20_s57495ue_oper.pdf

ROI-S05749-05UE CONTENTSApril, 2010

CL-1

PASOLINK NEO6-52 GHz PDH/SDH DIGITAL RADIO SYSTEM

Section II OPERATION

CONTENTS

TITLE PAGE

1 GENERAL. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-12 OPERATING EQUIPMENT. . . . . . . . . . . . . . . . . . . . . . . . . . 2-12.1 IDU Shelf . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-42.2 CTRL. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-52.3 MODEM. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-122.4 48E1 INTFC (I/O BOARD) . . . . . . . . . . . . . . . . . . . . . . . 2-162.5 32E1 INTFC (I/O BOARD) . . . . . . . . . . . . . . . . . . . . . . . 2-302.6 16E1 INTFC (I/O BOARD) . . . . . . . . . . . . . . . . . . . . . . . 2-402.7 STM-1 INTFC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-452.8 E3 INTFC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-482.9 LAN/WS INTFC (Optional). . . . . . . . . . . . . . . . . . . . . . . 2-522.10 4P LAN INTFC (Optional) . . . . . . . . . . . . . . . . . . . . . . . 2-562.11 GbE INTFC (Optional) . . . . . . . . . . . . . . . . . . . . . . . . . . 2-602.12 4P LAN INTFC-E (Optional) . . . . . . . . . . . . . . . . . . . . . 2-642.13 Gbe INTFC-E (Optional) . . . . . . . . . . . . . . . . . . . . . . . . 2-682.13.1 Port 1 (GbE Usage). . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-68

2.13.2 Port 2-4 (10/100BASE-T Usage) . . . . . . . . . . . . . . . . . 2-71

2.14 DC-DC CONV (Optional) . . . . . . . . . . . . . . . . . . . . . . . 2-742.15 ODU . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-763 SYSTEM SETUP. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-13.1 Equipment Setup. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-13.2 Provisioning Setup . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-73.3 Events and Performance . . . . . . . . . . . . . . . . . . . . . . . 3-143.4 Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-223.5 Setup Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-243.5.1 Automatic Laser Shutdown Control

(OPT INTFC) (SDH) . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-24

Submission Prohibited NEC Internal Use Only

CONTENTS ROI-S05749

CL-22 pages

3.5.2 Automatic Protection Switching (APS) (OPT INTFC Optional APS Configuration) (SDH) . . . . 3-26

3.5.3 Automatic Transmitter Power Control . . . . . . . . . . . . 3-31

3.5.4 Loopback Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-36

3.5.5 Link Loss Forwarding Control (LAN and Link Down for VLAN) . . . . . . . . . . . . . . . . . . 3-37

3.5.6 MS-AIS Generation (SDH). . . . . . . . . . . . . . . . . . . . . . . 3-37

3.5.7 Cross Polarization Interference Canceller (XPIC) Reset Control . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-39

3.5.8 Network Management (Optional) . . . . . . . . . . . . . . . . . 3-40

3.5.9 Functionality Classification. . . . . . . . . . . . . . . . . . . . . 3-41

3.6 Protection Switching. . . . . . . . . . . . . . . . . . . . . . . . . . . 3-423.6.1 1+1 Twin-path System. . . . . . . . . . . . . . . . . . . . . . . . . . 3-42

3.6.2 Hot-standby System . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-42

3.6.3 Switchover Control . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-44

3.7 2-WAY/XC Function. . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-463.8 VLAN Function . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-463.9 QoS Functions. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-50


ROI-S05749 GENERAL

1-1

1. GENERAL

This section provides instructions for operation of the 6 to 52 GHz PDH/SDH radio system.

This section describes interface terminals and jacks, controls, indicators,and test jacks. Use of the LCT is required for local operation, monitoring,control and setup. For details of system and provisioning setup, refer toSection IV PASOLINK NEO LCT Operation.


GENERAL ROI-S05749

1-2

PASOLINK NEO IDU

SELV

!

100M

AUX/ALMLCT NMS NE SC IN/OUT EOW

PROTECT

CALL MMC

MAINTMEMORY

IDU

XIF IN XIF OUT

IF IN/OUTTXRX

RESETXPIC CTRLXPIC

PWRODUMD/CBL PWR

PASOLINK NEOPORT 1 PORT 2 100M

ALM2M IN/OUT-A 2M IN/OUT-B

PULL

G

G

IDU 1+1

SELV

!

100M


PROTECT

CALL MMC

MAINTMEMORY

IDU

XIF IN XIF OUT

IF IN/OUTTXRX

RESETXPIC CTRLXPIC

PWRODUMD/CBL PWR



PULL

SELV

!

XIF IN XIF OUT

IF IN/OUTTXRX

RESETXPIC CTRLXPIC

PWRODUMD/CBL PWR

PULLG

G

G

IDU 1+0

(Blank)

MODEM(1) INTFC (1) INTFC (2)

MODEM(2) CTRL

*1

2-WAY

Note: *1:When a 2-WAY label is put on the 16E1 INTFC, the 2-WAY/XC mode is available.

SELV

!

AUX/ALMNMS NE SC IN/OUT EOW

PROTECT

CALL MMC

MAINTMEMORY

IDU

XIF IN XIF OUT

IF IN/OUTTXRX

RESETXPIC CTRLXPIC

PWRODUMD/CBL

PULL

PWR

PASOLINK NEO

LCT

GALM

WS IN/OUT100M PORT 1 PORT 2 100M

WS

(Blank)

M S.G

*2

Note: *2:When a M.S label is put on the LAN/WS INTFC, exclusive Main LAN mode is available.

MDP-150MB-1AA

WEIGHT: 4 kg SER. No. 123456INDOOR UNIT

48 V 2.5ANEC Corporation TOKYO JAPAN MADE IN JAPAN

0678DATE 2007-09 (H2930)

(WITH OPTION)(WITH ODU & OPTION)

G

G

G

SELV

!

100M


PROTECT

CALL MMC

MAINTMEMORY

IDU

XIF IN XIF OUT

IF IN/OUTTXRX

RESETXPIC CTRLXPIC

PWRODUMD/CBL PWR



PULL

G

G

(Blank)G

Equipped with LAN/WS Interface for Main LAN (SDH)

Equipped with High Capacity 32E1 Interface with 2 Port LAN Interface (H2990D) Note:*3:When a 156MB label is put on the 32E1 INTFC, the 156MB mode is available.

156MB

.

*3


ROI-S05749 GENERAL

1-3

PASOLINK NEO ODU

FGIFLMONRX LEV

6-38 GHz ODU NHG Type6-11 GHz ODU NHG2 Type52 GHz ODU Mx Type

TRP-6G-1BOUTDOOR UNITSHIFT FREQ 161MHz SUB BAND

(NWA-009024)

0.5ANEC Corporation

CAUTIONNon-ionizingradiation

-48V INPUTPower down IDU beforedisconnection orconnection of cable.

PASOLINK NEO

SERIAL No.

0678(NHG)

TX LOW123456

- 48VWEIGHT 4kg /

TX FREQDATE

A7725MHz2007-09

TOKYO JAPAN

For 52 GHz band, the TRP-52G-5A ODU (PASOLINK Mx) is used for NEO.

TRP-52G-5AOUTDOOR UNITSHIFT FREQ 661MHz SUB BAND

(H0356B)

0.5ANEC Corporation MADE IN JAPAN


-48V INPUTPower down IDU beforedisconnection orconnection of cable.

PASOLINK Mx

SERIAL No.

0678

TX LOW123456

- 48VWEIGHT 4kg /

TX FREQDATE

A51454MHz2007-09

TOKYO JAPAN

MADE IN JAPAN

-48VIFL RX LEV MON

13-38 GHz ODU NHG2 Type


(NWA-034278)



PASOLINK NEO

SERIAL No.

0678(NHG2)

TX LOW123456

- 48VWEIGHT 3kg /DATE

A

2008-01

TOKYO JAPAN

For ODU NHG2 Type

CAUTIONHOT SURFACEAvoid contact.


(NWA-034274)



PASOLINK NEO

SERIAL No.

0678(NHG2)

TX LOW123456

- 48VWEIGHT 3kg /DATE

A

2008-01

TOKYO JAPAN

CAUTIONHOT SURFACEAvoid contact.


GENERAL ROI-S05749

1-44 pages

(This page is intentionally left blank.)


ROI-S05749 OPERATING EQUIPMENT

2-1

2. OPERATING EQUIPMENT

The indicators, switches, interface terminals and jacks for wiring with theassociated equipment are described here.

The IDU component modules listed in Table 2-1 are plugged-in from frontof the IDU shelf as shown in Fig. 2-1.

The ODU Equipment Type is shown in Fig. 2-2 and Table 2-2.

Note: Use shielded cables which are connected to the D-Sub/RJ-45connector to suppress interference from affecting the signal andto reduce electromagnetic radiation which may interfere withother signal cables.

Note: Twist power cables (+)/() to suppress inductive interferencesignals.


OPERATING EQUIPMENT ROI-S05749

2-2

Fig. 2-1 IDU Composition

Notes: : Usually provides.(): Optionally provides.*1: Selectable in setting program.*2: For expanding power supply range when the

PASOLINK+ ODU (EHG) is connected to the IDUNEO.

*3: Selectable by changing the module type.

1 2

3

4 5

7

G

12

3

7

6

SELV

!

XIF IN XIF OUT

IF IN/OUTTXRX

RESETXPIC CTRLXPIC

PWRODUMD/CBL PWR

PULL

SELV

!

XIF IN XIF OUT

IF IN/OUTTXRX

RESETXPIC CTRLXPIC

PWRODUMD/CBL PWR

PULL


PROTECT

CALL MMC

MAINTMEMORY

IDU

PASOLINK NEO

LCT


PROTECT

CALL MMC

MAINTMEMORY

IDU

PASOLINK NEO

LCT

G

GG

G

G

Table 2-1 IDU Composition

No. Unit/Module NameH2930 MDP-150MB-1AA

RemarksExpandable 1+0 system 1+1 system

1 H2931 RACK 2 H2940 MODEM

QPSK/16QAM/32QAM/128QAM *13

H2940 MODEM H3040 DC-DC CONV () 20 to 60/+20 to +60 VDC *2

4H2960 STM-1 INTFC () STM1-E/O-S-1.1/L-S-1.1 *3H2965 LAN/WS INTFC () 2-Port-LAN *3H3021 GbE INTFC () GbE

5H2960 STM-1 INTFC () STM1-O-S-1.1/L-S-1.1 *3 for APSH2965 LAN/WS INTFC () WS-SC-LAN/WS/SC-LAN *3

6

H2980 16E1 INTFC () 16E1 e/w 2 Port LAN*3 H2990 32E1 INTFC () 32E1 e/w 2 Port LAN H3000 48E1 INTFC () 48E1 H3010 E3 INTFC () E3 e/w 4/8E1, 2 Port LAN *3 H3020 4P LAN INTFC () 4P LAN e/w 8E1 H03022A 4P LAN INTFC-E () 4P VLAN e/w 8E1 H03022B GbE INTFC-E () VLAN, 1000BASE-SX H03022C GbE INTFC-E () VLAN, 1000BASE-LX

7 H2950 CTRL


RO

I-S05749O

PERATIN

G EQ

UIPM

ENT2-3

Fig. 2-2 ODU Equipment Type

Table 2-2 ODU Type vs. Frequency

6 GHz 7 GHz 8 GHz 10 GHz 11 GHz 13 GHz 15 GHz 18 GHz 23 GHz 26 GHz 28 GHz 32 GHz 38 GHz 52 GHz

TRP-( )G-1B(NHG Type)(Mx Type)

NWA-009024-( )

NWA-009026-( )

NWA-009028-( )

NWA-009030-( )

NWA-009032-( )

NWA-009034-( )

NWA- 009036-( )

NWA- 009038-( )

NWA-009040-( )

NWA- 009042-( )

NWA- 009044-( )

NWA- 009046-( )

NWA- 009048-( ) H0356B

TRP-( )G-5B(NHG2 Type)

NWA-034273-( )

NWA-034274-( )

NWA-034275-( )

NWA-034276-( )

NWA-034277-( )

NWA-034278-( )

NWA-034279-( )

NWA-034280-( )

NWA-034281-( )

NWA-034282-( ) -----

NWA-034284-( )

NWA-034285-( ) ------

ODU

FGIFLMONRX LEV

6-38 GHz (NHG type)/52 GHz (Mx Type)6-11 GHz ODU (NHG2 Type)

-48VIFL RX LEV MON

13-38 GHz ODU (NHG2 Type)ODU



2-4

2.1 IDU Shelf

Caution*:Engineers for maintenance of the equipment must take thenecessary steps to avoid bit errors or cause damage to themodules due to electrostatic discharge. Wear a conductivewrist strap connected to the ground jack (G) on the front ofthe IDU to minimize static build-up during maintenance.

GG

G G

G

G

New Type Shelf

Jack (IDU)

G Electrostatic Discharge (ESD) jack used to connectwrist strap band.

*



2-5

2.2 CTRL

The CTRL generates various control signals based upon LCT setup dataand gathered operating status in the IDU and from the ODU, has SC,EOW, LAN, NE, EXT ALM, HK, Cluster ALM signals interface. ByConnecting a PC, manual control, performance monitoring and systemsetup can be performed.


PROTECT

CALL MMC

MAINTMEMORY

IDU

PASOLINK NEO

LCT

MAINT(amber)MEMORY(amber)

IDU(red)

CALLPROTECT

SC IN/OUTAUX/ALM

NENMSLCT

MMC

EOW

*

Caution*PROTECT SW is provided only for the CTRL panel replacement. Set PROTECT SW to OFF position (bottomside) in normal operation. Equipment may not work properly if the PROTECT SW is set to ON position (Upperside) by mistake.Refer to ROI-S05751 MAINTENANCE manual for the CTRL panel replacement.

Interface Signals (CTRL)

AUX/ALM (D-Sub Female 44 pins)Input/Output Signal

EOW: 1 CH

Frequency: 0.3 to 3.4 kHz (1020 Hz (Test Tone))

Level: 6 dBmImpedance: 600 ohms

ALM: ALM 6 outputs/6 HK Inputs/4 HK Control outputs,Cluster 4 Inputs/outputs

Output: Relay contact Form-C

Input: Photocoupler

Bz 1,2 IN: Signalling control extension input.

Call 1,2 OUT: Signalling control extension output.

EOW: EOW headphone jack



2-6

SC IN/OUT (D-Sub Female 44 pins) Input/Output Signal

NE2: Network Element

Level: RS-485

DSC (RS-232C): 2 CH

Bit rate: 9600 bps

Level: RS-232C

DSC (V.11): 2 CH

Bit rate: 64 Kbps

Level: V.11

Impedance: 100 ohms

NE (RJ-45): Network Element

Level: 10BASE-T

LCT (USB): Serial interface USB-B type connector with PC

NMS (RJ-45): PNMS

Level: 10BASE-T

Interface Signals (CTRL)

Indicators (CTRL)

LED Indication Remarks

MAINT Maintenance mode can be selected by LCT, PNMT and PNMS The maintenance Mode ON is selected.

Actively blinks: In progress of program data download.Inactively blinks:Protect Mode for CTRL replacement

into effect.

MEMORY Memory Card (MMC) status. ON: Enable access to Memory CardOFF: Disable access to Memory CardBlinks: Accessing Memory Card

IDU IDU Summary alarm. Check ALM LEDs on each module to find the causeand/or connect LCT to check the performance condition.

When any INTFC module is not mounted, ALM LEDwill light.

Blinks: CPU or peripheral event occurred.



2-7

Switch (CTRL)

Switch Operating Remarks

CALL Transmits EOW calling signal to sound thebuzzer in the opposite station.

PROTECT Prevent service interruption when the CTRLmodule is replaced.

Accessing the Memory Card (MMC) is required to apply the function.

User Interface Pin Assignment (CTRL)

Terminal Description

CTRL

ALM/AUX IN/OUT(D-sub Female, 44 Pins)

Service channel data input/output

Pins 1 (+) and 16 () EOW input 1

Pins 2 (+) and 17 () EOW output 1

Pins 3 (+) and 18 () EOW input 2

Pins 4 (+) and 19 () EOW output 2

Pin 5 Ground

Pins 25 (COM), 40 (NC) and 11 (NO) RL1*1

Maintenance alarm outputBetween Between

Pins 25 and 40 Pins 25 and 11Normal state : Closed OpenAlarm state : Open Closed

Pins 24 (COM), 39 (NC) and 10 (NO) RL2*1

IDU CPU/PS1/PS2 alarm outputBetween Between

Pins 24 and 39 Pins 24 and 10Normal state : Closed OpenAlarm state : Open Closed

Pins 23 (COM), 38 (NC) and 9 (NO) RL3

ODU1/ODU2 alarm output*2Between Between

Pins 23 and 38 Pins 23 and 9Normal state : Closed OpenAlarm/Event state : Open Closed



2-8


ODU CPU1/ODU CPU2/Cable Open alarm output*2Between Between



IDU total alarm output*2Between Between



High BER1/High BER2 alarm output*2Between Between


Pins 15 (+) and 14 () HK1 alarm input*3Normal state : OpenControl/Event state : Closed

Pins 13 (+) and 12 () HK2 alarm input*3 Normal state : Open

Control/Event state : Closed

Pins 29 (+) and 28 () HK3/Cluster4 alarm input*3Normal state : OpenControl/Event state : Closed

Pins 27 (+) and 26 () HK4/Cluster3 alarm input*3 Normal state : Open


Pins 44 (+) and 43 () HK5/Cluster2 alarm input*3Normal state : OpenControl/Event state : Closed

Pins 42 (+) and 41 () HK6/Cluster1 alarm input*3 Normal state : Open


Pin 30 Buzzer input 1

Pin 31 Call output 1

Pin 32 Buzzer input 2

Pin 33 Call output 2





2-9

CTRL

SC IN/OUT(D-sub Female, 44 Pins)

NE2/DSC Service channel data input/output

Pins 1 (+) and 2 () NE2 TXD

Pin 3 Ground

Pins 4 (+) and 5 () V.11-1 TX data input

Pins 6 (+) and 7 () V.11-1 RX data output

Pins 8 (+) and 9 () V.11-2 TX data input

Pins 10 (+) and 11 () V.11-2 RX data output

Pins 12 and 13 (G) RS-232C-1 data input

Pins 14 and 15 (G) RS-232C-2 data input

Pin 16 NE2 RXD TERM

Pins 17, 18 Ground

Pins 19 (+) and 20 () V.11-1 TX clock input (co-dir.) or output (contra-dir.) *4

Pins 21 (+) and 22 () V.11-1 RX clock output

Pins 23 (+) and 24 () V.11-2 TX clock input (co-dir.) or output (contra-dir.) 4*

Pins 25 (+) and 26 () V.11-2 RX clock output

Pins 27, 28, 29 Ground

Pins 30 (+) and 31 () NE2 RXD

Pin 32 Ground

Pins 33 (+) and 34 () V.11-1 TX frame pulse input (co-dir.) or output (contra-dir.) *4

Pins 35 (+) and 36 () V.11-1 RX frame pulse output

Pins 37 (+) and 38 () V.11-2 TX frame pulse input (co-dir.) or output (contra-dir.) *4

Pins 39 (+) and 40 () V.11-2 RX frame pulse output

Pins 41 and 42 (G) RS-232C-1 data output

Pins 43 and 44 (G) RS-232C-2 data output





2-10

Notes: *1: RL1 (Maintenance) and RL2 (IDU CPU/PS1/PS2ALM OUTUT) are fixed and can not be changed toother items. The relay contact is rated at 0.2 A.

*2: These alarm items are assigned at the factory (defaultsetting) and can be changed by the LCT as shown inTable 2-3 in Section 1 (Alarms may be selectivelyassigned to RL3 to RL6).

*3: Photocoupler interface; resistance of open inputterminal is more than 200 kilo ohms. Closed inputterminal is less than 50 ohms.

*4: V11 interface for the TX clock and frame pulse input/output depend on co-/contra-directional mode settingin the LCT provisioning menu.

LCT(USB connector type B)

Local craft terminal (LCT) data input/output

Pin 1 Vbus

Pins 2 () and 3 (+) D

Pin 4 Ground

NMS (RJ-45) PNMS data (10BASE-T) input/output

Pins 1 (+) and 2 () NMS TXD

Pins 3 (+) and 6 () NMS RXD

Pins 4, 5, 7 and 8 Not Connected

NE (RJ-45) NE data (10BASE-T) input/output

Pins 1 (+) and 2 () NMS TXD

Pins 3 (+) and 6 () NMS RXD

Pins 4, 5, 7 and 8 Not Connected





2-11

EOW 4W R

IDU Dir. AALM/AUX IN/OUT(D-Sub, 44 Pins)

EOW Connection

When EOW signal is connected between two IDUs, perform wiring as follows.

1

16

234

171819

30313233

IDU Dir. CALM/AUX IN/OUT(D-Sub, 44 Pins)

IDU Dir. BALM/AUX IN/OUT(D-Sub, 44 Pins)

Back -to- Back Station BTerminal Station A

1

16

234

171819

30313233

1

16

234

171819

30313233

EOW 4W S

Buzzer INCall OUT

EOWExtension

EOW4W S

EOW4W R

Buzzer INCall OUT



2-12

2.3 MODEM

The MODEM provides the QPSK/16QAM/32QAM/128QAMModulation/Demodulation for E1/E3 (PDH), 10/100BASE-T(X)/1000BASE-T (LAN) or STM-1 (SDH) data transmission and followingmain functions.

- Forward Error Correction using RS/Interleave

- BER (High BER/Low BER) detection/indication/release for internaland external

- Reducing ODU output signal distortion using BB Linearizer

- Equalization using Transversal Equalizer

- XPIC ODU synthesizer synchronization control

- Interfered signal from opposite polarization cancellation (XPIC)

- IDU/ODU power supply

- System power on/off

SELV

!

XIF IN XIF OUT

IF IN/OUTTXRX

RESETXPIC CTRLXPIC

PWRODUMD/CBL

PULL

PWR

SELV

PWR

PWR (green)ODU (red)MD/CBL (red)

TX (green)RX (green)

XPIC RESET(amber)

XPIC CTRLXIF OUT

XIF IN

IF IN/OUTFG (Frame Ground)

Caution: Do not apply to the equipment a voltage that varies sharply. The equipmentmay operate wrongly.

Caution: Do not remove/connect the IF cable with the IDU power ON, Turn the IDUpower OFF before connecting/disconnecting the IF cable, or equipment maybe damaged.

Caution: Do not insert/extract the MODEM with the power ON, turn the IDU powerOFF and remove all cables connected to the MODEM before insert/extract theMODEM, or MODEM may be damaged.

Caution: The top surface of the IDU shelf above MODEM is hot in operation.



2-13

Interface Signals (MODEM)

IF IN/OUT (TNC Female)

TX Frequency: 340 MHz

RX Frequency: 140 MHz

Power supply: 48 VImpedance: 50 ohms

Connecting IF Cable length:5D-FB: less than 150 m8D-FB: less than 300 m

FG (Screw): Frame Ground terminal

(5 mm square cable (more than 2.5 mm diametercable) (AWG#10) is recommended to apply for theframe ground. The proper press fix terminal toolshall be used.)

SELV (Molex M5569-04A1, 4 pins) (DC IN)

Input Voltage: 48 V DC (negative), + (positive, ground)XIF IN/XIF OUT(Receptacle IEC 169-13 (1.0/2.3))

Only used for XPIC system between two IDUs

XIF IN: IF signal of opposite polarization input. (connect to XIF OUT of the other MODEM)

XIF OUT: IF signal for opposite polarization output.(connect to XIF IN of the other MODEM)

Frequency: 140 MHz

Impedance: 75 ohms

XPIC CTRL (D-Sub 15 pins, Serial Port)

Only used for XPIC system between two IDUs(connect to XPIC CTRL of the other MODEM)

Automatic/Remote XPIC reset control signal interface between mutual MODEM.



2-14

Indicators (MODEM)


PWR The PWR switch of the MODEM is turnedon.

DC power is supplied to theODU also.

ODU

Transmit RF power of the ODU decreasedapprox. 3 dB from preadjusted ATPCminimum (MIN) level in provisioning.

Check Metering using LCT forlocal and/or opposite site inMaintenance menu

Receiver input level of the ODU falls belowsquelch level.

APC loop of local oscillator in ODU isunlocked.

IF signal from the MODEM to ODU is lost.

Blinks when IF cable is open circuit.

Connected ODU is not matched withinventory.

MD/CBL Blinks when IF cable is short circuit.

TX (only 1+1) Selected status of ODU TX When TX mute control: LEDOff

RX (only 1+1) Selected status of MODEM RX output signal When RX SWO switched toopposite: LED Off

XPIC RESET XPIC function is OFF condition Only XPIC configuration.Propagation condition deteriorated or XPIC is reset from LCT control.

Switches (MODEM)

Switch Operating Remarks

PWR IDU and ODU power On/Off switch. Refer to Start-up and Shut-down theEquipment in Maintenance Section



2-15

Note: *: It is recommended that TNC (Male) L-angle connector for the8D-FB IF cable is used to connect it to the IDU. When the N(Male) straight connector is attached to the 5D-FB IF cable,use of the TNC (Male) - N (Female) (NJ-TNCP-LA) L-angleadapter is needed.

User Interface Pin Assignment (MODEM)


SELV

SELV (DC IN)(Molex M5569-04A1 Connector, 4 Pins)

48 V DC power inputNote: Only 48 V (40.5 to 57 V) is available.

Pins 1 and 3 Ground

Pins 2 and 4 48 VIF IN/OUT

TNC Jack (Female) * IF signal IN/OUT and PS OUT to the ODU

XPIC CTRL

(D-Sub Female, 15 pins) Used for interconnection between IDUs in XPICconfiguration.

Pins 1 (+) and 6 () XPIC SV TXD

Pins 2 (+) and 7 () XPIC SV RXD

Pin 3 Ground

Pins 4 (+) and 9 () XPIC SEL IN

Pins 5 (+) and 10 () XPIC SEL OUT

Pins 8 (+) and 12 () XPIC RESET IN

Pin 11 Ground

Pins 13 () and 14 (+) XPIC RESET OUT

Pin 15 Ground



2-16

2.4 48E1 INTFC (I/O BOARD)

The 48E1 INTFC applies for up to 48E1 (2.048 Mbps) signals interface.The module performs, Bipolar-Unipolar/Unipolar-Bipolar conversion,Stuffing/Destuffing, Multiplex/Demultiplex the radio section frame,Hitless Switching, AIS Detection/Generation and Near End/Far Endloopback for each E1 CH. The interface impedance can be selected from75 ohms/unbalanced and 120 ohms/balanced using LCT.

ALM2M IN/OUT-C2M IN/OUT-A 2M IN/OUT-B

ALM LED (red)2M IN/OUT-C2M IN/OUT-B2M IN/OUT-A

Optional I/O BOARD

Following I/O BOARD can be provided when the D-SUB 37 pins interface is required to the 2M IN/OUT INTFC instead of MDR interface.

Note: One Unit space is necessary to install I/O BOARD above IDU.

2M IN/OUT-B

MDR 68 pins Connector

D-Sub 37 pins Connector6 D-Sub Connectors are provided for 48E1.

CH1 to CH8CH9 to CH16



User Interface

2M IN/OUT-A

2M IN/OUT-BH3009A I/O BOARDSER No. DATE WEIGHT kg

MADE IN JAPAN

H3042K I/O BOARDSER No. DATE WEIGHT kg

MADE IN JAPAN

2M IN/OUT-A


MADE IN JAPAN

2M IN/OUT-A


MADE IN JAPAN

Caution: Do not insert/extract the 48E1 INTFC with the power ON, turn the IDU power OFFand remove all cables connected to the 48E1 INTFC before insert/extract the 48E1INTFC, or 48E1 INTFC may be damaged.



2-17

The user interface signals conform to ITU-T as listed in the followingtables.

Note: For unbalanced impedance, ground level is applied fromassociated equipment through interface cable.

Interface Signals (48E1 INTFC)

2M IN/OUT-A/-B/-C(MDR Connector)

16E1 interface in each 3 connectors.

Input/Output Signal: Up to 48E1 signals

Bit Rate: 2.048 Mbps +/102.4 bitpsCode: HDB3

Impedance: 75 ohms unbalanced or 120 ohms balanced *

Indicators (48E1 INTFC)


ALM

LOS from DTE is detected. Check DTE and wiring.

Loss of output signal to DTE is detected. Perform Far End loopback test.

Error of channel usage. Signal is applied to unused channel.

Mounting module is not matched withinventory.

Change LCT setting or other ( )INTFCmodule.



2-18

User Interface Pin Assignment (48E1 INTFC)


48E1 INTFC

2M IN/OUT-A (CH 1 to CH 16)(MDR Connector, 68 pins)

2.048 Mbps HDB3 coded data signal input/output from/to DTE(CH 1 to CH 16), 75/120 ohms (selectable)

Note: Ground level is applied from DTE to () terminalthrough interface cable when unbalanced impedanceis used.The (+) and () pin connections should be connectedto a signal twisted pair cable, otherwise, signalquality may be degraded.

Pins 1, 34, 35 and 68 Ground

Pins 33 (+) and 67 () CH1 data outputPins 32 (+) and 66 () CH1 data inputPins 31 (+) and 65 () CH2 data outputPins 30 (+) and 64 () CH2 data inputPins 29 (+) and 63 () CH3 data outputPins 28 (+) and 62 () CH3 data inputPins 27 (+) and 61 () CH4 data outputPins 26 (+) and 60 () CH4 data inputPins 25 (+) and 59 () CH5 data outputPins 24 (+) and 58 () CH5 data inputPins 23 (+) and 57 () CH6 data outputPins 22 (+) and 56 () CH6 data inputPins 21 (+) and 55 () CH7 data outputPins 20 (+) and 54 () CH7 data inputPins 19 (+) and 53 () CH8 data outputPins 18 (+) and 52 () CH8 data inputPins 17 (+) and 51 () CH9 data outputPins 16 (+) and 50 () CH9 data inputPins 15 (+) and 49 () CH10 data output



2-19

Pins 14 (+) and 48 () CH10 data inputPins 13 (+) and 47 () CH11 data outputPins 12 (+) and 46 () CH11 data inputPins 11 (+) and 45 () CH12 data outputPins 10 (+) and 44 () CH12 data inputPins 9 (+) and 43 () CH13 data outputPins 8 (+) and 42 () CH13 data inputPins 7 (+) and 41 () CH14 data outputPins 6 (+) and 40 () CH14 data inputPins 5 (+) and 39 () CH15 data outputPins 4 (+) and 38 () CH15 data inputPins 3 (+) and 37 () CH16 data outputPins 2 (+) and 36 () CH16 data input





2-20



48E1 INTFC

2M IN/OUT-B (CH 17 to CH 32)(MDR Connector, 68 pins)

2.048 Mbps HDB3 coded data input/output from/to DTE(CH 17 to CH 32), 75/120 ohms (selectable)



Pins 33 (+) and 67 () CH17 data outputPins 32 (+) and 66 () CH17 data inputPins 31 (+) and 65 () CH18 data outputPins 30 (+) and 64 () CH18 data inputPins 29 (+) and 63 () CH19 data outputPins 28 (+) and 62 () CH19 data inputPins 27 (+) and 61 () CH20 data outputPins 26 (+) and 60 () CH20 data inputPins 25 (+) and 59 () CH21 data outputPins 24 (+) and 58 () CH21 data inputPins 23 (+) and 57 () CH22 data outputPins 22 (+) and 56 () CH22 data inputPins 21 (+) and 55 () CH23 data outputPins 20 (+) and 54 () CH23 data inputPins 19 (+) and 53 () CH24 data outputPins 18 (+) and 52 () CH24 data inputPins 17 (+) and 51 () CH25 data outputPins 16 (+) and 50 () CH25 data inputPins 15 (+) and 49 () CH26 data outputPins 14 (+) and 48 () CH26 data input



2-21

Pins 13 (+) and 47 () CH27 data outputPins 12 (+) and 46 () CH27 data inputPins 11 (+) and 45 () CH28 data outputPins 10 (+) and 44 () CH28 data inputPins 9 (+) and 43 () CH29 data outputPins 8 (+) and 42 () CH29 data inputPins 7 (+) and 41 () CH30 data outputPins 6 (+) and 40 () CH30 data inputPins 5 (+) and 39 () CH31 data outputPins 4 (+) and 38 () CH31 data inputPins 3 (+) and 37 () CH32 data outputPins 2 (+) and 36 () CH32 data input





2-22



48E1 INTFC

2M IN/OUT-C (CH 33 to CH 48)(MDR Connector, 68 pins)







2-23






2-24

User Interface Pin Assignment (48E1 I/O BOARD)


8E1 INTFC

2M IN/OUT-A (CH 1 to CH 8)(D-Sub Connector, 37 pins)



Pins 5, 10, 15, 24 and 33 Ground

Pins 1 (+) and 2 () CH8 data inputPins 3 (+) and 4 () CH7 data inputPins 6 (+) and 7 () CH6 data inputPins 8 (+) and 9 () CH5 data inputPins 11 (+) and 12 () CH4 data inputPins 13 (+) and 14 () CH3 data inputPins 16 (+) and 17 () CH2 data inputPins 18 (+) and 19 () CH1 data inputPins 20 (+) and 21 () CH8 data outputPins 22 (+) and 23 () CH7 data outputPins 25 (+) and 26 () CH6 data outputPins 27 (+) and 28 () CH5 data outputPins 29 (+) and 30 () CH4 data outputPins 31 (+) and 32 () CH3 data outputPins 34 (+) and 35 () CH2 data outputPins 36 (+) and 37 () CH1 data output



2-25



8E1 INTFC

2M IN/OUT-B (CH 9 to CH 16)(D-Sub Connector, 37 pins)







2-26



8E1 INTFC








2-27



8E1 INTFC








2-28



8E1 INTFC

2M IN/OUT-A (CH33 to CH 40)(D-Sub Connector, 37 pins)







2-29



8E1 INTFC

2M IN/OUT-B (CH41 to CH 48)(D-Sub Connector, 37 pins)







2-30



2 PORT LAN interface provides optionally to transmit up to 100 (156*)Mbps LAN with/without E1 signals.

*Note:For High Capacity PDH 32E1(H2990D) interface.

The user interface signals conform to ITU-T/IEEE as listed in thefollowing tables. For the details, refer to Appendix LAN INTERFACE(10/100BASE-T(X) Application and setting.

Only when the FPGA ROM Ver 3.01 or later is mounted, the ENHNODAL Mode is supported.The LAN transmission with the NEO/a (ENH NODAL) equipment iscome possible by using the ENH NODAL Mode.

100M PORT 1 PORT 2 100M


2M IN/OUT-A 2M IN/OUT-B ALM (red)

100M(green)COLLISION/DUPLEX(amber)

LINK(green)

PORT1PORT2


Following I/O BOARD can be provided when the D-SUB 37 pins interface is required to the 2M IN/OUT INTFC instead of MDR interface.

Note: One Unit space is necessary to install I/O BOARD above IDU.

4 D-Sub Connectors are provided for 32E1.



User Interface

H3042K I/O BOARDSER No. DATE WEIGHT kg

MADE IN JAPAN

2M IN/OUT-A


MADE IN JAPAN

2M IN/OUT-A


MADE IN JAPAN



2-31

Note: *1: For unbalanced impedance, ground level is applied fromassociated equipment through interface cable.

*2: For High Capacity PDH 32E1(H2990D) interface.


2M IN/OUT-A/-B(MDR Connector)


Input/Output Signal: Up to 32E1 signals


Impedance: 75 ohms unbalanced or 120 ohms balanced (*1)

PORT1/PORT2(RJ-45) optional

LAN interface port 1 and 2 separated.16 to 100 (156(*2)) Mbps shared when 32E1 to 0E1 areused.

Input/Output Signal: 10/100BASE-T(X) Auto-sensing or fixed

Flow control: Full duplex or Half duplex

Forwarding mode: Store-and-Forwarding



ALM






LAN link failure occurs. Check LAN cable connection.

100M LAN signal is in 100BASE-TX mode.

LINK LAN and associated equipment are linkedand flashing under the exchanging thepacket.

COLLISION/DUPLEX

Input/Output LAN signal is in FullDuplex mode. Flashing when a collisioncondition occurs.



2-32



32E1 INTFC

2M IN/OUT-A (CH 1 to CH 16)(MDR Connector, 68 pins)

2.048 Mbps HDB3 coded data signal input/output from/to DTE(CH 1 to CH 16), 75/120 ohms (selectable)



Pins 33 (+) and 67 () CH1 data outputPins 32 (+) and 66 () CH1 data inputPins 31 (+) and 65 () CH2 data outputPins 30 (+) and 64 () CH2 data inputPins 29 (+) and 63 () CH3 data outputPins 28 (+) and 62 () CH3 data inputPins 27 (+) and 61 () CH4 data outputPins 26 (+) and 60 () CH4 data inputPins 25 (+) and 59 () CH5 data outputPins 24 (+) and 58 () CH5 data inputPins 23 (+) and 57 () CH6 data outputPins 22 (+) and 56 () CH6 data inputPins 21 (+) and 55 () CH7 data outputPins 20 (+) and 54 () CH7 data inputPins 19 (+) and 53 () CH8 data outputPins 18 (+) and 52 () CH8 data inputPins 17 (+) and 51 () CH9 data outputPins 16 (+) and 50 () CH9 data inputPins 15 (+) and 49 () CH10 data output



2-33

Pins 14 (+) and 48 () CH10 data inputPins 13 (+) and 47 () CH11 data outputPins 12 (+) and 46 () CH11 data inputPins 11 (+) and 45 () CH12 data outputPins 10 (+) and 44 () CH12 data inputPins 9 (+) and 43 () CH13 data outputPins 8 (+) and 42 () CH13 data inputPins 7 (+) and 41 () CH14 data outputPins 6 (+) and 40 () CH14 data inputPins 5 (+) and 39 () CH15 data outputPins 4 (+) and 38 () CH15 data inputPins 3 (+) and 37 () CH16 data outputPins 2 (+) and 36 () CH16 data input





2-34



32E1 INTFC

2M IN/OUT-B (CH 17 to CH 32)(MDR Connector, 68 pins)







2-35






2-36



8E1 INTFC








2-37



8E1 INTFC








2-38



8E1 INTFC








2-39



8E1 INTFC



Note: Ground level is applied from DTE to () terminalthrough interface cable when unbalanced impedanceis used. The (+) and () pin connections should be connectedto a signal twisted pair cable, otherwise, signalquality may be degraded.





2-40



2 PORT LAN interface provides optionally to transmit up to 80 MbpsLAN with/without E1 signals.

The 2-WAY/XC PKG (e/w LAN) type is applicable to transmit E1/LANsignals in two different directions by using one IDU with two MODEMsand two ODUs.





LINK(green)

PORT1PORT2

CH1 CH2 CH3 CH4

TRAFFIC OUT

CH5 CH6 CH7 CH8

2M IN/OUT-A

CH9 CH10 CH11 CH12 CH13 CH14 CH15 CH16

CH1 CH2 CH3 CH4

TRAFFIC IN

CH5 CH6 CH7 CH8

CH9 CH10 CH11 CH12 CH13 CH14 CH15 CH16

2M IN/OUT-B

Optional I/O BOARDFollowing I/O BOARD provides when the BNC 16E1 interface is required to the 2M IN/OUT INTFC instead of D-Sub 37 pins.

Note: One Unit space is necessary to install I/O BOARD above or below IDU and 2 D-Sub/D-Subcables also.

User Interface User InterfaceIDU Interface






LINK(green)

PORT1PORT2

Type B: 2-WAY/XC PKG (e/w LAN)

Type A: Standard PKG (e/w LAN)

2-WAY

Using this type, the 2-WAY/Cross-connect (XC) setting is available for E1/LAN signals transmission in two different directions with one IDU and two ODUs.

2-WAY Label



2-41

The user interface signals conform to ITU-T/IEEE as listed in thefollowing tables. For details, refer to Appendix LAN INTFC (10/100BASE-T(X))2-WAY/XC Application and Setting.



2M IN/OUT-A/-B(D-Sub Connector)


Input/Output Signal: Up to 16E1 signals without LAN



PORT1/PORT2(RJ-45) optional

LAN interface port 1 and 2 separated.8 to 80 Mbps shared when 16E1 to 0E1 are used.






ALM









COLLISION/DUPLEX




2-42



16E1 INTFC

2M IN/OUT-A (CH 1 to CH 8)(D-Sub Connector, 37 pins)(I/O BOARD IDU INTFC)







2-43



16E1 INTFC

2M IN/OUT-B (CH 9 to CH 16)(D-Sub Connector, 37 pins)(I/O BOARD IDU INTFC)




Pins 1 (+) and 2 () CH16 data inputPins 3 (+) and 4 () CH15 data inputPins 6 (+) and 7 () CH14 data inputPins 8 (+) and 9 () CH13 data inputPins 11 (+) and 12 () CH12 data inputPins 13 (+) and 14 () CH11 data inputPins 16 (+) and 17 () CH10 data inputPins 18 (+) and 19 () CH9 data inputPins 20 (+) and 21 () CH16 data outputPins 22 (+) and 23 () CH15 data outputPins 25 (+) and 26 () CH14 data outputPins 27 (+) and 28 () CH13 data outputPins 29 (+) and 30 () CH12 data outputPins 31 (+) and 32 () CH11 data outputPins 34 (+) and 35 () CH 10 data outputPins 36 (+) and 37 () CH 9 data output



2-44



LAN PORT1/PORT2(RJ-45, 8 pins)

LAN PORT, optional

Pin 1 LAN TD+/LAN RD+

Pin 2 LAN TD/LAN RD

Pin 3 LAN RD+/LAN TD+

Pins 4 and 5 Not Connected

Pin 6 LAN RD/LAN TD

Pin 7 and 8 Not Connected

Note: Do not connect any cable to the Not Connected pins.



2-45

2.7 STM-1 INTFC

The STM-1 INTFC provides STM-1 signal interface with two types, one iselectrical and the other is optical. The module performs,

- Coded Mark Inversion (CMI) to Non Return to Zero (NRZ)conversion

- Optical to Electrical conversion *

- RSOH termination

- Stuffing control

- Hitless switching (for 1+1 configuration)

- Performance monitoring (conforms to G.826/G.828)

- Automatic Laser Shut Down (ALS)*

- Near End/Far End loopback

Note:*: For the Optical INTFC only.

STM-1 OUT

ALM (red)

STM-1 IN STM-1 OUT

ALM

STM-1 IN

ALM

STM-1 INSTM-1 OUT

ALM (red)ONLINE(green)

STM-1 INSTM-1 OUT

ONLINE

STM-1 (ELE) INTFC

STM-1 (OPT) INTFC

Caution: Do not insert/extract the STM-1 INTFC with the power ON, turn OFF the PWRswitch on the MODEM and remove all cables connected to the STM-1 INTFC beforeinsert/extract the STM-1 INTFC, or STM-1 INTFC may be damaged.



2-46

Interface Signals (STM-1 INTFC)

STM-1 IN/OUTIEC 169-29 (1.0/2.3)

Electrical STM-1 Input/Output, G.703

STM-1 IN/OUTLC

Optical STM-1 Input/Output, G.957

Input/Output Signal:

Electrical

Type: G.703

Bit Rate: 155.520 Mbps

Level: 1 Vp-p (nominal)

Code: CMI

Impedance: 75 ohms unbalanced

Optical

Type: G.957

Bit Rate: 155.520 Mbps

Level: L-1.1: 0 to 8 dBm (TX)/10 to 34 dBm (RX)S-1.1: 8 to 15 dBm (TX)/8 to 28 dBm (RX)

Code: NRZ

Wavelength: 1310 nm



2-47

Indicators (STM-1 INTFC)


ALM

LOS of STM-1 from MUX is detected. Check MUX and wiring.

Frame synchronization of input STM-1 signalfrom MUX is los (Electrical INTFC).

Check MUX and wiring.

BER (E-BER, DMR or MUX) is worse thanpreset value (10-3 to 10-5, selectable). Check RSL, Interference and TX

power at opposite site when BERALM occurs.BER (SD, DMR or MUX) is worse than preset

value (10-5 to 10-9, selectable).

Frame synchronization of input STM-1 signalfrom radio is lost.

Check STM-1 transmission at theopposite site, ODU or MODEM inlocal.


Change LCT setting or other ( )INTFC module.

ONLINE Online status of Working/Standby in APS: ONOffline status of Working/Standby in APS: OFFOnline status of Working w/o APS: ON



2-48

2.8 E3 INTFC

The E3 INTFC applies for up to two (2) E3 (34.368 Mbps) signals, four (4)or eight (8) WS (2.048 Mbps) signals and two (2) port LAN (10/100BASE-T(X)) signals interface. The module performs, Bipolar-Unipolar/Unipolar-Bipolar conversion, Stuffing/Destuffing, Multiplex/Demultiplex the radio section frame, Hitless Switching and AIS Detection/Generation for each E3 and WS (E1) signal. The interface impedance ofthe WS can be selected from 75 ohms/unbalanced and 120 ohms/balancedusing LCT.

2 PORT LAN interface provides optionally to transmit up to 16 MbpsLAN signal using WS (E1)/SC signal band.

The user interface signals conform to ITU-T/IEEE as listed in thefollowing tables.


ALM

WS IN/OUT

WS IN/OUT ALM (red)


LINK(green)

PORT1PORT2

IN OUT IN OUT

E3 CH1 E3 CH2

E3 CH1 OUTE3 CH1 IN E3 CH2 OUT

E3 CH2 IN

Caution: Do not insert/extract the E3 INTFC with the power ON, turn the IDU power OFF andremove all cables connected to the E3 INTFC before insert/extract the E3 INTFC, orE3 INTFC may be damaged.

User Interface Signals (E3 INTFC)

E3 CH1/CH2 IN/OUT(IEC 169-29 (1.0/2.3)

2 E3 interface in each 2 ports.

Input/Output Signal: E3 signalBit Rate: 34.368 Mbps +/688 bitpsCode: HDB3Impedance: 75 ohms unbalanced

LAN PORT1/PORT2(RJ-45) optional

LAN interface Port 1 and Port 2 shared.Selectable 2 to 16 Mbps (for 2E3) shared depending toWS (1E1 to 8E1) CHs are assigned for LAN. Selectable 64/128/256 kbps shared depending to SC (SC1to SC4) CHs are assigned for LAN.

Input/Output Signal: 10/100BASE-T(X) Auto-sensing or fixedFlow control: Full duplex or Half duplexForwarding mode: Store-and-Forwarding



2-49

Indicators (E3 INTFC)


ALM








COLLISION/DUPLEX




2-50


User Interface Pin Assignment (E3 INTFC)


WS INTFC

WS IN/OUT (CH 1 to CH 8)(D-Sub Connector, 37 pins)







2-51

User Interface Pin Assignment (E3 INTFC)



LAN PORT


Pin 2 LAN TD/LAN RD Pin 3 LAN RD+/LAN TD+


Pin 6 LAN RD/LAN TD Pin 7 and 8 Not Connected

Note: Do not connect any cable to the Not Connected pins



2-52

2.9 LAN/WS INTFC (Optional)

: Unavailable: Available

Main: w/o STM-1Sub: e/w STM-1

*1 : Mounting position is Slot1 (for Main).*2: Mounting position is Slot2 (for Sub).

The LAN/WS INTFC (optional) provides 2 Port LAN interface (for TypeA/C) and 1 WS (E1) interface. The LAN/WS INTFC provides a functionof WS AIS Detection/Generation. The interface impedance of the WS canbe selected from 75 ohms/unbalanced and 120 ohms/balanced using LCT.The LAN/WS INTFC is installed into the Sub-INTFC Slot2 (for Type A/B) or Slot1 (for Type C) in the SDH system configuration. The LANinterface functions for each type are listed in following table.

LAN/WS INTFC

ALM

WS IN/OUT

ALM LED (red)Type B

ALM

WS IN/OUT

Type A100M PORT 1 PORT 2 100M

WS

WS IN/OUT

ALM LED (red)

PORT1PORT2 WS IN/OUT

ALM

WS IN/OUT

Type C100M PORT 1 PORT 2 100M

WS

WS IN/OUT

ALM LED (red)

PORT1PORT2

M.S

TypeFunction

RemarksMain LAN *1 Sub LAN *2 E1 WS*2

A Exclusive Sub CH for WS/LAN B Exclusive Sub CH for WS C Either Slot for Main or Sub CH for WS/LAN



2-53

User Interface Signals (LAN/WS INTFC)

Type A/B/C WS IN/OUT(D-Sub Connector)

WS (1 E1) interface.

Input/Output Signal: 2.048 Mbps +/102.4 bits, HDB3 coded data input/outputfrom/to DTE, 75/120 ohms (selectable).

Type A/C in Slot 2


10/100BASE-T(X)LAN interface Port 1 and Port 2 shared.RX switching is performed through Hit SW by High BERALM.LAN signal is transmitted via RFCOH. Selectable 2 Mbps depending to WS (E1) CH is assignedfor LAN. Selectable 64/128/192/256 kbps or 2 MB depending toSC (SC1 to SC4)/WS CHs are assigned for LAN.

Type C in Slot 1


10/100BASE-T(X).LAN interface Port 1 and Port 2 separated (75/75MB,100/50 MB, Best Effort selectable).RX switching is performed through Hitless SW.LAN signal mapping takes place in the STM-1.RSOH bytes (E1/F1/DCCr) are available. RMON is available.Maximum throughput packet size is 1548 bytes.

Type A/C Input/Output Signal: 10/100BASE-T(X) Auto-sensing or fixedFlow control: Full duplex or Half duplexForwarding mode: Store-and-Forwarding



2-54

User Interface Pin Assignment (LAN/WS INTFC)



LAN PORT






WS INTFC

WS IN/OUT (CH 1)(D-Sub Connector, 9 pins)


Pins 1 (+) and 6 () WS CH1 data inputPins 3 (+) and 8 () WS CH1 data output

Note: () is applied to Ground for 75-ohms unbalanced interface.The (+) and () pin connections should be connected to a signal twisted pair cable,otherwise, signal quality may be degraded.



2-55

Indicators (LAN/WS INTFC)




COLLISION/DUPLEX


WS Lights when WS is using. For Type A/C

ALM

LOS from WS DTE is detected. Check WS DTE and wiring.

Mounted module is not matched withinventory.


LAN link failure occurs. (For Type A/C) Check LAN cable connection.

Module failure occurs. Replace the module with a spare.



2-56

2.10 4P LAN INTFC (Optional)

The 4P LAN INTFC (optional) is installed into the Main-INTFC slot(Slot1) in the PDH system configuration and it provides 4 Port LANinterface with up to 8E1 interfaces. The LAN interface is used 4 Portshared (P1-P4) mode, 2 Port (P1-P2/P3-P4) shared mode or separated (P1/P2/P3/P4) mode. It is possible to use 4 Port LAN interfaces intransmission capacity of 100 Mbps (32QAM) as special mode (applicablechannel number of E1 are 4 CH in this mode). When the transmissioncapacity is used within 10 to 80 Mbps, the occupied band width for theLAN and E1 is assignable as the same assignement as the 16E1 INTFC.

The E1 interface impedance of the 2M IN/OUT can be selected from 75ohms/unbalanced and 120 ohms/balanced using LCT.

When this module is applied, use of SC channel is unavailable.

The LAN Port switching function is selectable when the LAN Port Usageis applied to the Shared Mode.

4P LAN INTFC

4P LAN INTFC

PORT1PORT2

100M PORT 3 PORT4 100M

ALM2M IN/OUT


PORT3PORT4

ALM LED(red)

Separated P1-P4 SharedP1-P2 SharedP3-P4 Shared

Dis

able

dEn

able

dSw

itchi

ng P1 P2 P3 P4

(1) (2) (3)

(4) (5)

Dir-A

P1 P2 P3 P4

Dir-A

Dir-A Dir-A

P1 P2 P3 P4

P1 P2 P3 P4P1 P2 P3 P4

Dir-A



2-57


User Interface Signals (4P LAN INTFC)

LAN PORT1 toPORT4 (RJ-45)

LAN interface Port 1, Port 2, Port 3 and Port 4.Selectable 2 Mbps to 100 Mbps depending to E1 CH isassigned for LAN.

Input/Output Signal: 10/100BASE-T(X) Auto-sensing or fixedFlow control: Full duplex or Half duplexForwarding mode: Store-and-Forwarding

2M IN/OUT(D-Sub Connector)

8E1 interface.

Input/Output Signal: up to 8E1 signals without LANBit Rate: 2.048 Mbps +/102.4 bitpsCode: HDB3Impedance: 75 ohms unbalanced or 120 ohms balanced *

User Interface Pin Assignment (4P LAN INTFC)



LAN PORT








2-58


2M IN/OUT (CH 1 to CH 8)(D-Sub Connector, 37 pins)


Note: Ground level is applied from DTE to () terminal throughinterface cable when unbalanced impedance is used.The (+) and () pin connections should be connected to asignal twisted pair cable, otherwise, signal quality may bedegraded.



User Interface Pin Assignment (4P LAN INTFC)



2-59

Indicators (4P LAN INTFC)




COLLISION/DUPLEX


ALM

E1 LOS from DTE is detected. Check DTE and wiring.



E1 Usage error occurs. Check E1 cable connection and E1CH assignment.





2-60

2.11 GbE INTFC (Optional)

The GbE INTFC (optional) provides 1000BASE-SX/LX and 1000BASE-T interface. The GbE INTFC is installed into the Main-INTFC slot (Slot1)instead of the STM-1 INTFC in the SDH (128QAM) systemconfiguration. The signal is connected either SFP (for 1000BASE-SX/LX)or RJ-45 (for 1000BASE-T).The LAN signal is transferred to STM-1 signal by data mapping usingunique method to improve throughput. The RSOH bytes (E1/F1/DCCr) isavailable between radio links. The RMON for LINE side is available butDMR side is unavailable. The maximum passage packet size is 9600 bytes.

The GbE INTFC is applicable together with the LAN/WS INTFC.

ALM

OUT

OPT

PORTIN

1000BASE-SX/LX 1000BASE-TIndicator



2-61

*Maximum Optical Cable length: 1000BASE-SX(850 nm): Multimode fiber (275 m (core dia.62.5 m), 550 m (core dia.50 m))1000BASE-LX(1300 nm): Multimode fiber (550 m (core dia.62.5 m), 550 m (core dia.50 m))

Single mode fiber (5000 m)For H3021A, C GbE INTFC, 10/100BASE-T(X) is not supported.

User Interface Signals (GbE INTFC)

1000BASE-SX/LX:* Gigabit Ether signal, Optical Interface1000BASE-SX: Multimode Fiber/LC Connector1000BASE-LX: Single/Multimode Fiber/LC Connector(SFP Fiber Connector)IN (Right Side):OUT (Left Side):

1000BASE-SX/LX Input 1000BASE-SX/LX Output

Type: H3021A: 1000BASE-SXH3021C: 1000BASE-LX

Speed & Duplex: 1000 Mbits Full Duplex/Auto Negotiation fixedFlow control: Flow control ON or OFF selectableLink LossForwarding:

Disabled/Enabled selectable

1000BASE-T: Gigabit Ether signal, Electrical Interface1000BASE-T Port:(RJ-45 InterfaceConnector)

Ether signal Input/Output

Speed & Duplex: 1000 Mbits Full Duplex/Auto Negotiation fixedFlow control: Flow control ON or OFF selectableLink LossForwarding:




2-62

User Interface Pin Assignment (GbE INTFC)


1000BASE-SX Multimode Fiber/LC Connector

1000BASE-LX Single/Multimode Fiber/LC Connector

IN (Right side) 1000BASE-SX/LX Input

OUT (Left side) 1000BASE-SX/LX Output

1000BASE-T(RJ-45, 8 pins)

1000BASE-T Input/Output(MDI/MDI-X)

Pin 1 DATA-A+/DATA-B+

Pin 2 DATA-A/DATA-B

Pin 3 DATA-B+/DATA-A+

Pin 4 DATA-C+/DATA-D+

Pin 5 DATA-C/DATA-D

Pin 6 DATA-B/DATA-A+

Pin 7 DATA-D+/DATA-C+

Pin 8 DATA-D/DATA-C

Note: Cable connector: CAT5e/RJ-45



2-63

Indicators (GbE INTFC)


Indicator Indicates which Port is applied to thesignal interface.

When the indicator is flashing slowly,the input signal is off in thecorresponding interface port which isset to be used.

When the indicator is flashing fast, theinput/output signal is on in thecorresponding interface port which isset to be used.

When the indicator is lit steady, thesignal is linked in the correspondinginterface port which is set to be used.

When the indicator is unlit, thecorresponding interface which port isset to no use.

ALM Mounting module is not matched withinventory.



LOS from DMR is detected.

Check IDU/ODU and radio link.LOF from DMR is detected.

Excessive-BER alarm condition fromDMR occurs.

SD from DMR is detected.

GbE output signal for fiber cable isinterrupted.

Replace the module with a spare. (SFPmode only)




2-64

2.12 4P LAN INTFC-E (Optional)

This module provides 8E1 channels and four ports 10BASE-T/100BASE-TX interfaces. By using VLAN configuration, one signal capacity can beshare among four LAN ports. LAN throughput maximum bandwidth canbe set from 2 Mbps to 100 Mbps.

When this module is applied, use of SC channel is unavailable.

The LAN Port switching function is selectable as LAN Port Usage

is Shared Mode.

Note: *: For unbalanced impedance, ground level is applied fromassociated equipment through interface cable.

User Interface Signals (4P LAN INTFC-E)

LAN PORT1 toPORT4 (RJ-45)

LAN interface Port 1, Port 2, Port 3 and Port 4.Selectable 2 Mbps to 100 Mbps depending to E1 CHis assigned for LAN.




2M IN/OUT(D-Sub Connector)

8E1 interface.

Input/Output Signal: up to 8E1 signals without LAN





2-65

User Interface Pin Assigment (4P LAN INTFC-E)


LAN PORT1 to PORT4(RJ-45,8 pins)

LAN PORT











2-66

User Interface Pin Assignment (4P LAN INTFC-E)









2-67

Indicators (4P LAN INTFC-E)



LINK LAN and associated equipment arelinked and flashing under theexchanging the packet.

COLLISION/DUPLEX

Input/Output LAN signal is in FullDuplex mode. Flashing when acollision condition occurs.

ALM

E1 LOS from DTE is detected. Check DTE and wiring.

Mounted module is not matched withinventory.


E1 Usage error occurs. Check E1 cable connection and E1 CHassignment.





2-68

2.13 Gbe INTFC-E (Optional)

2.13.1 Port 1 (GbE Usage)This module provides one GbE interface, three ports 10BASE-T/100BASE/TX interfaces and one channel for WS interface (E1). All thesechannels are transmitted over the payload of SDH (STM-1).

*Maximum Optical Cable length: 1000BASE-SX(850nm): Multimode fiber (275m (core dia.62.5m), 550m (core dia.50m))1000BASE-LX(1300nm): Multimode fiber (550m (core dia.62.5m), 550m (core dia.50m))

Single mode fiber (5000m)

User Interface Signals (GbE INTFC-E/Port 1)

1000BASE-SX/LX: Gigabit Ether signal, Optical Interface

1000BASE-SX:* Multimode Fiber/LC Connector

1000BASE-LX:* Single/Multimode Fiber/LC Connector

(SFP Fiber Connector)IN (Right Side):OUT (Left Side):

1000BASE-SX/LX Input 1000BASE-SX/LX Output

Type: H3022B 1000BASE-SX

H3022C 1000BACE-LX

Speed & Duplex: 1000Mbits Full Duplex/Auto Negotiation fixed

Flow control: Flow control ON or OFF selectable

Link Loss Forwarding:

Disabled/Enabled selectable* For GbE INTFC-E, this function supports as Link Down Control

1000BASE-T: Gigabit Ether signal, Electrical Interface

1000BASE-T Port:(RJ-45 InterfaceConnector)

Ether signal Input/Output

Speed & Duplex: 10/100BASE-T(X)/1000BASE-T Auto -sensing or fixed

Flow control: Flow control ON or OFF selectable

Link Loss Forwarding:




2-69

User Interface Pin Assignment (GbE INTFC-E/Port1)


1000BASE-SX Multimode Fiber/LC Connector

1000BASE-LX Single/Multimode Fiber/LC Connector

IN (Right side) 1000BASE-SX/LX Input

OUT (Left side) 1000BASE-SX/LX Output

1000BASE-T(RJ-45, 8 pins)

1000BASE-T Input/Output(MDI/MDI-X)

Pin 1 DATA-A+/DATA-B+

Pin 2 DATA-A/DATA-B

Pin 3 DATA-B+/DATA-A+

Pin 4 DATA-C+/DATA-D+

Pin 5 DATA-C/DATA-D

Pin 6 DATA-B/DATA-A+

Pin 7 DATA-D+/DATA-C+

Pin 8 DATA-D/DATA-C

Note: Cable connector: CAT5e/RJ-45



2-70

Indicators (GbE INTFC-E/Port 1)


Indicator Indicates which Port is applied to thesignal interface.

When the indicator is flashing slowly,the input signal is off in thecorresponding interface port which is setto be used.

When the indicator is flashing fast, theinput/output signal is on in thecorresponding interface port which is setto be used.

When the indicator is lit steady, thesignal is linked in the correspondinginterface port which is set to be used.

When the indicator is unlit, thecorresponding interface which port is setto no use.

ALM Mounted module is not matched withinventory.



LOS from DMR is detected.

Check IDU/ODU and radio link.LOF fr

20_s57495ue_oper.pdf

Documents

Transcript of 20_s57495ue_oper.pdf