD/TXD-NMS TXDRNMS RTS/RXD+NMS CTS/RXD-
NMS TXD/TXD+
RA TXDRA GND
RA PORT
RA CTS
RA RXDRA RTS
TXDGROUND
LA PORT
CTS
RXDRTS
GROUND
LOCAL CTSLOCAL RTSLOCAL RXDGROUNDLOCAL TXD
4321
765
111098
15141312
•When PM card is not mounted on the equipment NMS port is used as RA port. NMS port or NMS LAN depends on the PM card Type
•IF IN/OUT
0V or (+48V)-48V or (0V)
LINE IN
4321
•Frame Ground
•Anti Static strap connector
RD+RD-
10/100Base-T Port 1 & 2
TD+TD-4
321
MDI-XTD+TD-RD+RD-
MDILAN DSC TX+LAN DSC TX-
SC LAN
LANDSC RX+LAN DSC RX-6
321
LAN PNMS TX+LAN PNMS TX-
PNMS LAN
LANPNMS RX+LAN PNMS RX-6
321
WS OUT+WS OUT-
WS INTFC
WS IN +WS IN -5
421
FG8
120 Ohms 75 OhmsWS OUT
WS IN
G
•OW HEADSET JACK
•WS Option only on 16x2 Mbps
ALM RL1 (COM)ALM RL1 (NO)
4321
ALM
23222120
765
262524
111098
30292827
15141312
34333231
181716
373635
19
ALM RL1 (NC)ALM RL2 (COM)ALM RL2 (NO)ALM RL2 (NC)
ALM RL5 (COM)ALM RL5 (NO)ALM RL5 (NC)ALM RL6 (COM)ALM RL6 (NO)ALM RL6 (NC)
Buzzer outputBuzzer input
Ground
ALM RL3 (COM)ALM RL3 (NO)ALM RL3 (NC)ALM RL4 (COM)ALM RL4 (NO)ALM RL4(NC)
ALM RL7 (COM)ALM RL7 (NO)ALM RL7 (NC)ALM RL8 (COM)ALM RL8 (NO)ALM RL8 (NC)
HK1 ALM Input(+)HK1 ALM Input (-)HK2 ALM Input(+)HK2 ALM Input (-)
HK4 ALM Input (+)
4321
AUX ALM
HK3 ALM Input (+)HK3 ALM Input (-)
HK6 ALM Input (+)
HK1 CTRL OUT
HK5 ALM Input (+
HK3 CTRL OUTHK3 CTRL OUTHK4 CTRL OUT
HK2 CTRL OUTHK2 CTRL OUT
Remote SW (com)
HK1 CTRL OUT
HK4 CTRL OUT
Remote CH2 sel
17161514
765
201918
111098
24232221
1312 25
Ground
HK4 ALM Input (-)
HK5 ALM Input (-)
HK6 ALM Input (-)
Remote SW ReleaseRemote CH1 Sel
Pasolink V4 35
ALM / AUX Connectors ALM / AUX Connectors
13 12 11 10 9 8 7 6 5 4 3 2 1
25 24 23 22 21 21 19 18 17 16 15 14
Input# 1
Input# 2
Input# 3
Input# 6
Input# 5
Input# 4
Output# 4
Remote Switching
G
AUX Connector (1+1)
19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20
SW ANS TX
TX #1ALMOUTPUT
TX #2 ALMOUTPUT
BER ALMOUTPUT
MAINT ALMOUTPUT
RX #1 ALMOUTPUT
RX #2 ALMOUTPUTBUZZER
SW ANS RX
ALM Connector (1+1)
C1C2C5C6
C3C4C7C8
Not Used
Output# 1
Output# 2
Output# 3
19 18 17 16 15 14 13 12 11 10 9 8 7 6 5 4 3 2 1
37 36 35 34 33 32 31 30 29 28 27 26 25 24 23 22 21 20
Input# 1
Input# 2
Input# 3
Input# 4
Input# 5
Input# 6
Output# 1
Output# 2
Output# 4
Output# 3
NotUsed
BZIN
BZOUT
TX ALMOUTPUT
RX ALMOUTPUT
BER ALMOUTPUT
MAINT ALMOUTPUT
G
ALM / AUX Connector (1+0) System
ALM and AUX Connector (1+1) System
Pasolink V4 36
OW / DSC / ASC ConnectorOW / DSC / ASC Connector
13 12 11 10 9 8 7 6 5 4 3 2 1
24 23 22 21 20 19 18 17 16 15 14
G
25
ASC/DSC
INPUT
ASC/DSC
INPUT
ASC/DSC
OUTPUT
ASC/DSC
OUTPUT
OW IN
OW OUT
64K CLKIN
Option
64KCLK OUT
Option
OUTPUTOUTPUT
INPUT INPUT
13 12 11 10 9 8 7 6 5 4 3 2 1
24 23 22 21 20 19 18 17 16 15 14
G
25
ASC/DSC
INPUT
ASC/DSC
INPUT
ASC/DSC
OUTPUT
ASC/DSC
OUTPUT
OW IN
OW OUT
64K CLKIN
Option
64KCLK OUT
Option
OUTPUTOUTPUT
INPUT INPUT
OW
Back to B
ackC
onnection(R
epeater Station)
13 12 11 10 9 8 7 6 5 4 3 2 1
24 23 22 21 20 19 18 17 16 15 14
G
DSC3(SC2)
25
ASC/DSC
INPUT
ASC/DSC
INPUT
ASC/DSC
OUTPUT
ASC/DSC
OUTPUT
OW IN
OW OUT
DSC4(SC3)
Optional
64KCLK INOption
64KCLK OUT
OptionDSC3(SC2)
DSC4(SC3)
Optional
DSC1(SC4)
DSC2(SC5)
Default
OUTPUTOUTPUT
DSC1(SC4)
DSC2(SC5)
Default
INPUT INPUT
9.6 Default / 64k(Optional)
9.6 Default / 64k(Optional)
• Note : Same for both (1+1) and (1+0) Systems
Pasolink V4 37
INTERFACESNEC PASOLINK SYSTEM HAS THE FOLLOWING ITU-T STANDARD INTERFACES
DIGITAL SIGNAL INTERFACES
• Signal Rate Fix Rate : 4x2 Mbps and 2x10/100BaseT(X)
Rate Free : 2/4/8/16 x 2 Mbit/s and 2x10/100BaseT(X)
• Interface HDB-3 (ITU-T G.703)
• Impedance 75 Ohms / 120 Ohms (selectable)
• Connector 2 MB :D-sub (75/120 Ohms)
2x10/100Base-T(X) : RJ45
• Wayside 1x2 Mbit/s (option in 16x2 Mbit/s ) (75 or 120 ohms selectable)
In the case of Nx2 Mbit/s systems, each I/O port is independent ,therefore the 2 Mbit/s signal can be used for different applications
PARALLEL ALARM INTERFACE• Interface Relay contact (Form-C)• Connector D-Sub (named ALM/AUX ALM)
Pasolink V4 38
INTERFACESSERVICE CHANNELSPasolink V4 uses six Service Channels in its radio overhead frame
OptionNMS with optional PM Card (RS-232C or LAN )SC6
Standard9.6 Kbit/s, RS-232C / RS-422 / RS-485DigitalDSC 2SC5
Option
Standard9.6 Kbit/s RS-232C or 64Kbit/s with G703/V11 card
DigitalDSC 1SC4
OptionDSC Interface 2 CH 9.6 Kbit/s (Async RS-232C, RS-422)Or Alarm extension 2 CH
DSC 4SC3
OptionASC Interface 2 VF CH (0.3 ~ 3.4 KHz ) 600 ohms balanced orAnalog or Digital
DSC 3SC2
StandardEngineering Order Wire IDU-IDU, IDU-ODU, ODU-ODUAnalogEOWSC1
OVERHEAD SERVICE CHANNELS
Service channels can be connected back-to-back at repeater stations.
Pasolink V4 39
INTERFACESMAIN INTERFACE, ETHERNET (10/100BASE-T(X)
Type :
Port Number and Interface:
0-32 Mbps
0 / 4 / 6 / 7 / 816 / 8 / 4 / 2 Mbps (N/A)16 Mbps
8 / 10 / 11 / 128 / 4 / 2 Mbps (N/A)8 Mbps
12 / 13 / 144 / 2 Mbps (N/A)4 Mbps
14 / 152 Mbps (N/A)2 Mbps
16--
16 x 2 Mbps
0-16 Mbps
0 / 2 / 3 / 48 / 4 / 2 Mbps (N/A)8 Mbps
4 / 5 / 64 / 2 Mbps (N/A)4 Mbps
6 / 72 Mbps (N/A)2 Mbps
8--
8 x 2 Mbps
0-8 Mbps
0 / 1 / 24 / 2 Mbps (N/A)4 Mbps
2 / 32 Mbps (N/A)2 Mbps
4--
4 X 2 Mbps
AVAILABLE E1 CHANNELS
PORT 2PORT 1 (PRIORITY CH)
CAPACITY
SELECTABLE TRANSMISSION RATES FOR ETHERNET PORTS AND E1 CHANNELS
Flow Control:802.3x Full Duplex or Half Duplex Forwarding Mode:Store-and-ForwardingInterface card can be used as Ethernet Bridge compliant with IEEE 802.3
2 (Each port is separated ) RJ45
IEEE 802.3 10Base-T IEEE 802.3u/ 100Base-TX (Auto sensing or fixed)
Ethernet Ports and E1 ports can be used at the same time. The number of E1 ports available in this case depends on the Ethernet portstransmission rate.
Transmission Length:Category 5, Max 100m
Transmission Rate:2Mbps to 32 Mbps (selectable)Depends on the system
Pasolink V4 40
APPLICABLE TRAFFIC CHANNELAPPLICABLE TRAFFIC CHANNEL
10/100 Base-T SYSTEM PORT1 PORT2
Port1 CH used
Port2 CH used
Applicable Traffic CH Number to use 2 MB
Disable Disable -- -- CH1, CH2 2M Disable CH1 - CH2 2M 2M CH1 CH2 --
2 x 2MB
4M Disable CH1,CH2 -- -- Disable Disable -- -- CH1, CH2, CH3, CH4
2M Disable CH1 -- CH2, CH3, CH4 2M 2M CH1 CH3 CH2, CH4 4M Disable CH1,CH2 -- CH3, Ch4 4M 2M CH1,CH2 CH3 CH4 4M 4M CH1,CH2, CH3,CH4 --
4 x 2MB
8M Disable CH1.CH2 CH3,CH4
-- --
Disable Disable -- -- CH1, CH2, CH3, CH4, CH5, CH6, CH7, CH8 2M Disable CH1 -- CH2, CH3, CH4, CH5, CH6, CH7, CH8 2M 2M CH1 CH5 CH2, CH3, CH4, CH6, CH7, CH8 4M Disable CH1,CH2 -- CH3, CH4, CH5, CH6, CH7, CH8 4M 2M CH1,CH2 CH5 CH3, CH4, CH6, CH7, CH8 4M 4M CH1,CH2 CH5,CH6 CH3, CH4, CH7, CH8 8M Disable CH1,CH2
CH3,CH4 -- CH5, CH6, CH7, CH8
8M 2M CH1,CH2 CH3,CH4
CH5 CH6, CH7, CH8
8M 4M CH1,CH2 CH3,CH4
CH5,CH6 CH7, CH8
8M 8M CH1,CH2 CH3,CH4
CH5,CH6 CH7,CH8
--
8 x 2MB
1 6 M Dis a b l e CH 1 t o CH8 --
Pasolink V4 41
APPLICABLE TRAFFIC CHANNELAPPLICABLE TRAFFIC CHANNEL10/100 Base-T Channels used for LAN
SYSTEM PORT1 PORT2 PORT1 PORT2
Applicable Traffic CH Number to use 2 MB
Disable Disable -- -- CH1, CH2, CH3, CH4, CH5, CH6, CH7, CH8, CH9, CH10, CH11, CH12, CH13, CH14, CH15, CH16
2M Disable CH1 -- CH2, CH3, CH4, CH5, CH6, CH7, CH8, CH9, CH10, CH11, CH12, CH13, CH14, CH15, CH16
2M 2M CH1 CH9 CH2, CH3, CH4, CH5, CH6, CH7, CH8, CH10, CH11, CH12, CH13, CH14, CH15, CH16
4M Disable CH1,CH2 -- CH3, CH4, CH5, CH6, CH7, CH8, CH9, CH10, CH11, CH12, CH13, CH14, CH15, CH16
4M 2M CH1,CH2 CH9 CH3, CH4, CH5, CH6, CH7, CH8, CH10, CH11, CH12, CH13, CH14, CH15, CH16
4M 4M CH1,CH2 CH9,CH10 CH3, CH4, CH5, CH6, CH7, CH8, CH11, CH12, CH13, CH14, CH15, CH16
8M Disable CH1,CH2,CH3,CH4 -- CH5, CH6, CH7, CH8, CH9, CH10, CH11, CH12, CH13, CH14, CH15, CH16
8M 2M CH1,CH2,CH3,CH4 CH9 CH5, CH6, CH7, CH8, CH10, CH11, CH12, CH13, CH14, CH15, CH16
8M 4M CH1,CH2,CH3,CH4 CH9,CH10 CH5, CH6, CH7, CH8, CH11, CH12, CH13, CH14, CH15, CH16
8M 8M CH1,CH2,CH3,CH4 CH9,CH10,CH11,CH12 CH5, CH6, CH7, CH8, CH13, CH14, CH15, CH16
16M Disable CH1 TO CH8 -- CH9, CH10, CH11, CH12, CH13, CH14, CH15, CH16
16M 2M CH1 TO CH8 CH9 CH10, CH11, CH12, CH13, CH14, CH15, CH16
16M 4M CH1 TO CH8 CH9,CH10 CH11, CH12, CH13, CH14, CH15, CH16
16M 8M CH1 TO CH8 CH9,CH10,CH11,CH12 CH13, CH14, CH15, CH16
16M 16M CH1 TO CH8 CH9 TO CH16 --
16 x 2MB
32M Disable CH1 TO CH16 --
Pasolink V4 42
All data multiplexed except TS0/TS16, CRC yes (A*1.92M)PCM-30COnOnOn
All data multiplexed except TS0/TS16, no CRC (A*1.92M)PCM-30OnOffOn
All data multiplexed except TS0,CRC yes (A*1.984M)PCM-31COffOnOn
All data multiplexed except TS0, no CRC(A*1.984M)PCM-31OffOffOn
All data bits are multiplexed (A*2.048M)Unframed--Off
DescriptionTypeCASCRCFraming
TS0 TS1-15
8bit
TS16 TS17-31
32TS:256bits/125us
Framing & CRC ( cyclic redundancy check) etc.Multi frame structure
Signaling CHChannel Associated Signaling(CAS)Multi frame structure
When CAS= ON, TS16 is set as a fixed value.Where A: A=(D/(D+8)) D:Data length
Pasolink V4 43
INTERFACES
RF INPUT / OUTPUT PORT
Antenna direct mount type : NEC original interface (13-38 GHz)
Wave Guide interface type :
13/15 GHz :PBR14018/23 GHz :PBR22026/28 GHz :PBR26038 GHz :PBR320
Polarization : Field changeable (Vertical or Horizontal)
7/8 GHz :SMA
Pasolink V4 44
START UP / SHUTDOWN
No.2 CH Line IN
No.1 CH Line IN
No.2 CH Power Switch
No.1 CH Power Switch
•Check that the LINE IN voltage is between ±20 V to ± 60V (or ± 20 V to ± 72 V) with a digital multi-meter, before connecting the power connector to the IDU•Turn ON the Power switch on the IDU•Allow equipment to warm up for at least 30 minutes
START UP
SHUT DOWN•Turn OFF the power switch on the front of the IDU
•The common unit is powered by both IDU1 and IDU 2
Pasolink V4 45
Protection switching in Pasolink (1+1 ) system has several switching priorities.
Priority 1: Manual switching Control
Priority 2: Remote switching Control
TX switching
Switching is initiated from external equipment (LCT/PNMT)
When switched from here both TX and RX sides switches at the same time.Manual switching is carried out by selecting from the front panel OPR SEL SW [No.1 –AUTO—No.2]
Priority 3: Automatic switching controlWhen the OPR SEL SW is set to Auto position, for any alarm in the online equipment, traffic will be switched to the standby equipment automatically. TX and RX switchover are performed independently.
In the (1+1)HS system transmit switching is carried out by setting the standby ODU out put to off by Muting it. The data signal is transmitted in parallel to both CH1 and CH2.
RX switching
When the Online RX CH fails, the ALM CONT circuit in the SW Board initiate a RX SW Control signal to switch to the standby CH provided it is in normal operating condition.
PROTECTION SWITCHING
When Hitless switch is used make sure that the difference between the two IF cable lengths are less than 50 meters
TX PWR ALM
TX LO APC ALM
ODU IF INPUT ALM
MOD ALM
TX DPU ALM
CPU ALM
RX LEV ALMRX LO APC ALMDEM ALMFSYNC ALMHIGH BER ALMOPR ALMCPU ALM
Pasolink V4 46
Protection SystemsProtection Systems
H
ODU-1
ODU-2
SwitchModem - 2
Modem - 1H
ODU-1
ODU-2
SwitchModem - 2
Modem - 1
ODU-1
ODU-2
Switch
Modem - 2
Modem - 1ODU-1
ODU-2
Switch
Modem - 2
Modem - 1
Hot Standby - SingleAntenna System
Hot Standby - TwoAntenna System
When a ODU is switched to the other ODU, errors follow if no RX HITLESS SW However, errors persist when Tx is switched to the other side because of equipmentfailure. Tx side does not have protection against switching.
ODU-1
ODU-2
Switch
Modem - 2
Modem - 1ODU-1
ODU-2
Switch
Modem - 2
Modem - 1
Twin Path
Hitless or Ordinary SW (RX)
Pasolink V4 47
Automatic Transmit power control (ATPC)
ATPC setting parameters:-
1- TX max. = Nominal – (0 ~ 30dB)
2- TX min. = Nominal – (0 ~ 30dB)
3- ATPC RX threshold (Reference ) = -30 ~-80dB
- ATPC will start with the TX min. power
- When the RX level of the opposite site is decreased to be below the reference RX
- The ATPC Will start increasing the TX power up to TX max. in one dB steps until increasing the RX level of the opposite site to be over the reference level
- The ATPC will maintain the RX level within 5 dB over the reference level
IDU ODURF IDU
IF
Antenna Antenna
TX
RX TX
RX
Site (A) Site (B)
ODU
TX max
TX min
RX reference
TX max
TX min
RX reference
Pasolink V4 48
AUTOMATIC TX POWER CONTROL
ATPC hysteresis(provisioning)
ATPC Rx Threshold(provisioning)
Min Tx Lev(Provisioning)
Max. Tx Lev(Provisioning)
Tx Out
Low
High
Rx Lev
Fading
Fading
High
LowShallowDeep
ShallowDeep
The ATPC Control transmits the information on the receiving level to the opposite station and controls the transmission level of its own station in accordance with the receiving level of the opposite station.
The ATPC Control can be used in several configurations:
ATPC - ATPCMTPC - ATPCATPC - MTPC
Pasolink V4 49
OW COMMUNICATION
CALLBuzz
Following Order-Wire communications are possible:
Communication between Local IDU and Local ODU
Communication between Local IDU and Remote IDU
Communication between Local ODU and Remote IDU
Communication between Local ODU and Remote ODU
When back-to-back connection for order wire is provided, OW communication between different hops are possible.
Back-to-back connection
Buzz Buzz
When the “Call” button on the IDU is pressed the buzzer sounds on the remote IDU and all the other IDUs connected through back-to back connections.
OW/DSC/ASC
EOW input (-)EOW input (+)
65
EOW output (-)EOW output (+)
1918
ALM
Output Buzzer SignalInput Buzzer Signal
3736
ALM
Output Buzzer SignalInput Buzzer Signal
3736
OW/DSC/ASC
EOW input (-)EOW input (+)
65
EOW output (-)EOW output (+)
1918
(1+0)
Pasolink V4 50
OW/RX LEV MONITOR•Meter – Indicates the Receive level as a dc voltage
•OW Indicator – Lights when the OW-ON/OFF switch is set to ON. Under this condition if the indicator is not lit replace the battery.
•OW ON/OFF SW – when set to ON enables OW communication between the IDU and the ODU.•VOL control – Adjust the level of the OW RX signal.
•Head set Jack – connects the headset for OW communication
•RX LEV/OW IN connector –connect the OW/RX Lev monitor to the ODU using the provided coaxial cable
•Battery – use 6F22(UB) / 9V battery
Pasolink V4 51
INPUT DATA STREAM IS LOST
AIS (ALL LOGIC "1") IS RECEIVED
RECEIVE CLOCK IS LOST
TRANSMIT CLOCK IS LOST
AIS SIGNAL IS SENT
OUTPUT DATA STREAM IS LOST
TX [ ] CLOCK IS LOST
RX [ ] CLOCK IS LOST
INPUT IF SIGNAL IS LOST AT THE DEM
BER IS WORSE THAN 1X10-6
FRFAME SYNCHRONIZATION IS LOST AT THE DPU (RX) CIRCUIT
BER IS WORSE THAN PRESET VALUE (1 X 10-3 )
BER IS WORSE THAN PRESET VALUE (1 X 10-3 ,1X10-4, 1X10-5 OR 1X10-6 ) SELECTABLE
WS AIS SIGNAL IS SENT
WAY SIDE INPUT DATA STEAM LOST
WS AIS SIGNAL IS RECEIVED
WS OUTPUT DATA STEAM IS LOST
TRANSMITTER RF POWERE DECREASES BY 3 TO 6 DB FROM THE NOMINAL
APC LOOP OF TX LOCAL OSCILLATOR UNLOCK
APC LOOP OF RX LOCAL OSCILLATOR UNLOCK
IF SIGNAL FROM THE IDU IS LOST AT ODU
WHEN THE EQYUIPMENT IS SET TO ONE ONE OR MORE OF THE FOLLOWING CONDITIONS
MAINTENANCE MODE ON
FAR END LOOPBACK ON
NEAR END LOOPBACK ON
MOD CW ON
MUTE ON (TX OUTPUT POWER MUTED)
BER AIS OFF
INPUT LOSS
AIS RCVD
TX IN CLK LOSS
RX IN CLK LOSS
AIS SEND
OUTPUT LOSS
TX CLK LOSS [ ]
RX CLK LOSS [ ]
DEM ALM
LOW BER
F SYNC ALM
HIGH BER ALM
BER ALM
WS INPUT LOSS
WS AIS RCVD
WS AIS SEND
WS OUTPUT LOSS
TX POWER ALM
RX LEV ALM
APC1 ALM
APC2ALM
IF INPUT ALM
MAINT
TX ALM [ ]
--
TX ALM [ ]
RX ALM [ ]
--
RX ALM [ ]
RX ALM [ ]
RX ALM [ ]
RX ALM [ ]
RX ALM [ ]
RX ALM [ ]
RX ALM [ ]
TX/RX ALM [ ]
TX/RX ALM [ ]
TX ALM [ ]
RX ALM [ ]
TX ALM [ ]
--
--
TX ALM [ ]
TX ALM [ ]
MAINT
IDU [ ]
IDU [ ]
ODU [ ]
MAINT
2M INTFC
SW BOARD
DEM
DPU
WS INTFC
ODU
RECEIVE INPUT LEVEL DECREASE BELOW SQUELCH LEVEL
---
DETECTINGCIRCUIT
ALARM CONDITION ALARM INITIATED LED INDICATION
VCO SYNCHRONIZATION IS LOST AT THE MOD CIRCUIT MOD ALM TX ALM [ ]MOD
LAN INTFC CARD FAILURE LAN INTFCLAN INTFC TX ALM [ ]
MDP CPU ALM CPU ALM TX/RX ALM
ALARM TABLE
Pasolink V4 52
ALARM TABLE
IF INP
UT A
LM
AP
C2 A
LM
AP
C 1 A
LM
RX
LEV
ALM
LCT ODU ALM
TX P
WR
ALM
LCT MAINTLCT IDU ALMALM RELAYLED
ZMFE LOOPBACK (REMOTE)MFE LOOPBACK
NE LOOP BACK (REMOTE)MNE LOOP BACK
NE
LB C
ON
T 1-16FE
LB A
NS
1-16FE
LB C
ON
T 1-16
OP
R A
LM
DE
M A
LMM
OD
ALM
BE
R A
LM
FRAME ID DIFFERENTCH ALM INHIBIT
MUTE (REMOTE)MMUTE
CW (REMOTE)MCW
IF INPUT ALMAPC2 ALMAPC1 ALMLOSS OF RECEIVE RF SIGNAL
RX LEV ALMTX PWR ALM
IF CABLE OPENBER THRESHOLDBER 1X10-3
BER 1X10-6RX CLOCK LOSSTX CLOCK LOSSAIS RCVD 1-16 (AIS RCVD ON)AIS RCVD 1-16INPUT LOSS 1-16 (REMOTE) (AIS SEND ON)INPUT LOSS 1-16 (REMOTE)INPUT LOSS 1-16
NE
LB A
NS
1-16
LBE
R A
LMH
BE
R A
LMFS
YNC
ALM
RX
CLO
CK
LOS
STX
CLO
CK
LOS
SB
P O
UTP
UT 1-16
AIS
SE
ND
1-16A
IS R
CV
D 1-16
INP
UTLO
SS
1-16M
AIN
TB
ER
RX
ALM
TX A
LMM
AIN
T LED
OD
U LE
DID
U LE
D
IDU/ODU ALM LED LIGHT
IDU/ODU LED BLINKSLCT ALM INDICATION
ALM MASK
SOMETIMES ALM
M MAINT LED LIGHT
Pasolink V4 53
Pasolink V4 ODU Pasolink V4 ODU -- 18GHz Frequency Plan18GHz Frequency Plan
18G FREQUENCY BAND (1010MHz FREQ. SHIFT and 1.25MHz Spacing)
238.75MHz (A)
17710.0
0M
Hz
(1)
17948.7
5M
Hz
(192')
246.25MHz (C)
18197.5
0M
Hz
(1)
18443.7
5M
Hz
(198')
246.25MHz (B)
17950.0
0M
Hz
(1)
18196.2
5M
Hz
(198')
246.25MHz (B)
18960.0
0M
Hz
(1)
19206.2
5M
Hz
(198')
246.25MHz (C)
19207.5
0M
Hz
(1)
19453.7
5M
Hz
(198')
238.75MHz (A)
18958.7
5M
Hz
(192')
18720.0
0M
Hz
(1)
19455.0
0M
Hz
(1)
240.00MHz (D)
19695.0
0M
Hz
(193')
240.00MHz (D)
18445.0
0M
Hz
(1)
18685.0
0M
Hz
(193')
1010MHz
1010MHz
1010MHz
1010MHz
Pasolink V4 54
Installation Before going to any site, please be sure you completely prepared the following items:1-The installation tools.2-The test equipment ,materials ,and tools.( for test work
only)3-Site installation drawings.4-All labels/stickers (hard and soft copy)5-Frequency plan and system configuration documents.6-Test procedure and test data sheets .( for test work only)7-Confirm access to site/station.8-Check the condition of the vehicle to be used.9-Make sure you and your staff are in good conditions
(physically)10-Confirm the site/station entrance conditions. 11-Move to site/station safely.
Pasolink V4 55
INSTALLATION- Link Design RF spot ,Capacity , Redundancy , Antenna size, Rx level ,Tx power ,Link availability
- RFI Survey Out door (LOS, Tower , grounding , Antenna mount , Cable tray )
In door ( feeder entrance ,19” rack , DC power , AC ,DDF , cable tray, grounding)
- Equipment / Material SortingIDU , ODU , Antenna , Hybrid and Installation Material
Pasolink V4 56
IF CableConnectionIF Cable
Connection
IDU Grounding ConnectionIDU Grounding Connection
Connect the Power Connect the Power Follow Start up and set up Procedure
Follow The termination Procedure
Follow The termination Procedure IDU
Mounting
19" rack fixing19" rack fixing
Unpacking of 19" rack (if supplied)
Unpacking of 19" rack (if supplied)
IF Connector & Power Connector termination
IF Connector & Power Connector termination
Unpacking of Accessories
Unpacking of Accessories
Unpacking of IDU
Unpacking of IDU
Refer to the IDU fixing Procedure Photos
Rack Earthing Connection
Rack Earthing Connection
Confirm 19" Rack Location& DC-Power Source
1-INDOOR INSTALLATION1-INDOOR INSTALLATION
NESIC CAIRO
Pasolink V4 57
UNPACKING IDU / ODU
•Open the carton
•Take out the cushioning materials
•Take out the IDU with the antistatic bag from the carton
•Take out the IDU from the antistatic bag
•Open the carton
•Take out the ODU with the cushioning materials
•Remove the cushioning material from the ODU
•Inspect ODU•Inspect IDU
Pasolink V4 58
75 Ω/ 120 Ω TERMINATION75 Ohms or 120 Ohms impedance for the 2 Mbps channel is selected from the front board. Usually set in the factory according to the customer requirements
When main interface is 75 Ohms, set all switches to 75 side
When main interface is 120 Ohms, set all switches to 120 side
When WS interface is 120 Ohms, set all switches to 120 side.
When WS interface is 75 Ohms, set all switches to 75 side.
H0091A IDU (4x2 Mbps) only S1 SW is available in the Front Board 2.
H0091F IDU (2/4/8/16x2 Mbps) S1, S2, S3, S4 are available in the front board 2..
Available in 2/4/8/16/x 2 Mbps IDUs
Shows the selected position
Pasolink V4 59
IDU MOUNTFRONT POSITION
CENTER POSITION
Fix each side of the IDU to the rack with (M5) screws
Align the IDU to the mount positionWhen mounting the IDU in a 19 inch rack, leave a space of 200mm to the rear section and space of one rack unit to the top and bottom.
WALL
Mount the two brackets to the IDU with four screws Align the IDU to the center mount position
and fix each side with (M5) screws
Pasolink V4 60
IF CableConnectionIF Cable
Connection
ODU Grounding ConnectionODU Grounding Connection
IF Cable LayingIF Cable LayingConnect to IDU & Follow Start up and set up Procedure
Follow The termination Procedure
Follow The termination Procedure ODU
Mounting
Unpacking of Antenna
Unpacking of Antenna
IF ConnectorIF Connector
Unpacking of Accessories
Unpacking of Accessories
Unpacking of ODU
Unpacking of ODU
Refer to the IDU fixing Procedure Photos
Remove the ODU cover, Confirm the
Polarity
Remove the ODU cover, Confirm the
Polarity
Antenna bracket assembling,
Confirm the Polarity
1-OUTDOOR INSTALLATIONFLOW CHART
1-OUTDOOR INSTALLATIONFLOW CHART
Refer to the Antenna assembling guide
Pasolink V4 61
V /H POLARIZATION (1+1)
PROCEDURE FOR SETTING V/H POLARIZATION
ANTENNA
•Antenna is set to V polarization when shipped from the factory
•To change to H polarization, loosen the four screws and rotate the antenna connection unit by 90 degrees. Then tighten the screws.
NEC HYBRID UNIT•Hybrid is set to V polarization when shipped from the factory
•To change to H polarization, loosen the two screws and rotate the two plates as shown and fix it back.
Antenna direct mounting type ODU
Antenna connection unit
V-POL
H-POL
Screws
HYBRID
Pasolink V4 62
•V-POL
•H-POL
•Hybrid is set to V polarization when shipped from the factory
•To change to H polarization, loosen the two screws and rotate the three plates as shown and fix it back.
Pasolink V4 63
ANTENNA DIRECT MOUNT – V/H POL
PROCEDURE FOR SETTING V/H POLARIZATION
•When vertical polarization is required, rotate the IDU so that the plate marked with V is pointing up. Fix the ODU in this position
•When horizontal polarization is required, rotate the IDU so that the plate marked with H is pointing up. Fix the ODU in this position
Pasolink V4 64
POLE MOUNTING BRACKET
Pasolink V4 65
WALL MOUNTING BRACKET
•BOLT
Pasolink V4 66
Antenna Direct Mount Type
1.Mount the Hybrid to the Antenna with screws, use the guide pins to position correctly
2.Fix the ODUs one by one to the Hybrid. Take care not to damage the o-rings.
Remove the Blanking plate
Mount the blanking plate here for reuse
Pasolink V4 67
Antenna connection using WG
WAVEGUIDE WITH PBR [ ] FLANGE
TAKE CARE NOT TO DAMAGE THE O-RING
Pasolink V4 68
DIFFERENT ODU MOUNTINGS
Pasolink V4 69
DIFFERENT ODU MOUNTINGS
Pasolink V4 70
Antenna
ODU 1
HYBRID
ODU 2
DIFFERENT ODU MOUNTINGS
Pasolink V4 71
DIFFERENT ODU MOUNTINGS
WALL MOUNTING POLE MOUNTING RACK MOUNTING
Pasolink V4 72
Wiring Diagram
DC P
DB
CPU
DDF
or T
ER E
QUIP
19' rack
227 ICE 02 (RV) 1.5mm2 (Blue and Red)
SN-5D-HFB
2MB Cable (120 ohm)Dsub
19' rack earth
(RV) 2.5mm2 (Black)
NE00
1 or
NE0
02
OT1.5-4
OT2.5-5
OT2.5-5
To be prepared by Naja
Supplied equipment
N-LP-5DFB
ODU
Antenna
High or Low
SN-5D-HFBN-LP-5DFB N-LP-5DFB
BVR 450/750V 16mm2 (Yellow/Green) x2
Tower
OT14-6
OT14-6
MDP
2
MDP
1 IDU(1+1)
LAN cable(10/100BaseT)
(RV) 14 mm2 (Black)
227 ICE 02 (RV) 1.5mm2 (Blue and Red)
OT2.5-5
OT2.5-5
ODU
N-LP-5DFB
Antenna
Pasolink V4 73
CABLE TERMINATION1-IF Connector Termination
1-Connector Material Check
Verify that all connector Accessories are complete as
1- Lock Nut2- Washer3- Gasket4- Clamp A5- Clamp B6- Center Conductor7- Insulation8- Connector Shell
Clamp B
Clamp A
Insulation
Gasket
Washer
Luck Nut
Center Conductor
Connector Shell
Pasolink V4 75
IF Cable Termination1-First, Fit the Lock Nut, Washer
and Gasket on the Cable as shown
Gasket
washer
Lock Nut
Pasolink V4 76
2-Strip Back the cable sheath, taking care not to damage the
braided shield.
Fit Clamp ANESIC CAIRO
Pasolink V4 77
3-Fold back the Braided shield, Separating the strands of the braid.
Cut the extra length,
to fit to Clamp A
Pasolink V4 78
4-Cut away the insulation from the center conductor and fit the clamp B.
Be sure not to cut or scratch the conductor while stripping the insulation
NESIC CAIRO
Pasolink V4 79
5- Cut the center conductor to fit the connector center contact (~1.2cm).
6- Mount the center contact onto the center conductor
7- Mount the Insulation onto the center contact.
Taper the end of the center conductor using a file
Insulation
Pasolink V4 80
8-Insert the cable into the connector shell
9- Tighten the Lock Nut.Insure the good tighten
condition using the suitable wrench
NESIC CAIRO
Pasolink V4 81
10- Check the connector-cable continuity suing multemeter.
11- Cover the outdoor connector with rubber tape.
12- Cover the rubber tape with all weather vinyl tape.
13- The connector is ready for use.NESIC CAIRO
Pasolink V4 82
POWER CABLE TERMINATION
CONNECTOR &POWER CABLE
Power Connector
Power Cable
Socket Contact
Pasolink V4 84
1-Remove 3.0 to 3.5 mm of Insulation
2- Set the socket contact to the following position onto the hand crimping tool
1
Hand Crimping tool (57026-5000)
Position Position ia. of Cableia. of CableddCrimping TypeCrimping Type5702657026--5000 5000 ФФ 1.5 to 1.8 11.5 to 1.8 1
ФФ 1.8 to 2.2 21.8 to 2.2 25702757027--5000 5000 ФФ 2.3 to 2.6 12.3 to 2.6 1
ФФ 2.6 to 3.1 22.6 to 3.1 2
2
Pasolink V4 85
3- Squeeze the handle of the hand crimping tool, insert cable into socket contact
4- Cable should fit, so insulation and bare wire are arranged as shown,
5- Squeeze the handle of the hand crimping tool until ratchet is released.
Pasolink V4 86
6- Insert socket contacts to power connector till they locked and be sure it is well fixed.
55--Squeeze the Squeeze the handle of the hand handle of the hand crimping tool until crimping tool until ratchet Is releasedratchet Is released
(0 V)
(-48 V)
NESIC CAIRO
Pasolink V4 87
The Connector is ready to use
NESIC CAIRO
Pasolink V4 88
Antenna OrientationAt each station remove the cap from the RX LEV MON connector.
At each station connect cable between the RX LEV MON connector in the ODU and OW/RX LEV IN connector in the OW/RX LEV MONITOR unit or digital multi-meter.
Adjust the azimuth and the elevation so as to maximize the RX LEV voltage indicated on the voltage display, one station at a time.
AZ Angle Adjustment
1. Loosen the Bolt (Nut)
2-1. Adjust AZ angle by the two Bolts (nuts)
2-2. Secure the Bolts (nuts).
EL Angle Adjustment
3. Loosen Bolts
4. Adjust EL angle by the bolts (nuts)
After adjustment disconnect the RX LEV MONITOR /Digital Multi-meter Put back the cap on the RX LEV MON connector
NEW TYPE BRACKET OLD TYPE BRACKET
Secure the Bolts (nuts).
Pasolink V4 89
GROUNDING
Pasolink V4 90
•For Andrew VHP( )-( )-NC3 Antenna
Pasolink V4 91
7/8 GHz BAND ODU
Pasolink V4 92
ORDER-WIRE TESTSConnect the OW/RX LEV MONITOR to the RX LEV MON connector on the ODU.
Connect Headsets to the EOW Jacks on the front panel of the local and remote IDUs and Headset Jack on the OW/ RX LEV MONITOR. Press the Call Button on the local IDU and confirm that the buzzer on the opposite IDU is activated..
Confirm that OW communication between Local IDU and the Remote IDU is possible.
Confirm that OW communication between Local IDU and the local ODU and/ or opposite ODU is possible
Confirm that OW communication between Local ODU and the opposite ODU is possible
Disconnect the headsets and OW/RX LEV monitors.
It is possible to extend the OW communication to other Hops in the link. Establish back-to-back connections as shown.
Note:
Pasolink Equipment
Maintenance
Pasolink V4 94
** Types of Maintenance1- Preventive Maintenance ( periodical )2- Corrective Maintenance
** Precautions• Before beginning maintenance, notify the opposite station that
maintenance is about to begin.• After equipment starts-up, allow the equipment to warm up for at least
30 minutes.• During maintenance, set the IDU to maintenance mode using a PNMT
according to the user manual.• After completing the maintenance operation, restore all connections to
normal.
Pasolink V4 95
Required tools & test equipments
1 setFor Fault isolationE1 Tester with cable
1 setFor fixation /replacementsTorque wrench, spanner, screw drivers, tape, vinyl tape , Rubber tape
1 setFor Antenna RustTouch-up paint
1 setWith PNMT softwarePersonal Computer with RS-232C cable for IDU
1 each-Headset
Qty Remarks ITEM
Pasolink V4 96
1- Preventive Maintenance
Frequency of preventive maintenance
Preventive maintenance on a timely basis recommended as follows :-
• 1st: Three (3) months after the start of operation.
• 2nd: Twelve (12) months after the start of operation.
• 3rd and after: Every one (1) year.
Pasolink V4 97
Preventive Maintenance Procedures 1- Radio Equipment
• Visual inspection • Meter reading• Check configurations
2- Aerial Equipment• Visual inspection • Check loose bolt connections• Rust prevention
3- Interface Cables and Connectors ( RF, IF cables , grounding . Power supply, main traffic , alarm , service channels ,NMS cables and connectors )
• Visual inspection• Check loose bolt connections• Check waterproofing treatment
Pasolink V4 98
Equipment Location Check Item / / / / / / / /ODU Visual
IDU Visual
ODU primary power supply
Transmitter Power
Receiving Level
Configuration Setting
Tightened with specified torque?
Rust
Visual
Tightened with specified torque?
Rust
Firmly fixed?
Waterproof
The jumper cable Firmly tied with antenna pole?
Frame ground of ODU Firmly connected to the earth bar?
Firmly connected to the earth bar?
Firmly connected to the jumper cable?
Water proof
IF cable connector Firmly fixed?
Traffic cable connector Firmly fixed?
Alarm cable connector Firmly fixed?
Service Channel Cable Firmly fixed?
Preven t ive Main tenance Cheek ListSite Name:_________________
Check Date
Radio
IDU through PNMT
Aerial Antenna Visual
Bracket
The feeder
Cable Connectors of jumper between ODU and feeder
Power supply cable and connector
Frame ground of IDU
Firmly connected?
Firmly connected to the earth bar?
Pasolink V4 99
Tx Frequency: Rx Frequency: --------- MHz --------- MHz
Channel No.: Channel No.:Transmitter Power: Receiving Level:
--------- dBm --------- dBmTx Frequency: Rx Frequency:
--------- MHz --------- MHzChannel No.: ( ) Channel No.: ( )Transmitter Power: Receiving Level:
--------- dBm --------- dBmPrimary DC voltage:
------- V
IDU Serial No.: Bit rate: Frame IDMB 2 × 2 ڤMB 2 × 4 ڤMB 2 × 8 ڤMB 2 × 16 ڤMB 8 × 1 ڤ
Default ڤ
ODU2 Serial No.:
ODU1 Serial No.:
Site Inve ntory Data Re cord She e t
Site Name:_________________ Installation Date:_________________
To:
Pasolink V4 100
Start
Radio Equipment Aerial
Equipment
Interface cables and connectors
Visual inspection
Visual inspection
Visual inspection
Check Meter reading
Check loose connections
Check loose connections
Rust Prevention Check Water proofing
Check Configuration
Go To Corrective
Maintenance
* Tx Power * Rx Signal level* No up normal alarms
End
Preventive Maintenance Flow Chart
Pasolink V4 101
2- Corrective MaintenanceCorrective Maintenance Procedures
1-Radio equipments• Fault Isolation
( LED , Internal alarms , BB loop back , event log & link performance)
• Rectify the fault reason or replace the faulty part
2- Aerial equipment• Antenna alignment• Antenna Rust • Surface Damage
3- Interface Cables & Connectors• Check for Damages in Cables and connectors• Loose connections• Water ingress
Pasolink V4 102
Corrective Maintenance Flow ChartStart
Radio Equipment
Aerial Equipment
Interface cables and connectors
Alarm Observation
Identify faulty equipment
Hard ware problem or sitting problem ?
Rectify the problem cause
Replace the faulty Parts with Spare
Perform check to restore normal operation
Antenna alignment?
Malfunction observed
Adjust the antenna direction & tight bolts to
the specific torque
Any rust ? Clean & apply touch up paint
Any surface damage?
Replace Damaged part if necessary
Return faulty parts for Repair End
Malfunction observed
Any damage ?
Any loose connections ?
Any water ingress ?
Replace Damaged part if necessary
Tighten the connectors
Apply water proof treatment
Pasolink V4 103
List of check items against alarm item (for PASOLINK 1 + 0)IDU Alarms
IDUb) Check 2M INTFC of IDU (data type, speed, etc).
Data output cable and connector failurea) Check data output cable and connector failure (short-circuit).
IDULoss of output data stream to DTE
OUTPUT-CH 01-164
d) Check “DEM” at item 22. If above item on and RX Level normal>>
c) Check “FRAME ASYNC” at item 17
Replace IDUb) Check “RX CLK LOSS 1-4” at item 14
Antenna system or natural fading;a) Check “RX LEVEL”
IDUAIS (all "1") is transmitted to DTE
AIS SEND-CH 01-163
Data input cable and connector failureb) Check data input cable and connector.
DTEa) Check DTE
IDUAIS (all "1") is received from DTE
AIS RCVD-CH 01-162
Data input cable and connector failureb) Check data input cable and connector failure (short-circuit)
DTEa) Check DTE
IDULoss of input data stream from DTE
INPUT -CH 01-161
Possible Cause of Failure or Action to Take
Items to Check
Equipment where Alarm is fromAlarm DescriptionAlarm Items
Pasolink V4 104
List of check items against alarm item (for PASOLINK 1 + 0)IDU Alarms
2M interface card failurea) Check 2M interface card.
IDUINTFC Transmitter Clock Loss <Note 1>TX CLK LOSS 1-49
DTEb) Check DTE
Data output cable and connector failure
a) Check wayside data output cable and connector.
IDUWay Side output loss
WS OUTPUT8
Wayside card failureCheck wayside card.
IDUAIS for Way Side is transmitted WS AIS SEND7
DTEc) Check DTE (data type, speed, etc)
Wayside data input cable and connector failure
b) Check wayside data input cable and connector.
Wayside card failurea) Check wayside card
IDUAIS for Way Side is received
WS AIS RCVD6
Wayside card failureCheck wayside card.
IDULoss of Way Side traffic input WS INPUT5
Possible Cause of Failure or Action to Take
Items to Check
Equipment where Alarm is fromAlarm DescriptionAlarm Items
Pasolink V4 105
List of check items against alarm item (for PASOLINK 1 + 0)IDU Alarms
Opposite siteb) Check opposite site equipment
Antenna system or natural fadinga) Check “RX LEVEL”
IDUBER > 10E-3
HIGH BER14
IDU settingb) Check Frame ID using LCT or PNMT/S
Antenna system or natural fadinga) Check “RX LEVEL”
IDUFrame Asynchronous at RX DPU
FRAME ASYNC13
2M interface card failureb) Check 2M interface card. (5)
IDU Data rate settinga) Check data rate setting using LCT or PNMT/S.
IDULoss of TX DATA at TX DPU
TX DPU12
2M interface card failureb) Check 2M interface card.
IDU data rate settinga) Check data rate setting using LCT or PNMT/S.
IDULoss of TX DATA at INTFC
MUX Alarm11
d) Check “DEM”
c) Check “FRAME ASYNC”
Replace IDUb) Check “RX CLK LOSS
Antenna system or natural fadinga) Check “RX LEVEL”
IDUINTFC Receiver Clock Loss <Note 1>
RX CLK LOSS 1-410
Possible Cause of Failure or Action to Take
Items to Check
Equipment where Alarm is fromAlarm DescriptionAlarm Items
Pasolink V4 106
List of check items against alarm item (for PASOLINK 1 + 0)IDU Alarms
IF cable and connector failurea) Check IF cable and connector (17)
IDUCPU communication error between IDU and ODUOPR ALM20
PM card failurea) Check PM Card.
IDUCommunication failed between ALM control card of IDU and PMCPMC-ALM CONT LINK19
Improve air flowb) Check atmosphere temperature
Antenna system or natural fadinga) Check “RX LEVEL”
IDUCarrier Asynchronous
DEM18
Replace IDUb) If continues MOD alarm on
Improve air flowa) Check atmosphere temperature
IDUMOD 850MHz PLL APC loop is out of lock
MOD17
Opposite siteb) Check opposite site equipment
Antenna system or natural fadinga) Check “RX LEVEL”
IDUDegradation of BER (10E-3/-4/-5/-6 selectable)
BER16
Opposite siteb) Check opposite site equipment
Antenna system or natural fadinga) Check “RX LEVEL”
IDUBER > 10E-6
LOW BER15
Possible Cause of Failure or Action to Take
Items to Check
Equipment where Alarm is from
Alarm Description
Alarm Items
Pasolink V4 107
List of check items against alarm item (for PASOLINK 1 + 0)ODU Alarms
IF cable lengthb) Check IF cable length and loss. (7)
IF cable and connector failurea) Check IF cable and connector. (7)
<Activated when less than approx. -63dBm>
ODUOccurred when TX IF input level is decreased
IF INPUT25
Replace ODUb) If continues alarm on
Improve ODU temperaturea) Check atmosphere temperature
ODURF 2nd local APC loop out of lock
RX APC24
Replace ODUb) If continues alarm on
Improve ODU temperaturea) Check atmosphere temperature
ODURF 1st local APC loop out of lock
TX APC23
Correct channel numberb) Check channel number of own site and opposite site
Antenna system or natural fadinga) Check “RX LEVEL”, if lower>>
<Activated when less than -95dBm+/-5dB>
ODUReceiving level is decreased
RX LEVEL22
Replace ODUb) If continuous alarm on
Improve ODU temperaturea) Check atmosphere temperature
<Activated when 3 to 5dB lower than preset value>
ODUOccurred when transmitter output power is decreased
TX POWER21
Possible Cause of Failure or Action to Take
Items to Check
Equipment where Alarm is fromAlarm DescriptionAlarm Items
Pasolink V4 108
END OF PRESENTATION
THANK YOU