paso presentation v4

7/30/2019 Paso Presentation V4

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PASOLINK

PASOLINK V4

TRAINING


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Point-to-point digital microwave connection

QPSK Modulation

RF Frequency bands of 7/8/13/15/18/23/26/28/38 GHz

Transmission capacity of: 2x2,4x2,8x2,16x2 MBit/s withWayside option for 16x2 MBit/s

Hot-standby or diversity - hitless solution

10BASE-T/100BASE-TX LAN capacity

Automatic Transmission Power Control Function

Product Highlights


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System Architecture of V4

SWUNIT

MDUNIT

IDU ODU

PDH

IN/OUT

PNMS

LCT

WSIN/OUT

OW IN/OUT

ANT


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Hot Standby System


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Combined RedundancyOptions


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Bandwidth - Capacity

28 (27,5 or 29,65) MHz

14 (13,5) MHz

7 MHz

P

ASOLIN

K

V4

16 (17) x 2MB or N x 2MB LAN

8 x 2MB or N x 2MB + LAN

4 x 2MB or N x 2MB + LAN

2 x 2MB or LAN

MODULATION: 4PSK

3,5 MHz


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Packing List for IDU and ODU

13-38 GHz HYB (x1) for 1+18

7-8 GHz HYB (x1) for 1+1, with N-type or SMA coaxial cable

connectors7

7.5 Fuse (SMP75) (x 2ea)6

Cabel Terminal (Molex 5556T) (x4ea)

Power Connector (Molex Housing M5557-4R) (xlea)5

MDP-( )MB-( ) (IDU)4

O-Ring (Attached to the antena direct mounting type ODU)3

O-Ring (Attached to the waveguide type ODU)2

TRP-( )G( )MB-( ) A (ODU)1

DescriptionNo.


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PASOLINK V4THE OUTDOOR

UNIT


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ODU Physical Parameters 7/8 GHz

Weight / Approx. 3 Kg Dimension / 240mm (W )x 243 mm (H) x 90 mm (D) Power Supply / -43V Power Consumption / 40 W

Temperature range Guaranteed Operation / - 33 C to + 50 C Workable Operation / - 40 C to + 55 C Transport and storage / - 40 C to + 70 C

Relative Humidity / Less then 90% at 50 C

Altitude / Up to 4000 m


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Weight / Approx. 3 Kg Dimension / 240mm (W )x 243 mm (H) x 90 mm (D) Power Supply / -43V

Power Consumption / 40 W Temperature range

Guaranteed Operation / - 33 C to + 50 C Workable Operation / - 40 C to + 55 C Transport and storage / - 40 C to + 70 C

Relative Humidity / Less then 90% at 50 C

Altitude / Up to 4000 m

ODU Physical Parameters 13-38 GHz


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Composition of ODU

ModuleLocation No.

Power Supply3

Intermediate Frequency Circuit2

Radio Frequency Circuit1


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ODU Block Diagram

IF ( Intermediate Frequency )

MIX ( Mixer )

BPF ( Band Pass Filter )

LNA ( Low Noise Amplifier )

LO ( Local Oscillator )

DUP ( Duplexer )

MPX ( Multiplexer )


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Az RF CKT of ODU covers the full band, only filter change is required

Fewer ODU needed

RX BPF

TX BPF

Sub-band Changing

Full band coverRF CKT Changable Filters

A B C DAfc fc


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ODU Interface Terminal

OW/RX LEV MON

IF IN/OUT: N Type Connector

RF IN/OUT:

7/8 GHz ODU:

SMA or N Type Connector13-38 GHz ODU:Direct Mounted or Waveguide

OW/Rx Level Monitor Point:

F type Male Connector

FG: Frame Ground Screw


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Controls, Indicators andTest

Jacks of OW/RX LEV Monitor

OW On Off Switch

Enables to transmission of OWsignal between IDU and ODU

VOL Control Adjust receive OW voice level

RX LEV/OW in Input connector for RX level

monitoring voltage and OW signal

HeadSet Jack Permits communication IDU and

ODU when orderwire headset isconnected

Meter Indicates receiving RF level

monitoring voltage

OW Indicator Lights when OW communication is

performed


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Setting The Polarization

PROCEDURE FOR SETTING V/H POLARIZATION

When vertical polarization is required, rotatethe IDU so that the plate marked wi th V is

point ing up. Fix the ODU in this position

When horizontal polarization is required, rotatethe IDU so that the plate marked with H is

pointing up. Fix the ODU in this position


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ODU Type

PASOLINK

TRP-()G-1AA

Sub Band

TxFrequency

High/Low

Serial Number

Date of Manufacturing

Weight

ODU Type and Frequency

Indication Label


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ODU

PerformanceI.


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ODU Performance II.


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PASOLINK V4THE INDOOR

UNIT


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IDU (1+0) Configurations


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IDU (1+1) Configurations

4x2M, Fixed Bit Rate system 4x2M, Fixed Bit Rate system with LAN Interface

2/4/8/16x2M Bit Rate Free system 2/4/8/16x2M Bit Rate Free system with LAN interface


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Optional Cards

1 - ASC, DSC, ALM Interface

2 - 64K Interface

3 - WS Interface

4 - SC LAN Interface

5 - Supervisory Card

6 - LAN Interface

1

2

3

4

5

6


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Composition of IDU

(1+1 system)Switching UnitU1

Modulator-Demodulator UnitU2Modulator-Demodulator UnitU3

LAN Interface10

SupervisoryCard11

DescriptionNo.

SC LAN Interface12

ASC, DSC, ALM Interface9

WS Interface8

64K Interface7

Front Board 26

Front Board 15

SW Board4

DC-DC Converter3

Front Board 12

Main Board1

3

1

2

4

9

8

7

11

10

12

U1

U2

U3


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IDU Block Diagram


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Pasolink V4 1+0 Interface

IF INTFC

2Mb INTFC (Ch. 9 Ch. 16)

LAN INTFC (Port1&Port2)

WS/LAN (Optional)

NMS LAN for PNMS

LEDs

PWR MAINT ODU IDU

CPU

RESET

EOW

CALL

SWITCH


ALM/AUX ALM

OW/ASC/DSC

NMS/RA for PNMS or LCT

LA Port for LCT

FUSE

POWER

SW

DC IN


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Interfaces (1+0 system)

N-P ConnectorTX IF to ODU and RX IF fromODUIF IN/OUT

D-subConnector, 37 Pins2.048 Mbps HDB3 coded datainput/output

Traffic IN/OUT (CH 9 CH 16)

RJ 45, 8 PinsWay side signal/DSC data forLANWS/SC LAN

RJ 45, 8 PinsPNMS input/outputNMS LAN

D-subConnector, 15 PinsControl/Monitoringsignal input/outputfrom/to PC

LA PORT

D-subConnector, 15 PinsNMS input/output or RA input/outputNMS/RA

D-subConnector, 37 PinsAlarm andtransmission networksurveillance alarm input/output

ALM/AUX ALM

D-subConnector, 25 PinsEngineering Orderwire, Digital andAnalog Service Channels and Alarmsignal input/output

OW/DSC/ASC

RJ -45, 8 PinsLAN signal input/output (optional)10/100BASE-T IN/OUT(PORT1&PORT2)

D-subConnector, 37 Pins2.048 Mbps HDB3 coded datainput/output

Traffic IN/OUT (CH 1 CH 8)

ConnectorDescriptionInterface


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IF INTFC


LAN INTFC (Port1&Port2)

WS/LAN (Optional)

NMS LAN for PNMS

CPU

RESET

EOW CALLSWITCH

2Mb INTFC (Ch. 1 Ch. 8)ALM

OW/ASC/DSC

NMS/RA for PNMS or LCT

LA Port for LCTFUSES

POWER

SW

DC IN

AUX ALMOPERATION

SELECT

Pasolink V4 1+1 Interface


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Interfaces (1+1 system)

RJ 45, 8PinsDSC data for LANSC LAN

D-sub, 37 PinsAlarm and answer signal input/outputALM

N-P ConnectorTX IF to ODU and RX IF fromODUIF IN/OUT

D-sub, 37 Pins2.048 Mbps HDB3 codeddata input/outputTraffic IN/OUT (CH 9 CH 16)

RJ 45, 8 PinsWay side signal/DSC data for LANWS/SC LAN

RJ 45, 8 PinsPNMS input/outputNMS LAN

D-sub, 15 PinsControl/Monitoring channels from/to PCLA PORT 1&2

D-sub, 15 PinsNMS input/output or RA input/outputNMS/RA

D-sub, 25 PinsTransmissionnetwork surveillanceauxiliaryAUX ALM

D-sub, 25 PinsEngineeringOrderwire, DigitalandAnalogServiceChannels andAlarm signal input/output

OW/DSC/ASC

RJ -45, 8 PinsLAN signal input/output (optional)10/100BASE-T IN/OUT (PORT1&PORT2)

D-sub, 37 Pins2.048 Mbps HDB3 codeddata input/outputTraffic IN/OUT (CH 1 CH 8)

ConnectorDescriptionInterface


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INDICATORS/SWITCHES/CONTROLS

When the IF cable between the IDU and ODU is disconnected

IDU and ODU ALM LEDs start flashing

PWR SW

Turns input DC power ON/OFF

RESET SW

Initialize CPU

CALL SW

EOW calling signal, opposite station buzzer rings

TX OPR 1 LED

When Tx side of IDU 1 & ODU 1 is online

TX OPR 2 LED

When Tx side of IDU 2 & ODU 2 is online

RX OPR 1 LED

When Rx side of IDU 1 & ODU 1 is online

RX OPR 2 LEDWhen Rx side of IDU 2 & ODU 2 is online

NO2. Manually selected CH Mo. 2

Automatic redundancy switch control

NO1. Manually selected CH Mo.1

OPR SEL

Power Mute ON

CW mode ON

BER AIS Inhibit

Loopback control ONl

Maintenance Mode ONMAINT LED

IF signal from IDU is low

ODU local oscillator APC loop unlock

Receiver level goes below squelch level

Transmit RF power decrease by 3 dB from nominal

ODU LED

CH 1/2 Master clock signal or output data loss at TX DPU

CH 1/2 Modulator VCO synchronization is lost

WS channel usage error in setting

CH 1/2 CPU communication between IDU and ODU is lost

Traffic usage error in setting

ODU 1/2 Input IF signal lost

ODU 1/2 local oscillator APC loop unlocks

ODU 1/2 TX RF Power decrease by 3 dB from nominal

TX ALM 1/2 LED

CH 1/2 DEM IF signal lost

HBER worse than 1x10-3

CH 1/2 Frame synchronization lost at the DPU

BER worse than preset threshold

CH 1/2 CPU communication between ODU and IDU is lost

ODU 1/2 local oscillator APC loop unlocks

ODU 1/2 RX level falls below squelch level

RX ALM 1/2 LED

HBER is worse than 1x10-3 at DPU section

BER is worse than preset threshold value

Carrier synchronization lost at DEM section

MOD VCO synchronization lost

Output data stream/Master clock lost at TX DPU

Frame synchronization is lost at the DPU section

DPU TX/RX synchronization losttAIS signal sent out on CH()

Traffic channel usage of CH() error in setting

Bipolar output pulse of CH() is lost at 2M INTFC

WS channel usage error

AIS signal from CH() received from DTE

Input data stream of CH() from DTE lostl

IDU LED


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Switching Function ofBaseBand Impedance

TRAFFIC CHANNELS IN

120 OHM MODE

TRAFFIC CHANNELS IN

75 OHM MODE

WS - 120 OHM

WS - 75 OHM


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Service Channels


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Engineering Order Wire( EOW )

Buzz

Back-to-backconnection

Buzz Buzz

Communication between Local IDU and Local ODU Communication between Local IDU and Remote IDU

Communication between Local ODU and Remote IDUCommunication between Local ODU and Remote ODU

When back-to-back connection for order wire is provided, OW communication between different hops are possible.


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Automatic Transmitter Power

Control

RECEIVESIGNALLEVEL(dBm)

TRANS-MISSION

POWER(dBm)

-10

-20

-30

-40

-50

-60

-70

+20

+18

+3

-20 -10 0 +10 +20 +30 +40 +50

RSL

detection

Error

detection

Non ATPC

ATPC

FADE DEPTH (dB)


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ATPC, Functional Block

Diagram


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ATPC MTPC ApplicationATPC ATPC

MTPC MTPC

ATPC MTPC

MTPC - ATPC


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Loopback Locations

a) Near end LoopBack for BaseBand on the Local site

b) Far end LoopBack for BaseBand on the Remote site


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LAN Based Applications


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T

rafficCha

nnel

LAN

A

ssign

ment

IDU T d B d ith


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IDU Type and Bandwith

Indication Label

IDU Type

PASOLINK

MDP-()MB-A

Serial Number Date of Manufacturing

( DATE )

Weight


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IDU

Perfo

rman

ceI.


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IDU

Perfo

rman

ceII.


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PASOLINK V4

SYSTEM

PERFORMANCE

V4 Ch l S


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V4 Channel Summary

Baseband Transmission 2, 4, 8, 16x2 Mb (E1)

10/100 Base-T

Service Channels

Engineering Orderwire: 1 VF SC1&2: 2x9.6 Kb/s RS-232/485/422

SC 3&4: 2x analog VF (ASC)

OR

2x9.6 RS-232/422 (DSC)OR

64K (2M) LAN (SC LAN)

Wayside Channel

1x2 Mb E1 (In 16x2 mode)


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S

ystem

Performa

nceI.


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System Performance II.


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Local Craft Terminal (LCT)


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LCT PIN Assigment forTerminal Operation


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Settings for Hyperterminal

Baud Rate: 9600

Data Length: 8 Parity Check: None

Stop Bit: 2

Flow Control: None

Emulation: VT100 Video Terminal Transmission:

Hyperterminal: Send line ends with line feeds: YesLocal Echo: No

Receiving: CR: No

Return on the rigth edge: Yes

Force Incoming data to 7-bit ASCII: No


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THANK YOUFOR YOUR

ATTENTION!

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