Paso NEO

TOPC-E4010E-01-07021

PASOLINK NEOPASOLINK NEOINTRODUCTIONINTRODUCTION

Provided for Training / June 2007Provided for Training / June 2007

PASOLINK NEOPASOLINK NEO 11TOPC-E4010E-01-07021


PASOLINK PDH FAMILYPASOLINK PDH FAMILY

24.25-27

26GHz

27.5-29.5

28GHz

QPSK10MB (5E1)20MB (10E1)40MB(20E1)80MB(40E1)

100MB(48E1)1 / 2 E3

(2x10/100Base-T)(4x10/100Base-T)

16E1 + DXC

4PSK+RS16QAM+RS32 QAM+RS

PASOLINK NEO

31.8-33.4

32GHz

QPSK10MB (5E1)20MB (10E1)40MB(20E1)80MB(40E1)

(2x10/100Base-T)

4PSK+RS16QAM+RSPASOLINK Mx

16x2MB

51.4-52.637-4021.2-23.617.7-19.714.2-15.3512.75-13.2510.15-11.77.125-8.55.925-7.125INTERFACEMODULATIONSERIES/MODEL

10/11GHz

8x2MB16QAM + RS

1x34MB

PASOLINK+

4x2MB2/4/8/16x2MB

(2x10/100Base-T)

4PSKPASOLINK V4

2x2MB4x2MB8x2MB

16x2MB1x8MB

1x34MB

4PSKPASOLINK V3

52GHz38GHz23GHz18GHz15GHz13GHz7/8GHz6GHzFREQUENCY BAND


PASOLINK SDH FAMILYPASOLINK SDH FAMILY

27.5-29.5

28GHz

STM-1(XPIC)

2Port LAN

128QAM+RS

SDH(2xSTM-

1)PASOLINK+

(XPIC)

14.2-15.35

15GHz

STM-12Port LAN

128QAM+RS

SDH(STM-1)

PASOLINK+(Enhanced)

PASOLINK+

37-4031.8-33.4

24.25-27

21.2-23.6

17.7-19.7

12.75-13.25

10.15-11.7

7.125-8.5

5.925-7.125

INTERFACE

MODULATION

SYSTEMSERIES/MODEL

STM-12Port LAN

128QAM+RS

SDH(STM-1)

10/11GHz

STM-1(E)STM-1(O)

(APS)2Port LANGbEther(XPIC)

128QAM+RS

SDH(2XSTM-

1)

STM-12Port LAN

32MLCM +RS

SDH(STM-1)

21x2MB(STM-1)

32QAM+RSSDH(STM-0)

PASOLINK NEO

38GHz32GHz26GHz23GHz18GHz13GHz7/8GHz6 GHzFREQUENCY BAND


FEATURESADVANCED TECHNOLOGIES AND SUPERB PERFORMANCE

HIGH SPECTRUM EFFICIENCY / HIGH SYSTEM GAIN

FREQUENCY AGILITY AND EASY TUNING

CONFORMITY WITH ANSI, ITU-R, ITU-T AND ETSI STANDARDS

ELECTRO MAGNETIC COMPATIBILITY (EMC)

SYSTEM FLEXIBILITY

EASY MAINTENANCE FACILITIES

PASOLINK NETWORK MANAGEMENT SYSTEM (PNMSj) (OPTION)

PASOLINK NETWORK MANAGEMENT TERMINAL (PNMTj) (OPTION)

EASY AND QUICK INSTALLATION

TX POWER CONTROL

MULTIPLE SERVICE CHANNELS


FEATURES-1

ADVANCED TECHNOLOGIES AND SUPERB PERFORMANCE

MMIC, HIC AND VLSI

Low Power Consumption

10Base-T/100Base-TX, 1000Base-SX, 1000Base-T (LAN Interface)

High reliability and Quality

APS for STM-1 Optical Interface

Excellent field proven MTBF

PDH Cross Connect

Nodal solutions (future) E1 Line Digital Cross Connect


FEATURES-2

HIGH SPECTRUM EFFICIENCY / HIGH SYSTEM GAIN

High Spectrum efficiency

High Performance LNA-MIX (Superior receiver sensitivity)

High System Gain achieved by:

QPSK to 128 QAM modulation (S/W selectable)

Forward Error CorrectionBase Band Linearizer

FREQUENCY AGILITY AND EASY TUNING

Field tunable local oscillators (Synthesizer)

RF Point Frequency can be changed through Local Craft Terminal (LCT)

ODU Sub-band changeable by simply replacing the RF Filter.


FEATURES-3

CONFORMITY WITH ANSI, ITU-R, ITU-T AND ETSI STANDARDS

Complies with ETS EN301 489-4

ELECTRO MAGNETIC COMPATIBILITY (EMC)

ETSI STANDARDSITU-T STANDARDSITU-R, STANDARDSANSI STANDARDS

EASY AND QUICK INSTALLATION

Very compact and light ( 1+1 IDU only 1 rack unit size)

Only one coaxial cable interconnection Automatic Cable Equalization Different mounting methods for IDU, ODU and Antenna Easy antenna pointing adjustments (RX level monitor point in ODU)


FEATURES-4

TX POWER CONTROL

Variable : from 0 up to 30 dB, in 1 dB steps (6-52 GHz) (Depending on the Frequency and Modulation scheme)

Automatic Transmit Power Control (ATPC) or

Manual Transmit Power Control (MTPC)

MULTIPLE SERVICE CHANNELS

Engineering Order Wire (OW) Digital Service Channels - Two RS-232C

Two V.11 (Contra/Co direction selectable)

WS E1 & SC LAN (64/128/256/2048Kbps) (Depend on the INTFC Card used)

NMS Service Channel for PASOLINK Monitoring

In SDH configuration access to E1, F1, DCCr bytes in the STM-1 SOH


FEATURES - 5

SYSTEM FLEXIBILITY

Hot Standby/ Space Diversity / Twin Path systems are available with Hitless switch

Common IDU for different RF frequencies (6/7/8/10/11/13/15/18/23/26/28/32/38/52GHz)

Software variable transmission bit rates and modulation

Common ODU for different bit rates (5 to 48E1, 1 to 2 E3, 155Mbps, 2x155Mbps)

Common IDU and ODU for PDH/SDH/LAN including 2xSTM-1 XPIC

(1 + 0 ) unprotected or ( 1+ 1) protected using the same IDU

Wide input line voltage -40.5~57Vdc (optional Power supply Interface +/- (20 ~ 60)Vdc)

(QPSK/16QAM/32QAM/128QAM)

Common IDU and ODU for Repeater with 16E1 DXC interface card


FEATURES - 6

EASY MAINTENANCE FACILITIES

Full front panel access for all cabling and user interfaces

Near End, Far End Base-band Loop back + IF Loop back facilities

OW calling facility between IDU IDU Party Line

Pre-settable BER alarm point: 10-3, 10-4 10-5 or 10-6 (alarm and AIS injection)

Easy Local monitor and maintenance using LCT (USB connection & IE Browser)

Local and Remote monitoring of IDU & ODU operating condition from PNMTj

Network Monitor by PNMSj or PC-MG


FEATURES - 7

PASOLINK NETWORK MANAGEMENT SYSTEM (PNMSj) (OPTION)

User friendly operation

Free from OS limitations, PNMSj runs on both Windows and UNIX

Remote access and control of any PASOLINK Terminal in the network

Link oriented monitor and control ( both sides of a microwave link)

Multi level security

Real Time Event Logging and Event History

ITU-T G.826/G.828 Performance Monitor (Table /graph presentation)

Real-time monitor of Network Elements (NE)

SNMP Interface (Option)

Monitor & Control using Remote Client

Auto Discovery of NEO Network Elements


FEATURES - 8

User friendly operation as maintenance terminal

PASOLINK NETWORK MANAGEMENT TERMINAL (PNMTj) (OPTION)

Link oriented monitor and control for both Local and Remote terminals

Uses Windows XP/2000 with mobile PC

NE Network property setting

Configuration & Program file download/upload

NE Setup and Provisioning


SYSTEM & MODULATIONSYSTEM & MODULATION

SDHSDH

PDHPDH LANLAN

QPSKQPSK 128QAM128QAM

32QAM32QAM16QAM16QAM


TRANSMISSION CAPACITYTRANSMISSION CAPACITY

156Mbps 100Mbps

80Mbps

40Mbps10Mbps

20Mbps

2x156Mbps


TRANSMISSION CONFIGURATIONSTRANSMISSION CONFIGURATIONS

2x(1+0) Repeater

TwinPath

SD(1+0)

(1+1)

2x(1+1)


0 3.5 7.0 14.0 28.0 40.0 56.0 [MHz]Adjacent CH Spacing

Modulation256QAM

128QAM

64QAM

32QAM

16QAM

8PSK

4PSK5E1 10E1 20E1

5E1 10E1 20E1 40E1

100MB/48E1

STM-1XPIC

NEO CAPABILITYNEO CAPABILITY

PASOLINK NEO(Standard version)


NEO CAPABILITY NEO CAPABILITY

16E1

---------------40Mbps(20E1)3

---

---

---

---

---

2PortLAN

------------------40Mbps(16E1)3

---

4PortEther

---

48E1

---

16E1 DXC

GbELX

GbESX

STM-1Opt.S1/L.1

STM-1Elec.

INTF Card Bitrate(Number of E1s)

---

---

---

---

---

---

---

---

5

5

4

2

1

---

---

---

---

---

---

---

---

100MB(48E1)

20Mbps(10E1)

STM-1

80Mbps(40E1)

10Mbps(5E1)

2 port LAN

16E1 +2Port LAN16E1 +2Port LAN with DXC

28(27.5)128QAM

48 X E1 Module4 port LAN

CHANGE MODULE

Gb Ether

STM-1 Module

28(27.5)32QAM28(27.5)14(13.75)73.516QAM

28(27.5)14(13.75)7QPSKChannel Separation (MHz)Modulation Scheme

15510080402010STM-148E140E120E110E15E1Capacity (E1/STM-1)

Transmission capacity (Mbps)

Ethernet


LAN FunctionLAN Function SummarySummary

X

O

1548 bytes

16Mbps (WS)256 Kbps (SC)

PDH (40 ~ 80 M)

2 (RJ-45)

10BASE-T100BASE-TX

E3 INTFC

X

O

1548 bytes

2Mbps (WS/SC)

64/128/256 Kbps (2 Mbps)*

2 (RJ-45)

10BASE-T100BASE-TX

LAN/WS INTFC(SUB SLOT)

O

O

1548 bytes

80Mbps(Main)256Kbps(SC)

PDH(10M80M)

2 (RJ-45)

10BASE-T100BASE-TX

2way ASYNCDXC

XXXX2WAY DXC (Async.)

OOOORMON

9600 bytes1548 bytes1548 bytes1548 bytesMaximum Frame Length

150Mbps(Main)150Mbps(Main)100Mbps(Main)80Mbps(Main)256Kbps(SC)Maximum Throughput

SDH(156M)SDH(156M)PDH(100M)PDH(10M80M)Supported Capacity

1 (SFP or RJ-45)2 (RJ-45)4 (RJ-45)2 (RJ-45)Number of LAN Port

1000BASE-SX1000BASE-T

10BASE-T100BASE-TX

10BASE-T100BASE-TX

10BASE-T100BASE-TXInterface

GbE INTFCLAN/WS INTFC(MAIN SLOT)4P LAN INTFC16E1 INTFCInterface Card

O: Supported X: Not Available


APPLICATIONSAPPLICATIONS


PDH CROSS CONNECT

Max. 80Mbps(40E1)Air Capacity

16E1+LAN

2x8E1(D-Sub)

Dir-AA) Term DXC

D/I for A

DXC

Dir-AA) Term DXC

D/I for A

DXC

DXC

Dir-AB) 2way-Star

Dir-B

D/I for AD/I for B

Dir-A >= Dir-BDXCDXC

Dir-AB) 2way-Star

Dir-B

D/I for AD/I for B

Dir-A >= Dir-BDXC

Dir-AC) 2way-tree

Dir-B

D/I for A

Rep

Dir-A > Dir-BDXC

Dir-AC) 2way-tree

Dir-B

D/I for A

Rep

Dir-A > Dir-BDXC

Dir-AD) 2way-Rep

Dir-B Rep

Dir-A = Dir-BD/I = 0

Dir-AD) 2way-Rep

Dir-B Rep

Dir-A = Dir-BD/I = 0

2 WAY -TREE

2 WAY -REPEATER2 WAY -STAR

TERMINAL - DXC


ETHERNET CONFIGURATION


NETWORK MONITORING SYSTEMNETWORK MONITORING SYSTEM

Upper NMSUpper NMS

RemoteRemoteClientClient

RemoteRemoteClientClient

Server ModeServer ModeRemote TerminalRemote Terminal

Web based Client/Server concept Web based Client/Server concept

In addition to the 15 Remote Clients, one more Remote Terminal can be configured with Server Mode. Server Mode allows network configuration functions.

PNMTj

PNMTj

PNMTj


PASOLINK (1+0) SYSTEMPASOLINK (1+0) SYSTEM

PASOLINK NEO (FRAME)

PASOLINK NEO (1+0) COMMON MODULES

(Blank) (Blank)

(Blank)


PASOLINK (1+0) SYSTEMS PDHPASOLINK (1+0) SYSTEMS PDH

PASOLINK NEO (1+0) WITH PDH 16E1 + 2PORT LAN INTFC

PASOLINK NEO (1+0) PDH WITH 48E1 INTFC

PASOLINK NEO (1+0) PDH WITH E3 + WS and 2Port LAN INTFC

PASOLINK NEO (1+0) PDH WITH 4 Port LAN INTFC + E1


PASOLINK (1+1) SYSTEMS PDHPASOLINK (1+1) SYSTEMS PDH

PASOLINK NEO (1+1) WITH PDH 16E1+2Port LAN INTFC

PASOLINK NEO (1+1) WITH PDH 48E1 INTFC

PASOLINK NEO (1+1) with PDH E3 INTFC + WS and 2Port LAN INTFC

PASOLINK NEO (1+1) PDH WITH 4 Port LAN INTFC + E1


PASOLINK (1+0) SYSTEMS SDHPASOLINK (1+0) SYSTEMS SDH

PASOLINK NEO (1+0) WITH STM-1 (Electrical) INTFC

PASOLINK NEO (1+0) WITH STM-1 (Optical) INTFC (APS CONFIGURATION)

PASOLINK NEO (1+0) WITH STM-1 (Optical) INTFC AND WS/SC LAN INTFC

PASOLINK NEO (1+0) WITH STM-1 (Optical) INTFC


PASOLINK NEO (1+1) SYSTEMS SDHPASOLINK NEO (1+1) SYSTEMS SDH

PASOLINK NEO (1+0) WITH STM-1 (Electrical) INTFC


PASOLINK NEO (1+0) WITH STM-1 (Optical) INTFC with WS/SC LAN



PASOLINK NEO XPIC CONFIGURATIONPASOLINK NEO XPIC CONFIGURATION

PASOLINK NEO (1+1) WITH 2x STM-1 INTFC with XPIC

PASOLINK NEO (1+0) WITH 2x STM-1 INTFC with XPIC


PASOLINK NEO OTHER CONFIGURATIONSPASOLINK NEO OTHER CONFIGURATIONS

PASOLINK NEO (1+0) WITH DC-DC CONV (PDH & SDH)

PASOLINK NEO (1+0) WITH GbE INTFC with WS/SC LAN (SDH)

PASOLINK NEO (1+1) WITH PDH 16E1+2Port LAN INTFC AND 2 WAY / XC

OPT

PASOLINK NEO (1+0) WITH 2 PORT LAN INTFC (SDH)

M.S


PASOLINK NEO IDU MODULESPASOLINK NEO IDU MODULES

Main SlotSDHGbE INTFC (1000 BASE-SX /1000 BASE-T)H3021 [A]4

Main (2 PORT LAN) / Sub-Slot (WS/SC LAN)SDHLAN / WS INTFCH2965 [C]5

Main Slot (2 Port LAN) SDHLAN / WS INTFCH2965 [C]4

Main SlotSDHGbE INTFC (1000 BASE-LX/1000 BASE-T)H3021 [C]4

Sub-Slot (APS)SDHSTM-1 INTFC Optical (S 1.1)H2960 [B]5

Sub-Slot (APS)SDHSTM-1 INTFC Optical (L 1.1)H2960 [C]5

With 2 Port LANPDH16E1 E/W 2 Way DXC INTFCH2980 [B]6

Sub-Slot (WS/SC LAN)SDHLAN / WS INTFCH2965 [A]5

Sub-Slot (WS)SDHLAN / WS INTFCH2965 [B]5

Main SlotSDHSTM-1 INTFC Optical (L 1.1)H2960 [C]4

Main SlotSDHSTM-1 INTFC Optical (S 1.1)H2960 [B]4

Two E3, up to 8 WSPDHE3 INTFCH30106

With E1sPDH4P LAN INTFCH30206

7

6

6

4

3

3

2

1

NO.

PASOLINK NEO IDU RACK AND MODULES

COMMONCTRLH2950

PDH48E1 INTFCH3000

PDH16E1 INTFC + 2 Port LANH2980 [A]

Main SlotSDHSTM-1 INTFC ElectricalH2960 [A]

(1+0) (with EHG ODU)COMMONDC-DC CONVH3040

(1+1)COMMONMODEMH2940

(1+0)COMMONMODEMH2940

COMMONRACKH2931

REMARKSMODULE NAMECODE NO.

12

3

4 5

7

6


PASOLINK NEO PDH BLOCK DIAGRAMPASOLINK NEO PDH BLOCK DIAGRAM

PASOLINK NEO (1+0) (PDH)

PASOLINK NEO (1+1) (PDH)

*.OPTION


PASOLINK NEO SDH BLOCK DIAGRAM PASOLINK NEO SDH BLOCK DIAGRAM

PASOLINK NEO (1+1) (SDH)

PASOLINK NEO (1+0) (SDH)

*OPTION 1. STM-1 ELECTRICAL OR OPTICAL OR LAN

2. STM-1 OPTICAL ON SUB SLOT FOR APS

3. WS/ LAN AUXILIARY SIGNALS


PASOLINK NEO XPIC (SDH) BLOCK DIAGRAM PASOLINK NEO XPIC (SDH) BLOCK DIAGRAM PASOLINK NEO (1+0) FOR XPIC (SDH)

*OPTION 1. STM-1 ELECTRICAL OR OPTICAL OR LAN

2. STM-1 OPTICAL ON SUB SLOT FOR APS

3. WS/ LAN AUXILIARY SIGNALS


PASOLINK NEO REPEATER BLOCK DIAGRAM PASOLINK NEO REPEATER BLOCK DIAGRAM

PASOLINK NEO TWO WAY XC CONFIGURATION FOR PDH

*OPTION


PERFORMANCE

-98.0100.5103.0105.0107.5107.5108.0107.5106.5112.0112.010MB/16QAM

-95.097.5100.0102.0104.5104.5105.0104.5103.5109.0109.020MB/16QAM

-92.094.597.099.0101.5101.5102.0101.5100.5106.0106.040MB/16QAM

-81.584.086.586.588.088.090.089.589.594.594.5156MB/128 QAM

Measured at ODU RX port at 10-6 BER [BER at 10-3 value below +1.5 dB]System Gain

-84.0-87.5-87.5-89.0-89.0-89.589.5-89.5-89.0-89.0-90.0-90.010MB/QPSK

--81.0-84.5-84.5-86.0-86.0-86.5-86.5-86.5-86.0-86.0-87.0-87.020MB/QPSK

-78.0-81.5-81.5-83.0-83.0-83.5-83.5-83.5-83.0-83.0-84.0-84.040MB/QPSK

105.5

102.5

99.5

89.0

87.5

-83.5

-80.5

-77.5

-74.5

-73.0

-67.0

18

14.5

14.5

14.5

38GHz

111.0

108.0

105.0

94.0

92.5

-85.0

-82.0

-79.0

-76.0

-74.5

-68.5

22

18

18

18

28GHz

109.5

106.5

103.5

91.5

90.0

-83.5

-80.5

-77.5

-74.5

-73.0

-67.0

22

17

17

17

32GHz

114.0

111.0

108.0

97.5

95.5

-85.0

-82.0

-79.0

-76.0

-74.5

-68.5

25

21.5

21

21

10-11GHz

119.0

116.0

113.0

103.0

100.5

-86.0

-83.0

-80.0

-77.0

-75.0

-69.5

Measured at ODU RX port (dBm)t at 10-6 BER [BER at 10-3 value below -1.5 dB]

29

27

25

25

Measured at ODU TX port

6-7GHz

119.0

116.0

113.0

103.0

100.5

-86.0

-83.0

-80.0

-77.0

-75.0

-69.5

29

27

25

25

8GHz

--79.0-79.5-79.5-79.5-79.040MB/16QAM

--82.0-82.5-82.5-82.5-82.020MB/16QAM

--85.0-85.5-85.5-85.5-85.010MB/16QAM

-92.594.094.096.095.5100MB/32QAM

-96.098.598.599.098.580MB/16QAM

81.0105.0107.5107.5106.5108.040MB/QPSK

84.0108.0110.5110.5109.5111.020MB/QPSK

87.0111.0113.5113.5112.5114.010MB/QPSK

Receiver Threshold

--68.5-69.0-69.0-69.0-68.5156MB/128 QAM

--74.5-75.0-75.0-75.0-74.5100MB/32QAM

--76.0-76.5-76.5-76.5-76.080MB/16QAM

Transmit Power

-1819192121128QAM

-181919212132QAM

-20222222.522.516QAM

32224242325QPSK

23 GHz 26 GHz13 GHz 52 GHz18 GHz15 GHzITEM

Rx Threshold values given are with the ODU mounted directly to the antenna for (1+0) or (1+1) two antenna configuration.

For (1+1) configuration with one Antenna, the losses in the Hybrid combiner/divider must be considered. Typically about 7dB loss in the link.

6-38 GHz +/- 1.5 dB

6-26GHz +/- 1.5dB28-52GHz +1.5/-2.5 dB

6-38 GHz +/- 1.5 dB

6-38 GHz +/- 1.5 dB

Guaranteed TX Power

6-52 GHz +3 dB

Rx Threshold at 10-6 BER

Guaranteed Threshold

16 QAM: 6-38 GHz -3 dB

QPSK: 6-26GHz -3 dB28-52GHz -4 dB

32QAM: 6-38 GHz -3 dB

128QAM: 6-38 GHz -3 dB

Guaranteed System Gain


PERFORMANCE

TX IF : 340 MHz RS IF: 140 MHz, Control signal : 10 MHz (5 MHz Ref: XPIC only)IFL signals (IDU-ODU)

-48 V DC (-40.5 TO 57 V DC)DC Power

Max RSL and

Residual BER

TX PWRControl

(1 dB Step)

TX PWR(dBm)

FREQUENCY STABILITY

Remote Mount

Direct Mount

RF RX Level 20dBm for the BER less than 10-3 / Residual BER: Less than 10-12 at RSL = -30 dBm128QAM

RF RX Level -15 dBm ( no error) / Residual BER: Less than 10-12 at RSL = -30 dBmQPSK

0 20 dB128QAM

0 23 dB32QAM

14.5

14.5

14.5

18

PBR 320

37-40

38GHz

18

18

18

22

PBR 320

27.5-29.5

28GHz

17

17

17

22

PBR 320

31.8-33.4

32GHz

21

21

21.5

25

PDR 100

10.15-11.7

10-11GHz

RF RX Level 20dBm for the BER less than 10-3 / Residual BER: Less than 10-12 at RSL = -30 dBm

RF RX Level 20dBm for the BER less than 10-3 / Residual BER: Less than 10-12 at RSL = -30 dBm

0 -24 dB

0 30 dB

25

25

27

29

+/- 6 ppm (Guaranteed: +/- 10 ppm)

N-TYPEPDR 70

N/A

5.925-7.125

6GHz

25

25

27

29

N-TYPEPDR 84

N/A

7.125-8.5

7-8GHz

1819192121128QAM

0-10dB0 25 dBQPSK

16QAM

16QAM

32QAM

32224242325QPSK

-20222222.522.516QAM

-181919212132QAM

51.4-52.624.2-2721.2-23.617.7-19.714.2-15.3512.75-13.25

NEC ORIGINAL

PBR 260PBR 220PBR 220PBR 140PBR 120

23 GHz 26 GHz13 GHz 52 GHz18 GHz15 GHz


PERFORMANCE - PDH

ODU Side: N Type female, 50 ohms (Coaxial)IDU Side: TNC Type female, 50 ohms (Coaxial)300 m (in case of 8D-FB cable or equivalent cable)

Inter connecting Connector, Cable Impedance and cable length

482 (W) x 44 (H) x 240 (D) mm: Approx. 4 kgIDU

237(W) x 237 (H) x 101 (D) mm: Approx. 3.5 KG/UNITODUMechanical Dimensions

Modem: 0.5kg, 48E1 INTFC: 0.4kg, 16E1 INTFC: 0.4kg, E3 INTFC: 0.4kg, CTRL: 0.4kgWeight/ Card

UPTO 100MBPSCAPACITY

-48VDC (-40.5 to -57 VDC), Conforms to EN300 132-2Power Requirement

Conforms to EN 60950Safety

Note: 13.75 or 27.5 MHz is applied for 18 GHz / LAN is not available on 48 E1 INTFC

Modem: 10W, 48E1 INTFC: 8W, 16E1 INTFC: 8W, E3 INTFC : 8W, CTRL: 7WIDU Cards

30W (6 to 11 GHz) 23W (13 to 52 GHz)ODU UnitPower Consumption

28 (27.5) MHz32QAM

3.5 MHz, 7 MHz, 14 (13.75) MHz, 28 (27.5) MHz 16QAM

ODU:-33 TO + 50 OC IDU: -5 TO + 50 OCGuaranteed operation

Environmental requirement

N/A128 QAM

IDU, ODU:-40 TO + 70 OCTransportation/storage

ODU:-40 TO + 55 OC IDU: -10 TO + 55 OCWorkable operation

Conforms to EN 301 489-4EMC

ODU: 100% ApplicableIDU: Less than 90% at +50 OC(non-condensing)

Relative humidity

7 MHz, 14 (13.75) MHz, 28 (27.5) MHz QPSK

CH SPACING

D-Sub 37: 16E1/ MDR68: 48E1/ IEC 169-29 (1.0/2.3) E3RJ-45 (2/4 Ports) LAN: 10/100Base-T(X)

INTERFACE

SYSTEM PERFORMANCE (PDH)


PERFORMANCE - SDH

ODU Side: N Type female, 50 ohms (Coaxial)IDU Side: TNC Type female, 50 ohms (Coaxial)300 m (in case of 8D-FB cable or equivalent cable)

Inter connecting Connector, Cable Impedance and cable length

482 (W) x 44 (H) x 240 (D) mm: Approx. 4 kgIDU

237(W) x 237 (H) x 101 (D) mm: Approx. 3.5 KG/UNITODUMechanical Dimensions

Modem: 0.5kg, 48E1 INTFC: 0.3kg, STM-1E INTFC: 0.3kg, LAN/WS INTFC: 0.3kg, CTRL: 0.4kg

Weight/ Card

STM-1: 155 Mbps, (up to 2 x STM-1) LAN : Up to 150 MbpsCAPACITY

-48VDC (-40.5 to -57 VDC), Conforms to EN300 132-2Power Requirement

Conforms to EN 60950Safety

Note: 27.5 MHz IS APPLIED FOR 18 GHz, / 2x 155 Mbps using 2 sets for XPIC / Two STM-1 Optical Interfaces for APS

Modem: 10W, STM-1O INTFC: 8W, 16E1 INTFC: 8W, E3 INTFC : 8W, CTRL: 7WIDU Cards

30W (6 to 11 GHz) 23W (13 to 52 GHz)ODU UnitPower Consumption

N/A32QAM

N/A16QAM

ODU:-33 TO + 50 OC IDU: -5 TO + 50 OCGuaranteed operation

Environmental requirement

28 (27.5) MHz128 QAM

IDU, ODU:-40 TO + 70 OCTransportation/storage

ODU:-40 TO + 55 OC IDU: -10 TO + 55 OCWorkable operation

Conforms to EN 301 489-4EMC

ODU: 100% ApplicableIDU: Less than 90% at +50 OC(non-condensing)

Relative humidity

N/AQPSK

CH SPACING

Optical: LC, Electrical: IEC 169-29 (1.0/2.3) LAN, RJ-45 (2 Ports) : 10/100 Base-T(X) , RJ-45: 1000 Base-T, LC: 1000 Base-SX

Interface

SYSTEM PERFORMANCE (SDH)


CTRL MODULE

MODEM MODULE


CTRL MODULE CTRL MODULE CONNECTORS & SWITCHESCONNECTORS & SWITCHES

BACK TO BACK LAN CONNECTIONCONNECT TO PNMS (ROOT NE)

NMS (RJ-45)

LCT CONNECTION

PNMT CONNECTION

LCT (USB-B)

BACK TO BACK LAN CONNECTION

NE (RJ-45) OW HEAD SET CONNECTION

EOW JACK

OW CALL BUTTON

CALL BUTTON

ON - WHEN REMOVING AND MOUNTING CTRL WITH POWER ON

ON - FOR UP LOADING EQUP CFG FILE TO MEMORY CARD

ON - FOR DOWN LOADING EQUP CFG FROM MEMORY CARD

OFF - FOR NORMAL OPERATION

PROTECT SW

MMC MEMORY CARD SLOT

MMC SLOT

CTRL MODULE IN THE PASOLINK NEO MONITOR THE OPERATING STATUS OF OTHER MODULES IN THE IDU . AND CONTROL THE MODULES ACCORDING TO THE SETUP INFORMATION. IT INTERFACE THE EXTERN ALARMS & CONTROLS, CLUSTER ALARMS, BACK TO BACK CONNECTIONS, NMS CONNECTION AS WELL AS INTERFACING THE LCT AND PNMTj.

CTRL MODULE CONTAIN THE ALL THE MANAGEMENT FUNCTIONS OF THE NE . IT ALSO CONTAINS THE SNMP AGENT, MIB AND SOFTWARE FOR HANDLING ITS OWN ALARMS AND COLLECTING STATISTICAL DATA.

CTRL MODULE STORE THE NETWORK CONFIGURATION & EQUIPMENT CONFIGURATION FILES


CTRL MODULE CTRL MODULE -- INDICATORSINDICATORS

MAINT LED

Slow Blink: Protect SW ON for CTRL Card replacementFast Blink: data transfer to / from Memory CardMAINT MODE ON

MEMORY LED

OFF: Disable access to MMC CardBlinks: Accessing Memory CardON: Enable Access to Memory Card

Modem unit alarmsAny INTFC module alarmCTRL module alarm

Blinks: CPU or Peripheral event occurredIDU Summary Alarm

IDU LED


CTRL MODULECTRL MODULE-- CONNECTORSCONNECTORS

ALM / AUX IN/OUT (High Density D-Sub 44 Pins, Female)

BUZZER INPUT 1

HK3/CLST4 INPUT (+)

HK3/CLST4 INPUT(-)

HK4/CLST3INPUT(+)

HK4/CLST3 INPUT(-)

RL-1 (COM)

RL-2 (COM)

RL-3 (COM)

RL-4 (COM)

RL-5 (COM)

RL-6 (COM)

EOW output 2 (-)

EOW INOUT 2(-)

EOW output 1 (-)

EOW input 1(-)

44

43

42

41

40

39

38

37

36

35

34

33

32

31

RL-3 (NC)23RL-4 (NO)8

RL-4 (NC)22RL-5 (NO)7

RL-5 (NC)21RL-6 (NO)6

RL-6 (NC)20Ground5

19EOW output 2 (+)4

CALL OUTPUT 218EOW input 2 (+)3

BUZZER INPUT 217EOW output 1 (+)2

30HK1 INPUT(+)15

HK5/CLST3 INPUT(+)29HK1 INPUT(-)14

HK5/CLST3 INPUT(-)28HK2 INPUT(+)13

HK6/CLST4 INPUT(+)27HK2 INPUT(-)12

HK6/CLST4 INPUT(-)26RL-1 (NO)11

RL-1 (NC)25RL-2 (NO)10

RL-2 (NC)24RL-3 (NO)9

EOW input 1(+) 16 CALL OUTPUT 11

SC IN/OUT (High Density D-Sub 44 Pins, Female)

NE2 RXD (+)

Ground

Ground

Ground

V.11-1 clock out(-)

V.11-1 clock out(+)

V.11-2 clock in (-)

V.11-2 clock in(+)

V.11-1 clock out(-)

V.11-1 clock out(+)

V.11-1 clock in (-)

V.11-1 clock in(+)

Ground

Ground

NE2 RXD (TERM)

44

43

42

41

40

39

38

37

36

35

34

33

32

31

V.11-2 FP input(-)23V.11-2 Data in(+)8

V.11-2 FP input(+)22V.11-1Data out(-)7

V.11-1 FP output(-)21V.11-1 Data out(+)6

V.11-1 FP output(+)20V.11-1Data in(-)5

V.11-1 FP input(-)19V.11-1 Data in(+)4

V.11-1 FP input(+)18GROUND3

Ground17NE2 TXD(-)2

30RS-232C-2Data in (G)15

RS232C-2 data out(-)29RS-232C-2Data in14

RS232C-2 data out(+)28RS-232C-1Data in (G)13

RS232C-1 data out(-)27RS-232C-1Data in12

RS232C-1 data out(+)26V.11-2 Data out(-)11

V.11-2 FP output(-)25V.11-2 Data out(+)10

V.11-2 FP output(+)24V.11-2Data in(-)9

NE2 TXD(+) 16 NE2 RXD(-)1

Not Connected8

Not Connected7

NMS (RJ-45)

NMS RXD (-)6

Not Connected5

Not Connected4

NMS RXD (+)3

NMS TXD (-)2

NMS TXD(+)1

Ground4

LCT (USB-B)

D (+)3

D (-)2

Vbus1

Not Connected8

Not Connected7

NE (RJ-45)

NMS RXD (-)6

Not Connected5

Not Connected4

NMS RXD (+)3

NMS TXD (-)2

NMS TXD(+)1


NEO CTRL Interface NEO CTRL Interface

SWHUB2

4

1

NMS

5 LANCONTCPU

3

ASYNCASYNC

LCT/PNMTUSB

19.2kbpsASYNC (NE2)

This port is used for Back-to-Back equipment connection.NE (EM2)

In 2-WAY composition, this port is used.SV2

This port is used for radio connection of equipment.SV1

This port is used for PNMSj or Back to Back 10Base-T( Half duplex)

NMS (EM1)

RolePort Name

Radio SV line384kbps

Store & forward

NEO

SV2SV1

USB

LCT/PNMTUSB Type B

PNMS/NERJ-45

MMC Slot

NE


MODEMMODEM

LANSTM-1SDH128QAM156MB

2 X STM-1

E1/E3

E1/E3

E1

E1

REMARKS

2 X 156MB

100MB

80MB

40MB

20MB

10MB

Transmission Capacity

QPSK

QPSK

QPSK

MODULATION

128QAM

32QAM

16QAM

16QAM

16QAM

16QAM

SDH

PDH

PDH

PDH

PDH

PDH LAN

LAN

LAN

LAN

LAN

LAN

SYSTEM POWER ON/OFFIDU POWER SUPPLY FORWARD ERROR CORRECTION RS (INTERLEAVER) HIGH BER/LOW BER DETECTION EQUALIZATION USING TRANSVERSAL EQUALIZER BB LINEARIZER XPIC FUNCTION FOR DUAL POL TRANSMISSION REF OSCILLATOR FOR XPIC ODU SYNCHRONIZATION

QPSK/16QAM/32QAM/128QAM MODULATION/DEMODULATION


INDICATORS INDICATORS -- MODEMMODEM

IF CABLE OPEN (BLINKS)

ODU MIS-MATCH

APC ALM

INPUT IF LOW ALM (From IDU)

RX RF LEVEL LOW ALM

TX RF POWER LOW ALM

ODU (RED)

IF CABLE SHORT (BLINKS)

Loss of Radio Frame Sync

LOW BER ALM

HBER ALM

DEM ALM

MOD ALM

MD/CBL (RED)XPIC FUNCTION OFF

XPIC RESET

TX STATUS OF (1+1)TX STATUS (Green)

RX STATUS OF (1+1)RX STATUS (Green)

DC POWER ONPOWER (GREEN)


MODEM MODEM CONNECTORS & SWITCHESCONNECTORS & SWITCHES

50 OhmsImpedance:

TNC (Female)Connector:

-48VDC Power :

140 MHzRX Frequency:

340 MHzTX frequency:

IF IN / OUT

FOR XPIC BETWEEN IDUs

75 OhmsImpedance:

IEC 169-29(1.0/2.3)Connector:

5 MHzREF FREQ:

140 MHzFrequency:

XIF IN/ OUT

XPIC Reset IN (+)8

XPIC CONTROL( D-SUB 15 PIN Female)

XPIC SV RXD(-)

XPIC SV TXD(-)

XPIC SEL OUT(+)

XPIC SEL IN(+)

Ground

XPIC SC RXD(+)

XPIC SV TXD(+)

15

14

13

12

11

10

9

Ground7

XPIC Reset Out(+)6

XPIC Reset out (-)5

FOR XPIC BETWEEN IDUs

XPIC Reset IN(-)4

Ground3

XPIC SEL OUT(-)2

XPIC SEL IN(-)1

Molex M5569-04A1 Connector

-48 V (-40.5 to -57)4

Ground3

-48 V (-40.5 to -57)2

Ground1

SELV (DC IN) 4 Pin

FRAME GROUND

GROUND TERMINAL

ON / OFF SWITCH

POWER


16E1 & 2PORT LAN INTFC FOR PDH48E1 INTFC FOR PDH2X E3 & 3 PORT LAN INTFC FOR PDH

4 PORT LAN INTFC FOR PDH


PDH INTFC PDH INTFC 16E1 & 2PORT LAN16E1 & 2PORT LAN

N/A

32 QAM

156MBN/A

100MB N/A

80MB

16QAMQPSK

40MB

20MB

N/A

10MB

128 QAM16 QAMQPSKTransmission Capacity

75/120 ohm (S/W selectable)

PDH

2 x D-Sub (37 pin)Connector

75 Ohms, Unbalance120 Ohms Balance

Impedance(S/W Selectable)

2.048Mpps +/_ 50ppmBit Rate

Up to 16 E1sInput / Output signal

E1 INTFC

2 x RJ-45Connector

Store and ForwardingForwarding Mode

Shared with E1 Channels

Transmission Rate

Full Duplex or Half Duplex

Flow Control

10/100 Base-T(X)Input / Output signal

LAN INTFC (2 ports)

E1 x 16 Channels (D-Sub(37pin) x 2,

10/100BASE-T(X) x 2 Ports (RJ-45 x 2), Auto-Negotiation / Auto-MDI/MDIX


E1 x 48 Channels (MDR(68pin) x 3

PDH INTFC PDH INTFC 48E148E1

32QAM

32 QAM

156MB

100MB

80MB

40MB

20MB

N/A

16QAMQPSK

10MB


PDH



3 x MDR (68 pin)Connector



E1 INTFC

75/120 ohm S/W selectable)

LAN function is not available.


E3 x 1/2 Channels (IEC-Mini, 75 ohm)

PDH INTFC PDH INTFC 2E3 / WS / 2PORT LAN2E3 / WS / 2PORT LAN

TOTAL CAPACITY

64 Kbps to 256 Kbps

8x E1 Channels2 Channels

SC LAN CapacityWayside/ LAN CapacityE3 Capacity

75 Ohms, UnbalanceImpedance

IEC 169-29 (1.0/2.3)Connector

34.368 Mbps +/_20ppmBit Rate

One or two E3 signalsInput / Output signal (main)

2 CHANNEL E3 INTERFACE



D-Sub 37 pinsConnector

1 x E3: 4 x E1 wayside CHRemarks

2 x E3:8 x E1 wayside CH



WAYSIDE(WS) E1 INTFC

Auto Sensing or Fixed

64Kbps, 128Kbps, 256KbpsSC1 to SC4


2 to 8 Mbps (1 x E2)Share Wayside

2 to 16 Mbps (2 x E3)

2 X RJ 45Connector

Full duplex or half duplexFlow Control

10/100 Base-T(X)Input/Output signal

2 Port LAN INTFC

PDH

N/A

32 QAM

156MB

100MB

80MB16QAM

QPSK40MB

20MB

N/A

10MB


WS(E1) x 4/8 Channels (D-Sub(37pin),

75/120 ohm (S/W selectable)

10/100BASE-T(X) x 2 Ports (RJ-45 x 2),


PDH INTFC PDH INTFC 4PORT LAN & E14PORT LAN & E1






E1 INTFC



4 X RJ 45Connector



4 Port LAN INTFC

LAN & 8E1 SHARED(64M TO 80M)

N/A80MB

LAN & 8E1 SHARED (24M TO 40M40MB

LAN & 4E1 FIXEDN/A100MB

LAN & 8E1 SHARED (4M TO 20M)20MB

N/A

N/A

5E1 LAN NOT SUPPORTED10MB

N/A156MB

32 QAM 128 QAM16 QAMQPSKTransmission Capacity

PDH

E1 x 4/8 Channels (D-Sub(37pin)75/120 ohm (S/W selectable)10/100BASE-T(X) x 4 Ports (RJ-45 x 4)Auto-Negotiation / Auto-MDI/MDIX)


INDICATORS INDICATORS PDH INTFCPDH INTFC

Loss of Signal from MUXLoss of Output signal to MUX is detectedChannel Usage ErrorModule MismatchLAN Link failure

PDHDuplex mode lights / Flash when in Collision (Amber)

LAN link established/Blink when packets are transferred (Green)

LAN signal is in 100BASE-TX Mode (Green)

Loss of Signal from MUXLoss of Output signal to MUX is detectedChannel Usage ErrorModule MismatchAIS SendAIS Received

AIS SendAIS Received

16 E1 & 2-PORT LAN INTFC

48 E1 INTFC


INDICATORS INDICATORS 2E3 / WS / 2PORT LAN2E3 / WS / 2PORT LAN

PDHDuplex mode lights / Flash when in Collision (Amber)



Loss of Signal (E3 & WS) from MUXLoss of Output signal to MUX is detectedChannel Usage ErrorModule MismatchLAN Link failureAIS SendAIS ReceivedModule Failure

Duplex mode lights / Flash when in Collision (Amber)



Loss of signal(E1) from MUX Loss of output signal to MUX detected

LAN link failureModule mismatch error

Channel Usage Error


16E1 & 2PORT LAN 16E1 & 2PORT LAN -- ConnectorsConnectors

201212223234245256267278289291030113112321333143415351636173718

19

CH 8 - INPUT (+)CH 8 - INPUT (-)CH 7 - INPUT (+)CH 7 - INPUT (-)




CH 8 - OUTPUT (+)CH 8 - OUTPUT (-)CH 7 - OUTPUT (+)CH 7 - OUTPUT (-)

CH 6 - OUTPUT (+)CH 6 - OUTPUT (-)CH 5 - OUTPUT (+)CH 5 - OUTPUT (-)CH 4 - OUTPUT (+)CH 4 - OUTPUT (-)CH 3 - OUTPUT (+)CH 3 - OUTPUT (-)


GROUND

GROUND

GROUND

GROUND

GROUND

2M IN / OUT-A D-SUB (37 PIN)201212223234245256267278289291030113112321333143415351636173718

19




CH 10 - INPUT (+)CH 10 - INPUT (-)CH 9- INPUT (+)CH 9 - INPUT (-)


CH 14 - OUTPUT (+)CH 14 - OUTPUT (-)CH 13 - OUTPUT (+)CH 13 - OUTPUT (-)CH 12 - OUTPUT (+)CH 12 - OUTPUT (-)CH 11 - OUTPUT (+)CH 11 - OUTPUT (-)


GROUND

GROUND

GROUND

GROUND

GROUND

2M IN / OUT-B D-SUB (37 PIN)

Do not connected any cable to the not connected pins

Not Connected8

Not Connected7

LAN RD- (LAN TD -)6

Not Connected5

Not Connected4

LAN RD+ (LAN TD+)3

LAN TD (LAN ED-)2

LAN TD+ (LAN RD+)1

LAN PORTS 1 & 2 (RJ-45 8-Pin)

119

37 20


20

1

21

2

22

3

23

4

24

5

25

6

26

7

27

8

28

9

29

10

30

11

31

12

32

13

33

14

34

1516171819

CH 16 - INPUT (+) CH 16 - INPUT (-)Ground

2M IN / OUT-A MDR (68 PIN)

54

35

55

36

56

37

57

38

58

39

59

40

60

41

61

42

62

43

63

44

64

45

65

46

66

47

67

48

68

4950515253

Ground

CH 16 - OUTPUT (+) CH 16 - OUTPUT (-)CH 15 - INPUT (+)CH 15 - OUTPUT (+)

CH 15 - INPUT (-)CH 15 - OUTPUT (-)

CH 14- INPUT (+)CH 14- OUTPUT (+)CH 13 - INPUT (+)CH 13- OUTPUT (+)

CH 14 - INPUT (-)CH 14 - OUTPUT (-)CH 13 - INPUT (-)CH 13- OUTPUT (-)

CH 12 - INPUT (+)CH 12 - OUTPUT (+)CH 11 - INPUT (+)CH 11 - OUTPUT (+)CH 10- INPUT (+)CH 10- OUTPUT (+)CH 9 - INPUT (+)CH 9- OUTPUT (+)

CH 12 - INPUT (-)CH 12 - OUTPUT (-)CH 11- INPUT (-)CH 11- OUTPUT (-)CH 10 - INPUT (-)CH 10- OUTPUT (-)CH 9 - INPUT (-)CH 9- OUTPUT (-)

CH 8 - INPUT (+)CH 8 - OUTPUT (+)CH 7 - INPUT (+)CH 7 - OUTPUT (+)CH 6- INPUT (+)CH 6- OUTPUT (+)CH 5 - INPUT (+)CH 5- OUTPUT (+)CH 4 - INPUT (+)CH 4- OUTPUT (+)CH 3 - INPUT (+)CH 3 - OUTPUT (+)CH 2- INPUT (+)CH 2- OUTPUT (+)CH 1 - INPUT (+)CH 1- OUTPUT (+)

CH 8 - INPUT (-)CH 8 - OUTPUT (-)CH 7 - INPUT (-)CH 7 - OUTPUT (-)CH 6 - INPUT (-)CH 6 - OUTPUT (-)CH 5 - INPUT (-)CH 5- OUTPUT (-)CH 4 - INPUT (-)CH 4 - OUTPUT (-)CH 3- INPUT (-)CH 3- OUTPUT (-)CH 2 - INPUT (-)CH 2- OUTPUT (-)CH 1 - INPUT (-)CH 1- OUTPUT (-)GroundGroundGround

20

1

21

2

22

3

23

4

24

5

25

6

26

7

27

8

28

9

29

10

30

11

31

12

32

13

33

14

34

1516171819



54

35

55

36

56

37

57

38

58

39

59

40

60

41

61

42

62

43

63

44

64

45

65

46

66

47

67

48

68

4950515253

Ground









20

1

21

2

22

3

23

4

24

5

25

6

26

7

27

8

28

9

29

10

30

11

31

12

32

13

33

14

34

1516171819


2M IN / OUT-B MDR (68 PIN)

54

35

55

36

56

37

57

38

58

39

59

40

60

41

61

42

62

43

63

44

64

45

65

46

66

47

67

48

68

4950515253

Ground



CH 30- INPUT (+)

CH 29 - INPUT (+)CH 29- OUTPUT (+)

CH 30 - INPUT (-)CH 30 - OUTPUT (-)CH 29 - INPUT (-)CH29 - OUTPUT (-)





48E1 INTFC 48E1 INTFC -- ConnectorsConnectors

20

1

21

2

22

3

23

4

24

5

25

6

26

7

27

8

28

9

29

10

30

11

31

12

32

13

33

14

34

1516171819



54

35

55

36

56

37

57

38

58

39

59

40

60

41

61

42

62

43

63

44

64

45

65

46

66

47

67

48

68

4950515253

Ground









20

1

21

2

22

3

23

4

24

5

25

6

26

7

27

8

28

9

29

10

30

11

31

12

32

13

33

14

34

1516171819


2M IN / OUT-C MDR (68 PIN)

54

35

55

36

56

37

57

38

58

39

59

40

60

41

61

42

62

43

63

44

64

45

65

46

66

47

67

48

68

4950515253

Ground



CH 46- INPUT (+)

CH 45 - INPUT (+)CH 45- OUTPUT (+)

CH 46 - INPUT (-)CH 46 - OUTPUT (-)CH 45 - INPUT (-)CH45 - OUTPUT (-)





134

68 35


2E3 / WS / 2PORT LAN2E3 / WS / 2PORT LAN-- CONNECTORSCONNECTORS


Not Connected8

Not Connected7

LAN RD- (LAN TD -)6

Not Connected5

Not Connected4

LAN RD+ (LAN TD+)3

LAN TD (LAN RD-)2

LAN TD+ (LAN RD+)1

LAN PORTS 1 & 2 (RJ-45 8-Pin)

CH-1 OUTPUT (-)3718CH-1INPUT (+)

GROUND3314CH-3 INPUT (-)CH-3 OUTPUT (-)3213CH-5 INPUT (+)

CH-1 OUTPUT (+)3617CH-2INPUT (-)

19CH-1 INPUT (-)

CH-2 OUTPUT (+)3415GROUNDCH-2 OUTPUT (-)3516CH-2INPUT (+)

CH-4 OUTPUT (-)3011CH-4 INPUT (+)CH-3 OUTPUT (+)3112CH-4 INPUT (-)

CH-5 OUTPUT (-)289CH-5 INPUT (-)CH-4 OUTPUT (+)2910GROUND

CH-6 OUTPUT (-)267CH-6 INPUT (-)CH-5 OUTPUT (+)278CH-5 INPUT (+)

GROUND245GROUNDCH-6 OUTPUT (+)256CH-6 INPUT (+)

CH-7 OUTPUT (+)223CH-7 INPUT (+)CH-7 OUTPUT (-)234CH-7 INPUT (-)

CH-8 OUTPUT (-)212CH-8 INPUT (-)CH-8 OUTPUT (+)201CH-8 INPUT (+)

WS IN /OUT D-SUB (37 PIN)

PDH

IEC 169-29 (1.0/2.3)OUT

IEC 169-29 (1.0/2.3)IN

E3 CH#

119

37 20


4PORT LAN & E1 4PORT LAN & E1 -- CONNECTORSCONNECTORS


Not Connected8

Not Connected7

LAN RD- (LAN TD -)6

Not Connected5

Not Connected4

LAN RD+ (LAN TD+)3

LAN TD (LAN RD-)2

LAN TD+ (LAN RD+)1

LAN PORTS (1 to 4) (RJ-45 8-Pin)

PDH


GROUND3314CH-3 INPUT (-)

CH-3 OUTPUT (-)3213CH-5 INPUT (+)

CH-1 OUTPUT (+)3617CH-2INPUT (-)

19CH-1 INPUT (-)

CH-2 OUTPUT (+)3415GROUND


CH-4 OUTPUT (-)3011CH-4 INPUT (+)

CH-3 OUTPUT (+)3112CH-4 INPUT (-)

CH-5 OUTPUT (-)289CH-5 INPUT (-)

CH-4 OUTPUT (+)2910GROUND


CH-5 OUTPUT (+)278CH-5 INPUT (+)

GROUND245GROUND






E1 IN /OUT D-SUB (37 PIN)

119

37 20


STM-1 ELECTRICAL FOR SDHSTM-1 OPTICAL FOR SDHSTM-1 2 PORT LAN FOR SDHWS/ SC LAN FOR SDH

GBIT ETHER FOR SDH


INTERFACE INTERFACE -- SDHSDH

N/A

N/A10MB

N/A20MB

N/A40MB

N/A80MB

N/A100MB

128QAMN/A156MB


IEC 169-29 (1.0/2.3)CONNECTOR

75 Ohms (Unbalanced)IMPEDANCE

CMICODE

1 Vp_pLEVEL

155.520 MbpsBITRATE

G.703TYPE

STM-1 INTFC (ELECTRICAL) -SPECIFICATIONS SDH

RSOH TERMINATION

RX HITLESS SWITCHING FOR (1+1) PROTECTION CONFIGURATION

AUTOMATIC LASER SHUTDOWN (OPTICAL)

SUB (PROT) SLOTMAIN SLOT

STUFFING CONTROL

1310 NMWAVELENGTH

LCCONNECTOR

NRZCODE

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

LEVEL

155.520 MbpsBITRATE

G957TYPE

STM-1 INTFC (OPTICAL) -SPECIFICATIONS

STM-1 ELECTRICAL INTFC

STM-1 OPTICAL INTFC

AUTOMATIC PROTECTION SWITCHING (OPTICAL)


SDH INTFC SDH INTFC INDICATORSINDICATORS

SDHSUB (PROT) SLOTMAIN SLOT

Loss of STM-1 from MUXLoss of Frame of STM-1 signal from MUX or DMRE-BER from MUX or DMRSD from MUX or DMRModule FailureModule Mismatch

LIGHTS GREEN W/O APS

LIGHTS GREEN when Online with APSLIGHTS GREEN when Online with APS


SDH INTFC SDH INTFC OPTICALOPTICAL

1310 NMWAVELENGTH

LCCONNECTOR

NRZCODE

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

LEVEL

155.520 MbpsBITRATE

G957TYPE

STM-1 INTFC (OPTICAL) -SPECIFICATIONS

N/A

N/A10MB

N/A20MB

N/A40MB

N/A80MB

N/A100MB

128QAMN/A156MB


SDH

LIGHTS GREEN W/O APSWITHOUT APSWITH APS

CHANGE THE SFP MODULE FOR L-1.1 / S-1.1

TWO STM-1 INTFC : ELECTRICAL AND OPTICALRSOH TERMINATION STUFFING CONTROLRX HITLESS SWITCHING FOR (1+1) PROTECTION CONFIGURATIONPERFORMANCE MONITOR (G.826/G.828)AUTOMATIC PROTECTION SWITCHING (OPTICAL)AUTOMATIC LASER SHUTDOWN (OPTICAL)

LIGHTS GREEN when Online with APS

LED OFF when standby with APS


GIGABIT ETHER GIGABIT ETHER -- INTERFACEINTERFACE

1000 Mbits Full Duplex Auto Negotiation fixed

Speed & Duplex

SFP Optical InterfaceConnector

Disable/Enable (Selectable)Link Loss Forwarding

150 MbpsTransmission Rate

ON or OFF (Selectable)Flow Control

1000 BASE-SXInput / Output signal

Gigabit Ether Interface (Optical)


1000 Mbits Full Duplex Auto Negotiation fixed

Speed & Duplex

RJ-45Connector

Disable/Enable (Selectable)Link Loss Forwarding

150 MbpsTransmission Rate

ON or OFF (Selectable)Flow Control

1000 BASE-SXInput / Output signal

Gigabit Ether Interface (Electrical)

SDHGIGABIT ETHER INTERFACE ELECTRICAL OR OPTICALLAN SIGNAL IS ENCAPSULATED IN STM-1 SIGNAL RSOH BYTES AVAILABLE BETWEEN RADIO STATIONSRMON AVAILABLE FOR LINE SIDE NOT RADIO SIDEMAX PACKET SIZE 9600 BYTES

N/A

N/A10MB

N/A20MB

N/A40MB

N/A80MB

N/A100MB

128QAMN/A156MB

32 QAM 128 QAM

16 QAMQPSK


LAN /WS INTFC IN SUB SLOT

OPT


GIGABIT ETHER GIGABIT ETHER -- INTERFACEINTERFACE

1000 BASE-SX OutputOutput (Left)

1000 BASE-SX InputInput (Right)

Gigabit Ether Interface (Optical)


SDH


DATA-D (-) / DATA-C (-)8

DATA-D(+) / DATA-C (+)7

DATA-B (-) / DATA-A (+)6

DATA-C(-) / DATA-D (-)5

DATA-C (+) / DATA-D (+)4

DATA-B(+) / DATA-A (+)3

DATA-A (-) / DATA-B (-)2

DATA-A(+) / DATA-B (+)1


LAN LINK FAILURE

GbE OPTICAL OUTPUT INTERRUPTED

SD FROM DMR

EXCESSIVE BER FROM DMR

LOF FROM DMR

LOS FROM DMR

MODULE FAILURE

MODULE MISMATCH

ALARM



IEC 169-29 (1.0/2.3)CONNECTOR

75 Ohms (Unbalanced)IMPEDANCE

CMICODE

1 Vp_pLEVEL

155.520 MbpsBITRATE

G.703TYPE

STM-1 INTFC (ELECTRICAL) -SPECIFICATIONS

SDH


LAN LINK FAILURE

GbE OPTICAL OUTPUT INTERRUPTED

SD FROM DMR

EXCESSIVE BER FROM DMR

LOF FROM DMR

LOS FROM DMR

MODULE FAILURE

MODULE MISMATCH

ALARM


SDH INTFC SDH INTFC 2 PORT LAN2 PORT LAN


Not Connected8

Not Connected7

LAN RD- (LAN TD -)6

Not Connected5

Not Connected4

LAN RD+ (LAN TD+)3

LAN TD (LAN RD-)2

LAN TD+ (LAN RD+)1


SDH


TWO LAN PORTS 10/100 BASE TxLAN SIGNAL IS ENCAPSULATED IN STM-1 SIGNAL LAN SIGNAL IS USED IN 2-PORT SHARED MODE

(Installed in Main slot)

WS CHANNEL NOT USED

2 X RJ 45Connector

SEPARATED MODELAN PORT 1 & 2



75 Mbps + 75 Mbps100 Mbps + 50 MbpsBest effort + Best effort

Port 1& 2



2 Port LAN INTFC

TYPE - C

M . S







One E1Input / Output signal

E1 WS INTFC

SDH


TWO LAN PORTS 10/100 BASE Tx USED AS SC LAN2.O48 Mbps WAY SIDE SIGNAL

(Installed in Sub slot)

75 /120 ohm (S/W SELECTABLE)

Type -A

Type -B

64/128/256 Kbps (RFCOH)2.048 Mbps (WS not used)

2 X RJ 45Connector

SHARED MODELAN PORT 1 & 2



Transmission Rate



2 Port LAN INTFC




Not Connected8

Not Connected7

LAN RD- (LAN TD -)6

Not Connected5

Not Connected4

LAN RD+ (LAN TD+)3

LAN TD (LAN RD-)2

LAN TD+ (LAN RD+)1


SDH


5GROUND

WS CH OUTPUT (-)83WS CH OUTPUT (+)

GROUND94GROUND

GROUND72GROUND

WS CH INPUT (-)61WS CH INPUT (+)

WS IN /OUT D-SUB (37 PIN)



SDH

SUB (PROT) SLOT

MAIN SLOT

WS AIS Received / send

LAN Link Failure

Module Failure

Module Mismatch

Loss of signal (LOS) from DTE

ALARM

Duplex mode lights / Flash when in Collision (Amber)



Lights when wayside channel is used


OUT DOOR UNIT


OUT DOOR UNITOUT DOOR UNIT

TX RF BPF

MPX

RX RF BPF

RF AMPUP CONV

LO

DC-DC CONV

DOWN CONV

CONTROL

LNA


OUT DOOR UNIT (6OUT DOOR UNIT (6--52 GHz)52 GHz)

Frame Ground

IF IN/OUT

Turn OFF the IDU DC power before removing the IF cable

Turn OFF the IDU DC power before removing the IF cable

RX LEV MONITOR

RF IN/OUT COAXIAL TYPE (6-8 GHz)

RF IN/OUT 10 52 GHz

RF IN/OUT WG TYPE (6-8 GHz)

ANTENNA DIRECT MOUNT TYPE


ODU OUT LINEODU OUT LINE

6/7/8 GHz: N-TYPE (Female) Coaxial interface6 GHz: PDR-70

18-23 GHz: PBR-22026 GHz: PBR-260

Layout and arrangement may vary with frequency band

RF IN / OUT

OUT DOOR UNIT - TRP [ ]G 1B

IF CKT

H0416[ ]

H2234[ ]

H2233[ ]

H2232[ ]

H2231[ ]

H2230[ ]

H2229[ ]

H2228[ ]

H2227[ ]

H2205[ ]

H2225[ ]

H2204[ ]

H2203[ ]

H2202[ ]

RF CKT

NWA-009042[ ]26GHz

NWA-009040[ ]23GHz

NWA-009038[ ]18GHz

NWA-009036[ ]15GHz

NWA-009046[ ]32GHz

NWA-009044[ ]28GHz

NWA-009048[ ]38GHz

NWA-009050[ ]52GHz

NWA-009034[ ]13GHz

NWA-009032[ ]11GHz

NWA-009030[ ]10GHz

NWA-009028[ ]8GHz

NWA-009026[ ]7GHz

NWA-009024[ ]6GHz

PSModule Name

7/8 GHz: PDR-8410/11 GHz: PDR-10013 GHz: PBR-120 or PBR-14015 GHz:PBR-140

28/32/38 GHz: PBR-320


TYPICAL ODU BLOCK DIAGRAMTYPICAL ODU BLOCK DIAGRAM

Input IF signal consists of:340 MHz TX IF

140 MHz RX IF

10MHz Control

DC power -48V

Each of the input IF signal components are separated in the MULTIPLEXER using separation filters. DC voltage is supplied to the DC-DC CONV to produce regulated DC voltages required in the ODU.The 10 MHz control signal which is ASK modulated is sent to the Control circuit, where the ODU controls like TX Power, RF Frequencies etc. are implemented. The Alarms in ODU are collected in the Control module and sent to the IDU using the ASK modulated 10 MHz signal.

Output IF signal consists of:

10MHz Alarm/Response

APC ALM

RX LEV ALM

TX PWR ALMIF INPUT ALM


PASOLINK CONNECTORSPASOLINK CONNECTORS

TX 340 MHzRX 140 MHzDC 10MHz ControlASK


Possible Configurations

HYBHLSW

MOD

DEM

ODU-2(TX)

ODU-2(RX) M

PX

MOD

DEM

ODU-1(TX)

ODU-1(RX)

MPX

F1

F1'

F1

F1'

HYB HLSW

MOD

DEM

ODU-2(TX)

ODU-2(RX)M

PX

MOD

DEM

ODU-1(TX)

ODU-1(RX)

MPX

F1

F1'

F1

F1'

F1

F1'

Single Antenna HS System

HLSW

MOD

DEM

ODU-2(TX)

ODU-2(RX) M

PX

MOD

DEM

ODU-1(TX)

ODU-1(RX)

MPX

F1

F1'

F1

F1'

HLSW

MOD

DEM

ODU-2(TX)

ODU-2(RX)M

PX

MOD

DEM

ODU-1(TX)

ODU-1(RX)

MPX

F1

F1'

F1

F1'

F1

F1'

Two Antenna HS System


HLSW

MOD

DEM

ODU-2(TX)

ODU-2(RX)M

PX

MOD

DEM

ODU-1(TX)

ODU-1(RX)

MPX

F1

F1'

F2

F2'

F1

F1'

HLSW

MOD

DEM

ODU-2(TX)

ODU-2(RX) M

PX

MOD

DEM

ODU-1(TX)

ODU-1(RX)

MPX

F1

F1'

F2

F2'

HYBF2

F2'

Hybrid Diversity System

HLSW

MOD

DEM

ODU-2(TX)

ODU-2(RX)M

PX

MOD

DEM

ODU-1(TX)

ODU-1(RX)

MPX

F1

F1'

F2

F2'

F1'

F2

F2'

HLSW

MOD

DEM

ODU-2(TX)

ODU-2(RX) M

PX

MOD

DEM

ODU-1(TX)

ODU-1(RX)

MPX

F1

F1'

F1

F1'

F1

Two Antenna Twin Path System




OMT

MOD

DEM

ODU-2(TX)

ODU-2(RX) M

PX

MOD

DEM

ODU-1(TX)

ODU-1(RX)

MPX

F1

F1'

F2

F2'

MOD

DEM

ODU-2(TX)

ODU-2(RX)M

PX

MOD

DEM

ODU-1(TX)

ODU-1(RX)

MPX

F1

F1'

F2

F2'

F1

OMT

F2'

F2 F1'

V

H

V

H

(2+0) System using OMT


ANTENNA INDIRECT MOUNTING COAXIAL (1+0) ANTENNA INDIRECT MOUNTING WAVEGUIDE (1+0)

ANTENNA DIRECT MOUNTING (1+0)

6/7/8 GHz

ODU MOUNTING FOR (1+0)


ANTENNA INDIRECT MOUNTING

COAXIAL 6/7/8 GHz 2 (1+0)

ANTENNA DIRECT MOUNTING 2 (1+0)

ODU MOUNTING FOR 2 (1+0)


WAVEGUIDE CONNECTION 2 (1+0)



WAVEGUIDE CONNECTION

2(1+1)

ODU MOUNTING FOR 2(1+1)



COAXIAL 6/7/8 GHz (1+1)

ANTENNA DIRECT MOUNTING (1+1)

ODU MOUNTING FOR (1+1)


WAVEGUIDE CONNECTION (1+1 SD)

6/7/8 GHz

Loss 3.7 dB

11 52 GHz

Loss11/13/15/18/23 GHz 3.5 dB26/32/38 GHz 3.8 dB 52 GHz 4.5 dB


AUTOMATIC TX POWER CONTROL

The automatic transmit power control (ATPC) function automatically varies the TX output power according to path conditions. Fading exerts heavy influences on propagation, causing the receive signal level at the opposite station to vary. The ATPC function operates by controlling the transmit output power of the opposite station according to the variation of the received signal level at the local station.

The receive signal level variation at the opposite station is informed to the local station using the ATPC bits in the overhead. To implement ATPC, the receiving level (RX IN LEV) is detected by the receiver (RX) and passed on to the CPU in the CTRL circuit of the MODEM module. The CPU then determines whether the transmit output power needs to be controlled. This is based on the transmit output power, the minimum and maximum values of the output control range, and the receiving threshold level that were previously specified using the LCT or PNMT.

The function of the control signal (POWER CONT), is to maintain the RX signal level by lowering or raising the TX output power of the opposite station. This control signal is based on the result of comparison between the current receiver input level and the preset receiving threshold level.

Transmission level control can be used not only for setting the same operation (ATPC-ATPC) between own station and opposite station but also for operation in combination of stations with different operation (MTPC-ATPC, ATPC-MTPC) between own station and opposite station. The station set in MTPC mode is not controlled by the information from opposite station but is fixed in its transmitting output level.Even if the station is set in the MTPC mode, the opposite station is likely to be set in the ATPC mode. Therefore setting of the RX Threshold (Receiving threshold level) is required for controlling the transmission level of the opposite station. Between the stations that are respectively set in the MTPC mode, however, the setting is disabled.

Automatic Transmit Power Control Operation


ATPC Operation

T

X

O

U

T

R

X

L

e

v

e

l

RX Threshold(-60dBm)

-55dBm

H

y

s

t

e

r

e

s

i

s

(

5

d

B

F

i

x

e

d

)

ATPC TX MAX

ATPC TX MIN

Up Mode

Down Mode

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

Station - A

Station - B

STN - A STN - B

MTPCRX Threshold = -60dBm

ATPC

When RSL reaches -60dBm at STN B STN-A starts to increase the TX power in 1 dB steps, this process continues until the ATPC TX MAX level is reached. Any RSL drop below this point is not compensated. In the UP Mode ATPC operation starts at -55dBm because of the fixed 5dB hysteresis.

Fading depthdeep shallow

deep shallow


ATPC Operation

1. Reduced interference to adjacent/other systemsSince the transmitted power may be be lower with ATPC, the amount of interference that may be introduced to adjacent/other systems will also be lower. However, adjacent systems that do not employ ATPC may cause interference to systems that use ATPC.

2. " Up-fading " characteristic is improvedSince the system normally transmits at a lower power level, it is more resilient to " UP-fading " conditions.

3. Residual BER performance is improvedThe residual BER performance is improved because of reduced non-linear distortion since the amplifier can be operated well within the linear region at lower transmitter output levels.

4. Increased capacity for star network configurationsLower transmitting levels reduces the required angular discrimination required at the receiving station. This allows transmission of more RF channels

Advantages


SERVICE CHANNELSSERVICE CHANNELS

Available Service Channels in PASOLINK NEO radio overhead frame

Shared with SC LANPDH E3 INTFC Up to 8 E1WAYSIDE

SC LANLAN /WS INTFC 1 X E1 ( In Sub Slot)

OVERHEAD SERVICE CHANNELS

RSOH (SDH)SC LAN*

64k 128K 256K

384 kbpsNMS

E1, F1, DCCr64Kbit/s( Contra / Co-directional selectable) 100ohmsV.11-2SC2

E1, F1, DCCr64Kbit/s ( Contra / Co-directional selectable) 100 ohmsV.11-1SC1

E1, F1, 9.6 KbpsRS-232C-2SC4

E1, F1, 9.6 KbpsRS-232C-1SC3

Engineering Order Wire (IDU-IDU), Level: -6 dBm, 600 ohmsEOWSC5

* Service channels can be connected back-to-back at repeater stations.* When the mounted interface card support LAN ports, then SC LAN traffic can be assigned

* Service Channels are available from High density D-Sub 44-pin connector


SERVICE CHANNELSSERVICE CHANNELS

M UX PASO LINK NEO M UX

E1 (M UX) E1 (DM R)F1 (DM R)F1 (M UX)

E1 (M UX)F1 (M UX)

DC C r (M UX)

PASO LINK NEO

V.11DSC 1 TO 4V.11 & RS-232CDC C r (DM R) DC C r (M UX)

SC LAN DSC 1 TO 4

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

DSC 1 TO 4SC LAN

V.11 & RS-232C

SDH

PDH


Principle of BB LinearlizerPrinciple of BB Linearlizer

INTFC MIXBB LRZDPU MIX AMPMIXAMP

Gain/Phase

AM-AM

AM-PM

INPUT

Gain/Phase

AM-AM

AM-PM

INPUT

IDU ODU

compensate AM-AM and AM-PM of power amplifier

improve Spectrum characteristic NOT FOR QPSK


LOOPLOOP--BACK BACK --PDHPDH

(a) E1 CH # near-end loopback at the PDH INTFC module from the LCT(b) E1 CH# far-end loopback at the PDH INTFC module from the LCT(c) IF loopback (IF-LB) at the MODEM module (Local only)(d) E1 CH# far-end loopback at the PDH INTFC Module from PNMTj/PNMSj

Note: While the IF loopback is in execution, monitoring of the opposite and the subsequent stations from the PNMSj and PNMTj are disabled.


ETHERNET CONFIGURATIONS


All data multiplexed except TS0/TS16, CRC yesPCM-30COnOnOn

All data multiplexed except TS0/TS16, no CRC PCM-30OnOffOn

All data multiplexed except TS0,CRC yesPCM-31COffOnOn

All data multiplexed except TS0, no CRCPCM-31OffOffOn

All data bits are multiplexedUnframedOff

DescriptionTypeCASCRCFraming

8bit

32TS:256bits/125us

Framing & CRC etc.Multi frame structure

Signaling CHChannel Associated Signaling(CAS)Multi frame structure

TXD +1 TXD +1 RXD -2RXD +1

TXD +1 TXD +14TXD +3

TXD +1 TXD +1 TXD -65

TXD +1 TXD +1 TXD -2TXD +1

TXD +1 TXD +14RXD +3

TXD +1 TXD +1 RXD -65



















MDIWiring

MDIWiring

MDIWiring

MDIWiring

MDIXWiring

MDIXWiring

MDIXWiring

MDIXWiring

CrossCable

Straight CableCrossCable

Straight Cable

The cable selection between the LAN port and the external equipment depends on the Mode setting. If Auto Negotiation is selected it is possible to use either Straight or Cross cable. If MID / MIDX is selected it is necessary to select the correct cable for connection

G732 Frame Structure

ETHER OVER E1 33


ALARM TABLEALARM TABLE

EXCESSIVE BER DETECTED FROM MUXE-BER (MUX)ODU RECEIVED RF LEVEL LOWRX LEV ALM

UN AVAILABLE CONDITION FROM RADIO EXISTSUAE

XPIC REF FREQUENCY IS LOSTXREF ALMCABLE EQUALIZER CONTROL IS LOST IN MODEMCABLE EQUALIZER

LOSS OF STM-1 FRAME DETECTED FROM RADIOLOF (DMR)MODEM UNIT AILUREMODULE ALM

XPIC INPUT DC VOLTAGE HIGH OR LOWINPUT VOLTAGEXPIC CONTROL FAILUREXCTRL ALMPOWER SUPPLY FAILURE (1+1) ONLYPOWERSUPPLY

CARRIER / FRAME ASYNCH AT MODEMDEM ALMSTM-1 OUTPUT CONTROL APPLIED (MS-AIS GENERATION)OUTPUT CONTROLMODEM PLL UNLOCK, OUTPUT DOWN, CLOCK LOSSMOD ALM

LOSS OF WS CH # INPUT SIGNALWS CH INPUT LOSSPDH INTFCWSBB LNZ CONTROL IS LOSTLINEARIZER

XIF SIGNAL IS LOW OR LOSTX IF ALMIF CABLE CONNECTED TO ODU IS SHORT CIRCUITIF CABLE SHORT

WS SIGNAL DETECTED IN NOT USED WS CHWS CH USAGE ERRORINTFC HARDWARE FAILUREMODULE ALMAIS IS GENERATED IN WS CH#WS AIS GENERATEDMOUNTED INTFC DIFFERENT FROM CONFIGUREDTYPE MISMATCHAIS RECEIVED ON WS CH #, FROM MUX WS AIS RCVDINTFC NOT MOUNTEDUNEQUIPPED

COLLISION OCCURRED IN LAN LAN COLLISIONAIS GENERATED ON CH # (E1 OR E3)AIS GENERATED CH #LAN LINK FAILURELAN LINKAIS RECEIVED FROM CH # FROM MUX (E1 OR E3)AIS RCVD CH #

LANLOSS OF INPUT SIGNAL CH# FROM MUX ( E1 OR E3)INPUT LOSS CH #

CONTROL UNIT TOTAL ALARMCTRL ALM

REMOTE LAN LINK FAILURE DETECTEDLINK LOSS FORWARDINGE1 SIGNAL DETECTED IN CH SET TO NOT USEDCH USAGE ERROR CH#

APS SW FAILUREAPS SW FAILEARLY WARNING CONDITION DETECTED IN CH #EARLY WARNINGUNAVAILABLE CONDITION FROM RADIO EXISTSUAE (DMR)LOW BER LEVEL DETECTED IN MODEMLOW BERUNAVAILABLE COMDITION FROM MUX EXISTSUAE (MUX)HIGH BER LEVEL DETECTED IN MODEMHIGH BERTX FAIL ; NO STM-1 OUT PUT TO MUX TF ALMFRAME ID MISMATCHFRAME IDSIGNAL DGRADE DETECTED FROM RADIOSD (DMR)LOSS OF RADIO FRAME SYNCHRONZATION IN MODEMLOF

LOSS OF STM-1 SIGNAL DETECTED FROM RADIOLOS (DMR)MODEM UNIT NOT MOUNTEDUN EQUIPPEDSIGNAL DEGRADE DETECTGED FROM MUXSD (MUX)MODEMEXCESSIVE BER DETECTED FROM RADIO DIRECTIONE-BER (DMR)REFERENCE LO SIGNAL IS LOSTLO REF ALM (XPIC)

LOSS OF STM-1 FRAME FROM MUXLOF (MUX)ODU CPU FAILURE OR IF CABLE OPENODU CPU/CBL OPN ALMLOSS OF STM-1 SIGNAL FROM MUXLOS (MUX)ODU LOCAL OSCCILATOR UNLOCKEDAPC ALMINTFC UNIT FAILUREMODULE ALMTX IF INPUT LEVEL DECREASEDTX INPUT ALMMOUNTED INTFC DIFFERENT FROM CONFIGUREDTYPEMISMATCHODU OUT POWER DECREASEDTX PWR ALMSDH INTFC NOT MOUNTEDUNEQUIPPEDODU TOTAL ALARMODU ALM

SDH INTFCODUDESCRIPTIONALM ITEMDESCRIPTIONALM ITEM


Polarization Change

When ODUs are mounted on to t h e N E C H y b r i d , o n l y V polarization is used. The Hybrid is set to V polarization when sh ipped f rom the fac to ry .Rotate the TRANSITION HUB plates as shown in the figure to the right to change polarization.

V - Polarization

H - Polarization

Note Polarization can be changed if required to avoid interference

When shipped from factory the Guide Pin is fixed to the Vertical plate. To change polarization rotate the ODU and screw in the Guide Pin to the hole in the plate marked H.


I/0 BOARD FOR 48 E1 & 16E1

MDR(16E1) D-Sub (2x8E1) Conversion Card

I/O BOARD FOR BNC (75 OHMS UNBALANCE)


NEO POWER SUPPLY

SPARE FUSE


NEO POWER SUPPLY WITH DC-DC CONV


DCDC--DC CONVDC CONV

SPARE FUSE


LCT LCT -- MENUMENU

Alarm / StatusEquipment SetupInventoryAUX I/OMaintenanceProvisioningMeteringPMON (Current)PMON (History)

CH Setting-1

CH Setting-2

BER Threshold Setting

SC Assignment

LAN Port Setting

TX Power Control

Condition for TX/RX SW

Relay Setting

TCN Threshold (15min)TCN Threshold (1day)

PMON Select

Others

User Interface

Redundancy Setting

INTFC (Work)

INTFC (Prot)

XPIC Usage

APS Function

Modulation Scheme


TX RF Frequency[MHz]RX RF Frequency[MHz]

Frame ID

TX Power Control

STM-1 Setting

ALS Function

Condition for APS

LAN Port Usage (Main)

LAN Capacity (Main)

PDH E1 with LANPDH E1

PDH E3 with LANSDH STM-1

1 + 1 (Hot Standby TERM)1 + 0 (TERM)

1 + 1 (Twin Path TERM)

48 x E1 PKG16 x E1 Standard PKG (E/W LAN)

4 Port LAN with E1

4 Port LAN with E1

2 WAY PDH (REP)

STM-1 (Optical)STM-1 (Electrical)1 x E3 +4E1 PKG (E/W LAN)2 x E3 +8E1 PKG (E/W LAN)

E3 Setting

STM-1 (Optical) for APSNot Used

WS / LAN

Used (Main Master)Not Used

Used (SUB Master)

UnavailableAvailable

16QAMQPSK

32QAM128QAM

10 [MB]20 [MB]40 [MB]80 [MB]80 [MB]100 [MB]156 [MB]

Frame ID 1 - 32

ATPCMTPC

NOT USEDP1-2 Shared/1 Port Only(Main)P1-2 Shared/1 Port Only(SC)P1-2 Separated(Main)

CH # LAN ( Status)CH #

CH Usage Error Report

AIS Activation Condition

AIS Generation ReportAIS Received ReportAIS Received Condition

E1 Port Impedance (CH#)

High BER ThresholdLow BER ThresholdE-BER (DMR)SD (DMR)E-BER (MUX)SD (MUX)

ATPC Trehsold Level [dBm]Additional ATT [dB]ATPC Range [MAX] [dB]ATPC Range [MIN] [dB]ATPC Power Mode

ATPC Trehsold Level [dBm]Additional ATT [dB]

MTPC TX Power [dB]

MS - AIS Generation

ALS FunctionALS Interval

TX SW Priority

RX SW PriorityRX SW Maintenance Mode

RX SW Condition Early Warning

APS Maintenance ModeAPS Condition-SF(PROT)APS Condition-SD (B1)

Lock in Count (times)Lock in Usage

Lock in Detect Time (mins)Lock in Hold Time (mins)

HK OUT 1 to 4 setting

CLUSTER ALM OUT 1 to 4 settingPASOLINK ALM OUT settingCLUSTER ALM IN 1 to 4 setting

RX Level TCN Threshold [dBm]SES Activation

EOW2 Wxternal SettingAlarm Correlation Capability

Switching Function2M Frame

Port UsageSpeed & DuplexFlow ControlCollision ReportLink Loss Forwarding

LAN PORT SETTING

P

o

r

t

1

P

o

r

t

2

RX SW Manual ControlTX SW Manual ControlTX Mute ControlCW ControlAPS Manual Control

DADE Adjust

Linearizer Control

XPIC Control

RF SettingAntenna Alignment Mode

Main Loopback(Near End)IF Loopback

Main Loopback(Far End)

ALS Restart

Maintenance

OFFLine Maintenance

Download Configuration File

Password SettingDate / Time Setting

PMON Clear

CPU Reset

Download Program FileDownload Equip Config FileUpload Configuration FileUpload Equip Config File

Maintenance -1

Maintenance -2

ProvisioningEquipment Setup

XPIC Condition - Local Fail REF LO>>Self LONormal InvertOFF OFF

Mute

30% 15%

Disabled Enabled

RL-3RL-4RL-5RL-6

Manual ForcedPriority High Priority LowInclude SD Exclude SDUsed Notused

Include EW Exclude EWManual Forced

Non Priority Priority No.1

Hold Max Min

Disabled180Sec 300Sec60Sec

Enabled

Disabled Enabled

Disabled EnabledReport Not ReportON OFF

Used Not Used

Disabled Enabled

120 Ohms 75 OhmsLOF+HBER LOFAlarm Status

Report Not Report

Used Not Used

LCT MAIN MENU

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Paso NEO