AWY 9400 Manual

ALCATEL 9400 AWY

ULS 2.x

SHORT-HAUL LOW & MEDIUM CAPACITY

DIGITAL MICROWAVE RADIO LINKS

7-8-11-13-15-18-23-25-28-32-38 GHz frequency bands

3DB 06649 AAAA TQZZA December 2004

Contents

1 INTRODUCTION TO THE ALCATEL 9400 AWY .......................................................3

1.1 Alcatel 9400 AWY family ................................................................................................................................. 3

1.2 Alcatel 9400 AWY short-haul microwave radios ........................................................................................... 4

2 ALCATEL SHORT-HAUL APPLICATIONS................................................................5

3 ALCATEL 9400 AWY FEATURES ..........................................................................12

3.1 General............................................................................................................................................................. 13

3.2 System characteristics..................................................................................................................................... 16

3.3 Equipment flexibility....................................................................................................................................... 18

3.4 Easiness of installation .................................................................................................................................... 19

3.5 Equipment Software features......................................................................................................................... 20

3.6 Reliable design................................................................................................................................................. 20

4 USER INTERFACE ALCATEL 9400 AWY OUTDOOR UNIT (ODU)........................21

4.1 ODU functional description........................................................................................................................... 21

4.2 ODU configurations ........................................................................................................................................ 23

5 USER INTERFACE ALCATEL 9400 AWY INDOOR UNIT (IDU) .............................25

5.1 IDU Functional Description ...................................................................................................................... 25

5.2 Functional details about data and PDH mux/demux .................................................................................. 27

6 ALCATEL 9400 AWY SYSTEM CONFIGURATIONS ..............................................31

7 SUPERVISORY SYSTEM .........................................................................................33

7.1 Network management protocols .................................................................................................................... 33

7.2 Network management solutions ..................................................................................................................... 35

8 TECHNICAL CHARACTERISTICS...........................................................................41

3DB 06649 AAAA TQZZA 2

1 Introduction to the Alcatel 9400 AWY

1.1 Alcatel 9400 AWY family

The Alcatel 9400 AWY is a family of digital point-to-point microwave radio systems, designed to satisfy the various digital transmission needs of public and private networks, for a large range of applications.

The Alcatel 9400 AWY family corresponds to indoor-outdoor short-haul products

These main characteristics are key answer for market requirements :

• Large frequency and capacity ranges covered for FCC and ETSI markets

• Two types of modulations ( 4/16 QAM) for all bands

• Compact design

• Flexible and evolutionary equipment :

Frequency agility

Modulation agility

Capacity agility

• Several applications

• Circuit network

• Data network


1.2 Alcatel 9400 AWY short-haul

microwave radios The Alcatel 9400 AWY family gives a complete range of solutions, between 7/8 and 38 GHz, as is required to cover the different distances .

Thanks to their light infrastructure and high compactness, microwave radios are more advantageous compared to wired lines, because of their fast and affordable installation as well as their easy turn-on and operation which allow them to be used by unskilled staff.

The interest and our know how for such product is supported by the large number of Alcatel 9400 UX family already installed worldwide ( more than 90 countries, for more than 300 customers)

The Alcatel A9400 AWY family is based on technical solutions providing an homogeneous system design from 7/8 to 38 GHz, ensuring maximum radio performances in each band.

The design of the equipment is focused on operational flexibility, providing capacity agility (Indoor Unit frequency and capacity independent) and wide frequency agility provided by the Outdoor Unit.

The SNMP supervision platform of the Alcatel 9400 AWY family is compatible with TCP/IP standards and can be used to propose simple supervision solutions.

The Alcatel 9400 AWY are available with high system gain 4QAM modulation or high spectrum efficiency 16QAM modulation ( in all bands) configurable by software with the same hardware .


2 Alcatel short-haul applications

The Alcatel 9400 AWY family covers the frequency range from 7 to 38GHz, necessary to satisfy the largest range of propagation conditions as well as network configurations.

It covers the following capacities:

Circuit oriented services :

− ETSI market

• 2x2, 4x2, 8x2, 16x2 Mbit/s,

• 34Mbit/s.

− FCC market

• 4x1.5, 8x1.5, 16x1.5 Mbit/s,

• 45Mbit/s.

Data services

− Ethernet interface

2x10/100BT

The Alcatel 9400 AWY family can be used worldwide in :

• Cellular networks,

• Fixed access networks for Public Telecom or CLECs, including :

− Infrastructure of Wireless IP networks,

− Direct complementary point-to-point access in LMDS networks,

• Private networks,

• Utility networks, Security/Defense networks…

Typically the distances achieved with 99,999 % of the time of availability are:

• from 10 to 50km for the 7/8GHz band,

• from 5 to 30km for the microwave frequencies (13 to 18GHz)

• from a few hundred meters up to 10km for the millimeter wave frequencies (23 to 38GHz)


Cellular Backhaul Applications :

A major application is related to cellular networks, mainly in urban and sub-urban areas where an increasing number of small cells are used to increase the network capacity, leading to a need for a very high number of radio links inter-connections in the millimeter wave frequencies (23 to 38 GHz) which are well suited for short distances and allow to take advantage of increased frequency reuse.

• GSM applications :


Mobile Switching Centre

Base Station

Base Station Controller

Point-to-point microwave is adapted to the BSC to BTS inter-connections topologies used: star or daisy-chain.

Figure 1. Cellular GSM applications

• UMTS applications

The AWY product permits a streamlined transition for second to third backhaul generation Very often the BTS and the Node B could be collocated and then the capacity & modulation agility of the AWY will permit to answer rapidly to this increase of needed capacity without affecting the total radio planning

Node B

UTRAN capillary network

RNC

RNC

UTRANbackbone

Aggregation node

Aggregation node

Figure 2. Cellular UMTS applications


Fixed access networks for Public Telecom or CLECs :

• Basic access applications

The Alcatel 9400 AWY is used for urban/sub-urban connections of high traffic customers or business districts: with NxE1/NxDS1 or E3/DS3 capacity over distances from a few km up to 30 km.

Central Office

High trafficCustomers

BusinessDistricts

CLEC:CompetitiveLocalExchangeCarrier

Figure 3. Wireless Access for large customers by Public Telecom

• Mixed point to point and point to multipoint fixed radio application


The other applications of Alcatel 9400 AWY are linked to turn-key offers for CLECs broadband wireless networks

− 9400 AWY is used in networks which are similar to the standard private networks/business applications of microwave radios:

In very dense area 9400AWY can be combined with Alcatel 7390/7385 LMDS family to provide an integrated access solutions . The 9400 AWY product provide NxE1/NxDS1 direct connections (leased lines applications) of subscribers to avoid to congest the LMDS spectrum in one sector or connection of subscribers who are out of range of the LMDS cell but whose traffic does not justify to install a new cell.

− 9400 AWY is used to provide E3/DS3 inter-connections between Wireless IP base stations or between regional low traffic potential LMDS base stations, in order to provide a cost effective infrastructure transmission solution.

Internet data High

rate

POTS

LAN SoHo

ISDN POTS

BTS/Cellular

Voice Datas

PBX

/ Residential +

SME

Corporate STM1 STM0

RST ON / OFF ACO I/O 4W 1

4W 2 ESC EXT NMS 1 NEXT MS 2 F

DEBUG I/O ALCTEL

TT IDU ODUURGNUR AG ESC EXT EXT ODU

A9600 (SDH)

A9400 (PDH)

16x2 Mbit/s

A7390 (LMDS)

�

A7385 (WIP)

A9400 (PDH)

4x2::2x2

: 2x2

Figure 4. Alcatel 9400 AWY integration in Wireless IP and LMDS networks

Private voice/data networks:

The Alcatel 9400AWY is well suited to implement corporate networks, providing inter-PBX (NxE1/NxDS1) or inter-LAN(E3/DS3) or 10Mbit/s 100Mbit/s Data interface inter-connections between Universities, Hospitals, Headquarters and branch Office.


Headquarters

Branch Office Branch

Office

Hospitals

CorporateNetworks

Universities

Figure 5. Private voice/data networks


Data Application

9400AWY enable “Ethernet user data” transport with an optional dedicated plug-in board .

The typical application for “Ethernet user data” is the connection of two user LANs by means of two external routers and a PDH radio link (see below).

Figure 6. LTL_SH “Lan-to-Lan Single Hop”

10/100 Ethernet 10/100 Ethernet

SDHRing/Network

Ethernet framemapped in SDHVC12, VC3, VC4

The OMSN LAN-to-LANBoard is present only ateach terminating node

Site to Site Traffic ismapped on a dedicated

SDH VC

10/100 Ethernet

Customer Box: either LAN Router or Switch

9400AWY PDH Radio (IDU+ODU)

OMSN with LAN-to-LAN board

Figure 7. LTL_ST “Lan-to-Lan with SDH Transport” (2 sites)

The radio link allows the connection of two separate Ethernet interfaces, and also makes possible to connect three separate LANs



10/100 E thernet 10/100 E thernet


(N-1) E th.Ifs between cus tomer box and P DH(N-1) E th.Ifs between

cus tomer box and P DH



OMSN with LAN-to-LAN board

SDH Ring/Network

Ethernet frame mapped in SDH VC12, VC3, VC4

Ethernet frame de-mapped from SDH VC12, VC3, VC4

(N-1) Eth. I/Fs between PDH and

OMSN

Site to Site Traffic is mapped on a dedicated

SDH VC

(N-1) Eth. I/Fs between customer box and OMSN

SDH Ring/Network

Ethernet frame mapped in SDH VC12, VC3, VC4

Ethernet frame de-mapped from SDH VC12, VC3, VC4

(N-1) Eth. I/Fs between PDH and

OMSN The LAN -to-LAN Board is present only

at each terminating node

The LAN -to-LAN Board is present only

at each terminating node

Site to Site Traffic is mapped on a dedicated

SDH VC

(N-1) Eth. I/Fs between customer box and OMSN

Figure 8. LTL_ST “Lan-to-Lan with SDH Transport” - [N=3

sites]

The main characteristics/constraints are: • Ethernet transport over PDH is considered only for the access part

of the network and the only implemented connection is point-to-point;

• flexible Ethernet throughput. • mixed mode: data traffic (Ethernet) can be mixed with voice traffic

(up to 8xE1or 8xDS1); • interface type 10BaseT - 100 BaseT with autonegotiation. • no MAC address filtering: all what is received from the line is

transmitted. Local traffic can be rerouted only by an external switch/router.

• bandwidth compression: a mechanism of bandwidth compression has to be implemented, because the bandwidth of a PDH link is in general less than the max bandwidth of the Ethernet interfaces.

3 Alcatel 9400 AWY features


3.1 General The design of the Alcatel 9400 AWY is the result of an optimization of essential characteristics related to:

− International standards (ITU-R, ETSI,FCC) and national regulations,

− Radio performance,

− Equipment flexibility,

− Equipment reliability.

The flexibility of the system is furthermore increased by the possibility to set by software many operational parameters during the installation and initial turn-on phase.

A comprehensive supervision system is also available to monitor the radio link operation and its maintenance

Based on SNMP interface and ECT showing modern and friendly screen adopting JAVA technology

• The Alcatel 9400 AWY is fully compliant with the international requirements with the main Tx/Rx separations available depending on the national regulations.


ETSI STANDARD

Alcatel 9400 AWY - 2X2 TO 16X2 MBIT/S, OR 34MBIT/S

Designation Band (GHz)

Frequency (GHz) ETSI Standard Frequency plans

Standard * Tx/Rx separation

(MHz) 9470 AWY 7/8 7.1-8.5 EN 301 216 ITU-R Rec 385-7 119,126,154,161 9411 AWY 11 10.7-11.7 TBC ITU-R Rec F 387-9 530

9413 AWY 13 12.75-13.25 EN 301 128 ERC 12-02 ITU-R Rec F 497-6 266

9415 AWY 15 14.4-15.35 EN 301 128 ITU-R Rec F 636-3 CEPT/ERC/12-07E 315,420,490,728

9418 AWY 18 17.7-19.7 EN 301 128 ERC 12-03 ITU-R Rec F 595-7 340,1008,1010,1560

9423 AWY 23 21.2-23.6 EN 300 198 ERC 13-02 annex A

ITU-R Rec F 637-3 1008,1200,1232

9425 AWY 25 24.5-26.5 ETS 300 431 ERC 13-02 annex B

ITU-R Rec F 748-4 1008

9428 AWY 28 27.5-29.5 ETS 300 431 ITU-R Rec F 748-4 1008

9432 AWY 32 31.8-33.4 EN 300 197 ITU-R Rec F 108/9

ITU-R Rec 1520 812

9438 AWY 38 37-39.5 EN 300 197 ERC 12-01

ITU-R Rec F 749-1 1260

FCC STANDARD or others

Alcatel 9400 AWY - 2X1.5 TO 16X1.5 MBIT/S, OR 45MBIT/S


Frequency (GHz)

FCC Standard Or others Frequency plans

Standard * Tx/Rx separation

(MHz)

9415 AWY 15 14.4-15.35 NTIA-US SRSP-314.5-CDN

640 475

9418 AWY 18 17.7-19.7 FCC 101/SRSP

317.7 FCC

340,1560

9423 AWY 23 21.2-23.6 FCC 02-218 1200

9438 AWY 38 38.6-40.0 FCC 101/SRSP 317.7 700


• The Alcatel 9400 AWY system features high spectrum efficiency (minimum use of RF bandwidth for a given capacity). The system gain can be optimized with the use of a 4 QAM modulation (4 states Quadrature Amplitude Modulation) with digital filtering, providing compliance with the relevant ETSI or FCC spectrum masks and spurious emissions requirements .

• a high spectrum efficiency is achieved by the use of 16 QAM modulation

ETSI capacity

Capacity (Mbit/s) 2x2 4x2 8x2 16x2/34

RF channeling ( 4QAM modulation )

(MHz) 3.5 7 14 28*


(MHz) - 3.5 7 14

FCC capacity

Capacity (Mbit/s) 4x1.5 8x1.5 16x1.5 45


(MHz) 5 10 20 40


(MHz) - 5 10 20

The Modulator-Demodulator (Modem) features Forward Error Correction (FEC) and Equalizer to minimize the consequences of multi path propagation and improve the availability and quality of the radio link, especially for long hops.


3.2 System characteristics

3.2.1 Unprotected configuration

An Alcatel 9400 AWY unprotected (1+0) radio terminal is made up with the following elements:

• An Outdoor Unit (ODU) incorporating the complete RF

transceiver (modem, RF units, branching filter) and an integrated or separated antenna.

The ODU is capacity independent • A Main Indoor Unit (IDU) incorporating the base-band

processing and offering tributaries interfaces as well as service channel and supervision. The IDU is frequency independent (same unit from 7 up to 38GHz)

Different IDU configurations are available from factory

An 8 E1/DS1 hardware maximum configuration which anyway could be upgraded later by the means of the dedicated board to 16 E1/DS1 or E3/DS3 Or Ethernet 2x 10/100 BaseT configuration (with also the appropriate software key see §3.5).

A 16 E1/DS1 hardware configuration

An E3/DS3 hardware configuration

An Ethernet 2X 10/100 baseT allowing to mix with up to 8E1/DS1 physical input

All those configurations could evaluate to protected configuration by the simple addition of the missing hardware ( see § 3.2.2 )

• a single coaxial cable available with lengths up to 300 m.

3 2.2 Protected con igurations . f

Protected configurations are also available :

These configurations allow to protect the most critical transmission paths or permit to ensure better availability on difficult link offering radio counter measures. , The following implementations are available:

(1+1) Hot Stand By with a radio coupler and one antenna or symmetrical with two antennas o,

A 1+1 space diversity configuration


A 1+1 frequency diversity configuration

The (1+1) configurations include a multiplex protection(1) as standard feature and an automatic errorless Rx switching . If the link is protected, main traffic and auxiliary channels are automatically protected. (1) except the Ethernet interface .


3.3 Equipment flexibility

Software configurable frequency:

The in-field agility of the 9400 AWY is provided at least on a quarter frequency plan (synthesizer step 250 kHz). Only up to four different ODUs are needed to cover the full frequency band. The synthesized, software controlled, RF local oscillator allows an easy frequency setting. Software configurable capacity:

The Alcatel 9400 AWY system provides unique capacity agility features, controlled by software up to a maximum bit rate. If the Hardware (and the software key contained on the flash card ) permit it the system capacity can be configured by software , from 2xE1 or 4xDS1 up to the maximum authorized capacity (16xE1/DS1 or E3/DS3 ) Moreover, capacity upgrade can be easily made changing flash memory associated with software license and/or upgrading the hardware adding the dedicated plug in board (9 to 16E1/DS1, E3/DS3 or Ethernet ) . Transmit power control:

In certain cases, the output power of the equipment has to be decreased, to reduce interferences towards other links in case of very short hops. This could be done for once when you install the microwave link from the craft terminal parameters settings (Remote Transmitter Power Control ), or can be programmed to be done dynamically by the system to obtain a wanted received level even in case of changes on the propagation conditions ( Automatic Transmit Power Control ). Those features improve the flexibility of the network design and increase the frequency re-use.

The 9400 AWY provide in all frequency bands and modulation :

• a locally software transmit power control RTPC dynamic 30dB

• an automatic transmit power control ATPC dynamic 20dB

Link Identity Coding:

The amount of microwave links, especially in urban areas puts the problem of possible interferences during installation and turn-on phase.

The digital frame incorporates Link Identity coding capabilities to prevent the capture of an unwanted signal.


3.4 Easiness of installation

The Alcatel 9400 AWY systems have been designed to allow quick installation and turn-on. Compact Outdoor Unit:

The Outdoor unit (ODU) is housed in a very compact and robust weatherproof (IP 67) container; it is designed to be compatible with hot and very sunny climatic zones. The Outdoor Unit (1 or 2 depending on the configuration 1+0 or 1+1) can be rapidly installed on standard poles with an appropriate fastening system. 9400 AWY family uses a very compact pole mounting equipped with an accurate alignment system - rough and fine “elevation” and “bearing” tuning - to permit easy pointing with the integrated antenna. This pole mounting is the same for 1+0 or 1+1 configurations from 11 to 38GHz .

The 9400 AWY outdoor unit can be used with an integrated antenna 300 or 600 mm diameter or separate antennas if a larger diameter is needed.

The ODU is fixed by means of quick latches. This system allows to change the ODU without altering the antenna alignment

The alignment of the antenna can be easily performed with the use of a dedicated service kit. This kit , when connected to the ODU, is able to provide the receive signal level, and the connection to the other end of the link through a telephone service channel (when applicable).

Different IDU mechanical versions:

The IDU dimensions are 1U for the 1+0 configuration and 2 times 1U for 1+1 high for all capacities. This allow easy installation in standard 19” or ETSI/N3 racks and saves a lot of space where there are tight constraints like shelters

The IDU can also be installed as a desktop unit. The design of the 1+1 configuration permit the replacement of a faulty Unit (Main IDU or extension IDU ) without any disconnection of tributaries so no interruption of the traffic.

Single coaxial cable:

A single coaxial cable of up to 300 m achieves the connection between the ODU and the IDU, so that a high flexibility is left for locating the radio and antenna.


Simple commissioning:

All the standard Site Acceptance Tests can be done with a single PC to commission the link, making extensive use of built-in supervision features : • Continuous performance check and alarm status overview • numerous base-band loop-back facilities • Built-in PRBS generator and error counters

The transmit side incorporates a built-in PRBS (Pseudo Random Bit Sequence) generator able to insert a standard test signal for the link Bit Error Rate measurements, in order to facilitate initial turn-on. This is by means of craft terminal software .

3.5 Equipment Software features

The Alcatel 9400 AWY terminal provides:

• interface RS232C to a PC (Craft Terminal), which enables alarm monitoring, quality measurement, as well configuration of the equipment

• one interface to a higher NMS level :

− Ethernet 10/100 base T

− hierarchical management structure based on the Simple Network Management Protocol (SNMP), which can manage the 9400 AWY equipment

• embedded data communication channel for management information 64kbit/s with RS422/G703 interface

3.6 Reliable design The high reliability of the indoor and outdoor equipment is obtained through the use of advanced technologies, highly qualified components and severe test procedures in factory. The high value of the MTBF (Mean Time Between Failure) limits the maintenance to routine visits. The equipment operational MTBF traffic affecting reaches more than 30 years.


4 User Interface Alcatel 9400 AWY outdoor unit (ODU)

4.1 ODU functional description

The Outdoor unit is made up of the following functions

• Cable interface. • Modem. • Intermediate Frequency. • Local Oscillator (LO) and up-converter. • Transmitter (Tx) amplifier. • Branching. • Receiver (Rx) • Power supply

Cableinterface

MODEMandIF

Tx RF

LO

Rx RF

Power Supply

DuplexerCable

to IDU

toantenna

Monitoring

Figure 9. 9400 AWY ODU block diagram


Digital Cable Interface

The cable interface between IDU and ODU allows to carry over the coaxial cable:

• the transmit and receive data streams (and interface these streams to the modem on ODU side),

• the control signals and service channel. • the DC power supply from the IDU to the ODU

Modem and IF unit

The modem performs the 4 QAM or 16QAM modulation and demodulation functions, with embedded digital filtering and equalization. It also incorporates the analog to digital and digital to analog conversions.

The IF part incorporates the quadrature modulator (respectively the quadrature demodulator) for the up-conversion (respectively down-conversion) to a transmit IF (respectively from a receive IF). It performs base-band filtering and AGC. IF frequencies are variable in order to cope with all frequency spacing . RF Local Oscillator (LO)

There is one single Local Oscillator both for transmit and receive RF units.

It is electronically tuned, by software, to the requested frequency, providing frequency agility over a quarter of frequency plan.

Front End • RF transmitter (Tx)

This module up-converts and amplifies the RF signal and sends it to the duplexer. The output power is regulated with a feedback loop. The module incorporates a mute function in case of transmitter failure. • RF Receiver (Rx)

The receiver performs low noise amplification of the received RF signal and down-converts it by mixing with the LO in a mixer. It feeds the IF resulting signal to the IF module.


Branching

The duplexer separates the transmit and receive signals at the RF antenna port. Power supply

The power supply provides DC/DC conversion to generate the secondary voltages from the remote supply voltage. It interfaces with all active modules of the transceiver.

Monitoring

This feature provides monitoring of Outdoor Unit configuration and alarms.

The ODU of the Alcatel 9400 AWY features are :

• Transmit Power Control : a software controlled attenuation of up to 30 dB in static power control or 20dB in ATPC can be applied.

• RF local loop The ODU is provided with an RF local loop, permanently installed within the container. This function allows to loop back the RF signal from the transmitter to the receiver of the same transceiver after frequency conversion, in order to test the installed local terminal without using the antenna or the remote-end terminal.

4.2 ODU configurations ODU can operate with :


• integrated antenna of 30cm or 60cm

• separated antenna if larger diameters are necessary. In this case, the antenna is interconnected by the means of an adaptor (pole mounting for external antenna ) and a flextwist directly to the ODU, or the coupler, depending on used configuration.

For the outdoor part, different 1+1 configuration can be realized:

− HSB with 2 antennas in the same polarization: this configuration could be use for Space Diversity counter measure ( in this case the antennas separation should be higher than 10 wave lengths ) or as simple HSB (with the two antennas collocated ) as it improves the link budget avoiding coupler losses on the stand-by path (useful when integrated antennas are needed).

− HSB with a 10 dB coupler and 1 antenna : this configuration optimizes the infrastructure using only one antenna, a 10dB coupling has been chosen to minimize the losses on the normal path.

− HSB configuration is also available with a 3dB coupler and 1 antenna

− With 2 antennas with different polarization : in this case the two ODU will transmit at the same frequency ( in 4 QAM only ) in the same time (identical to frequency diversity) and will permit an hitless switching in both direction in case of failure

− with 2 external antennas adaptors and 1 dual polarized antenna : to permit the same behavior than in the previous chapter when the gain of integrated antennas are not sufficient or to optimize the number of antennas on a pole.


5 User Interface Alcatel 9400 AWY indoor unit (IDU)

5.1 IDU Functional Description

Indoor Unit (IDU) performs all customer interface needs both as voice and data respectively • NxE1/E3 for ETSI market • NxDS1/DS3 for US market • 10/100 BT Ethernet/fast Ethernet • EOW • service channel • OS-TMN and feeds the Outdoor Unit (ODU) via a single coaxial cable carrying on • Base Band Transmission Signal (from IDU vs ODU) • Base Band Receiver Signal (from ODU vs IDU) • ODU Supply Voltage 2 different IDUs are needed to built all the configuration 1+0 & 1+1 :

• A Main IDU : which is only one needed for 1+0 configuration and will be the base for the 1+1 configurations. This IDU main could be ordered in 4 different configurations all expandable to 1+1 with the addition of an extension IDU and all able to be transformed to an other introducing the dedicated plug-in board (or unplugged one ). The four possible configurations are : The basic Main with only 8E1/DS1 interfaces :

The Main with up to 16E1/DS1 interfaces :

The main IDU with Ethernet connections :


The main IDU with E3/DS3 connection :

• An extension IDU : which permit with the addition of the

appropriate cables to obtain all the 1+1 configurations. For this raison it is available in four configurations duals from the ones from the main IDU.

The Main IDU performs all the following functions: Multiplex/Demultiplex of the Tributaries signals insertion/extraction from the main stream of the following signals:

• EOW • Service Channel • Network Management System • ATPC control signal • Data stream(In the case of the use of dedicated plug-in board)

The Multiplexed/Demultiplexed signal toward the ODU interface is Framed/unframed implementing the following processes:

• Scrambler/Descrambler • Coding/Decoding (Reed-Solomon) +Interleaving

Cable Interface circuit adds at this signal the ODU supply voltage and feed the “N” connector available on the front panel of the board.

Flash Card , removable by the back of the IDU, store configuration of the terminal as well as the software key permitting or not the use of all the hardware possibilities. It is always possible to upgrade this set of maximum features available by changing the software key

Extension IDU performs all the following functions:

Hitless Equipment Protection Switch. permitting to have Rx errorless switch in protected configuration.

Multiplex/Demultiplex of the Tributaries signals, insertion/extraction from the main stream the following signals:

• EOW • Service Channel • Network Management System • ATPC control signal • Data stream(depending of the us of the plug In)


The Multiplexed/Demultiplexed signal moving versus the ODU interface is framed /unframed throws the functions:

• Scrambled / descrambled • Coding/Decoding (Reed-Solomon)

+Interleaving

The Cable Interface circuit adds at this signal the ODU supply voltage and feed the “N” connector available on the front panel of the Unit. .

5.2 Functional details about data and PDH mux/demux

Two functions play an essential role in the Ethernet data transport: the standard PDH mux/demux and the data encapsulation/buffering.

The two functions have been decoupled as much as possible:

• the standard PDH mux/demux offers a transport capability to the data traffic

• the data encapsulation/buffering uses the transport capability offered by the mux, but doesn’t know what is the current mux type/frame.


The nxE1/DS1 Framing block is implemented into the Mux/demux. The Ethernet Data Encapsulation block is implemented into the Data plug-in.

The connection between the two functions is simply realized with three wires:

• Data valid: Mux/dem tells to Ethernet Data when it is possible to insert Ethernet data into the PDH frame

• Frame bit CLK: the clock for the transmission of Ethernet bits; • Data: Ethernet bits to be inserted into the PDH frame.

The design of the PDH Mux is completely decoupled from the encapsulation strategy of the Ethernet Data; It is easily possible to implement any combination of voice (E1, DS1) and data with the limitation that we have only Height physical inputs for E1/DS1.

5 2.1 Bandwidth . compression

A compression mechanism has to be foreseen, because -with a Fast Ethernet interface- the PDH transport capability is always less than the maximum input bit rate Note also that with a 10BaseT input interface the PDH transport capability can be sometimes larger and sometimes smaller than the maximum input bit rate. Given a gross bit rate at the output of the Mux, several possible combination of voice and data(2x10/100Base T) are available. In the following drawing a few examples of band allocation to data transmission with compression technique is shown.


100

Mb/s

≈32

Mb/s

PDH 28 MHz RF channel

1 Fast Ethernet

100

Mb/s

≈8

Mb/s


1 Fast Ethernet

20 M

b/s

≈32

Mb/sPDH

28 MHz RF channel2 Ethernet


≈16

Mb/s

10 M

b/s

1 Ethernet


≈8

Mb/s

20 M

b/s

2 Ethernet

In the tables below is presented the map covering the possible split of the transmission bandwidth between voice and data traffic.

NE Configuration VOICE DATA

1E1 1E1 2E1

2E1

2E1 1E1 3E1 2E1 2E1 3E1 1E1 4E1

4E1

4E1 1E1 7E1 2E1 6E1 3E1 5E1 4E1 4E1

8E1 5E1 3E1


NE Configuration VOICE DATA 6E1 2E1 7E1 1E1 8E1

8E1 1E1 15E1 2E1 14E1 3E1 13E1 4E1 12E1 5E1 11E1 6E1 10E1 7E1 9E1 8E1 8E1

16E1

16E1

Data/Voice mix (ETSI example)


6 Alcatel 9400 AWY System Configurations

The 9400AWY family offers unprotected (1+0) and protected (1+1) configurations.

Two types of problem can impact the availability of a radio link : equipment failures and propagation problems.

1+1 protected configurations are used to increase the availability of the link compared to 1+0 unprotected configuration, by adding redundant functions to the equipment:

• To secure the link in case of temporary (transient alarm) or definitive (equipment failure) malfunctioning,

• To improve the performances of the equipment towards propagation problem (in some outdoor units configurations only).

Various configurations are available with the following applications:


ODU

CONFIGURATION UNITS

APPLICATIONS ADVANTAGES

1+0 1x ODU 1x antenna single polarization

Non-protected

1+1 HSB

2x ODU at same frequency 1x coupler 1x antenna single polarization

Protection against failures

1+1 HSB SD

2x ODU at same frequency 2x antennas single polarization

Protection against failures &/or counter measure against multi path propagation

Even if it’s only used for protection against failures permit to have the best link budget and should be the preferred solution if there is no other constraint

1+1 HSB XP

2x ODU at same frequency 2x antennas single polarization but in different polarizations

Protection against failures

Hitless switching for both path with only 1 frequency (in 4QAM only )

1+1 FD

2x ODU at different frequencies 2x antennas single polarization (or 1 antenna dual polarization)

Protection against failures & multi path propagation

Improvement of performances versus multi path propagation Hitless switching for both path (Tx & Rx ) but need of two frequencies

SD : Space Diversity, FD : Frequency diversity, XP : Cross polarization

The above mentioned outdoor units configurations must be associated with one of the following indoor units configurations :

IDU CONFIGURATION UNITS APPLICATIONS 1+0

Main IDU Non-protected

1+1 with MUX protection and with Hitless switch

• MAIN IDU • EXTENSION IDU

Automatic switching: selection of the best received path and operational multiplexer and transmitter for failure protection or multi path counter measure


7 Supervisory system

The Alcatel 9400 Terminal features very advanced supervisory functions which are optimized for operation and maintenance, offering solutions from very small to very large networks in an evolutionary path :

• for local management of a single link (local and remote equipment), a F interface to a craft terminal (ECT) is provided, allowing diagnostic and configuration of the network elements through a user friendly man-machine interface (Windows™ environment),

• for small to medium sized networks, from isolated radio hops up to networks composed of maximum 128 radio equipment, based on RECT

• for more complex networks composed of numerous PDH and SDH radio links integrated in a transport network a global solution is proposed, operating with one or more Operation Systems on workstations (cf. 1353NM documentation), with network management capabilities in a various field of fault locations, performance measurements, configuration and security management.

7.1 Network management

protocols The network management protocol offered is :


SNMP protocol:

ALCATEL proposes a concept of NMS to manage the 9400 AWY Indoor-Outdoor equipment, using a hierarchical management structure (Management Information Base MIB) based on the Simple Network Management Protocol (SNMP).

The ALCATEL 9400 AWY SNMP Terminals exhibit the main following advantages :

• Open protocol : It provides a standardized open protocol ; its management interface allowing management by other OS vendors or integration in Alcatel TMN through a TCP-IP data communication network.

• Re-routing capability : It benefits of the TCP-IP re-routing capability even in the standalone management solution. This means that the Supervision Bus can be looped or meshed (and it is recommended to do so when it is possible) via NMS interfaces, using a dedicated Service Channel of the Transmission Equipment or external leased lines (synchronous RS485/V11 at 64 Kbit/s) or using a time slot of E1/DS1tributary .


7.2 Network management

solutions

7 2.1 Local mon toring . i

The local craft terminal (ECT) allows to access to different domains given hereafter :

• Configuration • Diagnosis • Equipment • External points • Line interface • Performance • Radio • Protection Schemes • Loop back • Software Download

These domains accessibility depends on the operator’s profiles :

• Administrator /Constructor : Full • Operator : Read only or full • Viewer : Read only

To facilitate the system configuration to the operator , a Wizard tool is used ; this tool could be activated from the menu bar .

Some screens related to different domains are given hereafter :


Figure 10. Main menu bar

Figure 11. Configuration Menu

Figure 12. Quick Configuration Procedure: Channels Configuration


Figure 13. Summary Block Diagram View : 1+1 HST with hitless RPS

7.2.2 Small/medium sized


networks : RECT

For networks up to 128 Network Elements (called a cluster), a stand-alone solution based on RECT functionality is proposed. It allows to access the remote NE display the global synthesis view as well as the NE view of each equipment of the cluster (as described here-above).

All applications available in the local management chapter are available for each Network Element of the Cluster

The view given hereafter indicates that : − it is possible to have a Map composed up to 128NE − this view is available for each NE , each submap and each

Map − for each selected NE (on the left) there is the indication on the

right of how many alarm are active (2 Major, 2 Minor, 1 Warning); the status of the single NE (Major alarm) is propagated to the superior Submap till to Map.

− It is possible to execute the “Log in” command to have a further zoom inside the NE


7 2.3 Large mixed network : .

TMN

For large/mixed networks composed of 9400 AWY SNMP terminals, associated with other types of equipment, 2 types of application are proposed :

• The first application is the one allowing the Customer, who wants to have a multi-vendor environment at the Network Element level, to homogenize the NE interface, whoever the equipment provider is.

• The second application is the one where the full NMS is provided by ALCATEL. The 9400 AWY SNMP terminals will be managed by the ALCATEL Operation System 1353NM together with other type of NE’s (SDH radios, ADM ) even if they are using different protocols as Q3 . The 1353NM provides real time monitoring and controls of all Network Elements entering in the configuration of the managed network.

The following picture illustrates the two applications proposed for the management of the ALCATEL 9400 AWY/SNMP equipment.

Multi-vendorenvironment

Application 1

environmentMulti-vendor

SNMP

9400 Indoor-Outdoor

OS/OS

SNMP

Application 2

OS Alcatel1353NM

9400 Indoor-Outdoor

Figure 14. TMN with SNMP


1353 NM operation system

The 1353NM Operation System provides the Network Element Management Functions according to ITU-T M3010 functional areas, as the :

• Configuration management.

• Alarm and Control management.

• Performance management.

• Security management.

And the System Functions, as the :

• Database management.

• System Backup and Restore.

• Process and software management.

• Start-up and stop.

• Filter on research.

• Graphical User Interface.

More details are provided in the Alcatel Network Management System technical description : application for Alcatel 9400 AWY with SNMP interface.


8 Technical characteristics

ETSI Standard

EQUIPMENT ETSI REFERENCE

STANDARD

FREQUENCY BAND (GHz)

FREQUENCY (GHz)

CHANNELING STANDARD TX/RX

SEPARATION (MHZ)

9470 AWY 4QAM

9470 AWY 16QAM

EN 301 216 Class 1

EN 301 216 Class 2

7 & 8 GHz 7.1-8.5 ITU-R 385-6 ITU-R 386-6

119,126,161, 154,

9411 AWY 4QAM

9411 AWY 16 QAM

TBC 11 GHz 10.7-11.7 ITU-R F 387-9 530

9413 AWY 4QAM

9413 AWY16QAM

EN 301 128 Class 1

EN 301 128 Class 2

13 GHz 12.75-13.25 ERC 12-02

ITU-R Rec 497-6

266

9415 AWY 4QAM

9415 AWY 16QAM

EN 301 128 Class 1

EN 301 128 Class 2

15 GHz 14.4-15.35 ERC 12-07

ITU-R Rec 636-3 728

315,420,490,644

9418 AWY 4QAM

9418 AWY 16QAM

EN 301 128 Class 1

18 GHz 17.7-19.7 ERC 12-03

ITU-R Rec 595-6

1008,1010 340,1560

9423 AWY 4QAM

9423 AWY 16QAM

EN 300 198 Class 2

EN 300 198 Class 4

23 GHz 21.2-23.6 ERC 13-02 annex A

ITU-R Rec 637-3

1008,1197 1200,1232

9425 AWY 4QAM

9425 AWY 16QAM

EN 300 431 Class 2

EN 300 431 Class 4

25 GHz 24.5-26.5

ERC 13-02

ITU-R Rec. 748-3

1008

9428 AWY 4QAM

9428 AWY 16QAM

EN 300 431 Class 2

EN 300 431 Class 4

28 GHz

27.5-29.5

ERC 13-02 ITU-R Rec. 748-3

1008

9432 AWY 4QAM

9432 AWY 16QAM

EN 300 431 Class 2

EN 300 431

Class 4

32 GHz

31.8-33.4

ERC 13-02 ITU-R Rec. 748-3

812

9438 AWY 4QAM

9438 AWY16QAM

EN 300 197 Class 2

EN 300 197 Class 4

38 GHz 37-39.5 ERC 12-01

ITU-R Rec 749-1

1260

RF CHANNELING

Capacity (Mbit/s) 2x2 4x2 8x2 16x2 /34

RF Channeling with 4QAM (MHz) 3.5 7 14 28

RF Channeling with 16QAM (MHz) 3.5 7 14


FCC standard :

Alcatel 9400 AWY - 2X1.5 TO 16X1.5 MBIT/S, OR 45MBIT/S


Frequency (GHz)

FCC Standard Or others Frequency plans Standard *

Tx/Rx separation (MHz) 9415 AWY 15 14.4-15.35 NTIA-US

SRSP-314.5-CDN 640 475

9418 AWY 18 17.7-19.7 FCC 101/SRSP 317.7 FCC

340,1560

9423 AWY

23 21.2-23.6 FCC 02-218 1200

9438 AWY

38 38.6-40.0 FCC 101/SRSP 317.7

700

RF CHANNELING

Capacity (Mbit/s) 4x1.5 8x1.5 16x1.5 45

RF Channeling with 4QAM (MHz) 5 10 20 40

RF Channeling with 16QAM (MHz) 5 10 20


Output Power at antenna port : FCC or ETSI application Tolerance : • ± 2 dB in temperature range –33°C to +55°C

IN-FIELD TUNABILITY RANGE

EQUIPMENT TX/RX

SEPARATION (MHZ)

Maximum TUNABILITY

(MHz)

OUTPUT POWER (dBm)

OUTPUT POWER SETTING (dB)

9470 AWY 4QAM

9470 AWY 16QAM 119,126,161, 154

25

21

ATPC : +24 to +4 dBm RTPC : +24 to -6 dBm with 1 dB step

ATPC : +21 to +1 dBm

RTPC : +21 to –9 dBm with 1 dB step

9411 AWY 4QAM

9411 AWY 16QAM 530 TBC

24

20

ATPC : +23 to +3 dBm RTPC : +23 to –7 dBm with 1 dB step



9413 AWY 4QAM

9413 AWY 16QAM

266

116 24

20




9415 AWY 4QAM

9415 AWY16QAM

728,315,420,490, 644

220 24

20


ATPC : +18 to -2 dBm


9418 AWY 4QAM

9418 AWY 16 QAM

1008,1010,340,1560

480

22

19


ATPC : +19 to -1 dBm


9423 AWY 4QAM

9423 AWY 16QAM

1008,1197,1200, 1232

500 19

16

ATPC : +19 to –1 dBm RTPC : +19 to –11 dBm with 1 dB step

ATPC : +16 to –4 dBm


9425 AWY 4QAM

9425 AWY 16QAM 1008 450

17

14

ATPC : +17 to –3 dBm RTPC : +17 to -13 dBm with 1 dB step



9428 AWY 4QAM

9428 AWY 16QAM 1008 450

16

13

ATPC : +16 to -4 dBm RTPC : +16 to –14 dBm with 1 dB step



9432 AWY 4QAM

9432 AWY 16QAM 800 400

16

13




9438 AWY 4QAM

9438 AWY 16QAM 1260 560

16

13





BER Thresholds : ETSI applications

•Guaranteed values at the antenna port

BER Thresholds

2X2 4x2 8x2 16X2

10-3 10-6 10-3 10-6 10-3 10-6 10-3 10-6

9470 AWY 4QAM -93 -91 -90 -88 -87 -85 -84 -82

9470 AWY 16QAM - - -86 -84 -84 -82 -81 -79

9411 AWY 4QAM -93 -91 -90 -88 -87 -85 -84 -82

9411 AWY 16QAM - - -86 -84 -84 -82 -81 -79

9413 AWY 4QAM -93 -91 -90 -88 -87 -85 -84 -82

9413 AWY 16QAM - - -86 -84 -84 -82 -81 -79

9415 AWY 4QAM -93 -91 -90 -88 -87 -85 -84 -82

9415 AWY 16QAM - - -85 -83 -83 -81 -80 -78

9418 AWY 4QAM -91 -89 -88 -86 -85 -83 -82 -80

9418 AWY 16QAM - - -83 -81 -81 -79 -78 -76

9423 AWY 4QAM -91 -89 -88 -86 -85 -83 -82 -80

9423 AWY 16QAM - - -83 -81 -81 -79 -78 -76

9425 AWY 4QAM -90 -88 -87 -85 -84 -82 -81 -79

9425 AWY 16QAM - - -81 -79 -79 -77 -77 -75

9428 AWY 4QAM -90 -88 -87 -85 -84 -82 -81 -79

9428 AWY 16QAM - - -81 -79 -79 -77 -77 -75

9432 AWY 4QAM -89 -87 -86 -84 -83 -81 -80 -78

9432 AWY 16QAM - - -80 -78 -78 -76 -76 -74

9438 AWY 4QAM -89 -87 -86 -84 -83 -81 -80 -78

9438 AWY 16QAM - - -79 -77 -78 -76 -76 -74

For typical values take guaranteed BER values minus 2 dB BER Thresholds : FCC/ANSI applications

•Guaranteed values at the antenna port

BER Thresholds

Mbits/s 4X1.5 8x1.5 16x1.5 45

10-3 10-6 10-3 10-6 10-3 10-6 10-3 10-6

9470 AWY 4QAM -91.4 -89.4 -88.4 -86.4 -85.4 -83.4 -82.4 -80.4

9470 AWY 16QAM - - -84.4 -82.4 -81.4 -79.4 -78.4 -76.4

9415 AWY 4QAM -91.4 -89.4 -88.4 -86.4 -85.4 -83.4 -82.4 -80.4

9415 AWY 16QAM - - -84.4 -82.4 -81.4 -79.4 -78.4 -76.4

9418 AWY 4QAM -89.4 -87.4 -86.4 -84.4 -83.4 -82.4 -81.4 -79.4

9418 AWY 16QAM - - -82.4 -80.4 -79.4 -77.4 -76.4 -74.4

9423 AWY 4QAM -89.4 -87.4 -86.4 -84.4 -83.4 -82.4 -81.4 -79.4

9423 AWY 16QAM - - -82.4 -80.4 -79.4 -77.4 -76.4 -74.4

9438 AWY 4QAM -87.4 -85.4 -84.4 -82.4 -81.4 -80.4 -79.4 -77.4

9438 AWY 16QAM - - -77.4 -75.4 -76.4 -74.4 -74.4 -72.4

For typical values take guaranteed BER values minus 2 dB


ANTENNA GAIN (TYP MID-BAND)

INTEGRATED NON-INTEGRATED 30cm 60cm Flextwist loss 60 cm 90cm 120cm 180cm 7/8 GHz 0.7 31.5 35 37.3 40.6 13 GHz 35.3 0.33 38.8 41.5 45.1 15 GHz 31.1 36.5 0.5 40 42.5 46 18 GHz 33.3 38.6 0.7 42.1 44.6 47.8 23 GHz 34.9 40.1 0.7 43.6 46.1 49.4 25 GHz 36 41.1 0.7 28 GHz 36 41.1 0.7 32 GHz 36 41.1 0.7 38 GHz 39.6 44.5

System Gain : ETSI applications

For typical values add 2 dB

System Gain : FCC/ANSI applications

1+0/1+1SD System gain at antenna port

Equipment 2X2 4x2 8x2 16X2 / 34

10-3 10-6 10-3 10-6 10-3 10-6 10-3 10-6

9470 AWY 4QAM 118 116 115 113 112 110 109 107

9470 AWY 16QAM - - 107 105 104 102 101 99

9413 AWY 4QAM 117 115 114 112 111 109 108 106

9413 AWY 16QAM - - 106 104 104 102 101 99

9415 AWY 4QAM 117 115 114 112 111 109 108 106

9415 AWY 16QAM - - 105 103 103 101 100 98

9418 AWY 4QAM 113 111 110 108 107 105 104 102

9418 AWY 16QAM - - 102 100 100 98 97 95

9423 AWY 4QAM 110 108 107 105 104 102 101 99

9423 AWY 16QAM - - 99 97 97 95 94 92

9425 AWY 4QAM 107 105 104 102 101 99 98 96

9425 AWY 16QAM - - 95 93 93 91 91 89

9428 AWY 4QAM 106 104 103 101 100 98 97 95

9428 AWY 16QAM - - 94 92 92 90 90 88

9432 AWY 4QAM 105 103 102 100 99 97 96 94

9432 AWY 16QAM - - 93 91 91 89 89 87

9438 AWY 4QAM 105 103 102 100 99 97 96 94

9438 AWY 16QAM - - 92 90 91 89 89 87

1+0/1+1SD System gain at antenna port

4X1.5 8x1.5 16x1.5 45

10-3 10-6 10-3 10-6 10-3 10-6 10-3 10-6

9470 AWY 4QAM 116.4 114.4 113.4 111.4 110.4 108.4 107.4 105.4

9470 AWY 16QAM - - 105.4 103.4 103.4 101.4 100.4 98.4

9415 AWY 4QAM 115.4 113.4 112.4 110.4 109.4 107.4 106.4 104.4

9415 AWY 16QAM - - 104.4 102.4 101.4 99.4 99.4 96.4

9418 AWY 4QAM 111.4 109.4 108.4 106.4 105.4 104.4 103.4 101.4

9418 AWY 16QAM - - 101.4 99.4 98.4 96.4 95.4 93.4

9423 AWY 4QAM 108.4 106.4 105.4 103.4 102.4 101.4 100.4 98.4

9423 AWY 16QAM - - 98.4 96.4 95.4 93.4 92.4 90.4

9438 AWY 4QAM 103.4 101.4 100.4 98.4 97.4 96.4 95.4 93.4

9438 AWY 16QAM - - 90.4 88.4 89.4 87.4 87.4 85.4

For typical values add 1.6 dB


ALCATEL 9400 UX – All frequency bands 7 to 38GHz

Synthesizer step

250 kHz

RF stability +/- 10 ppm

Spectrum masks Compliant with the relevant ETSI /FCC standards

Spurious emissions Compliant with the relevant ETSI /FCC standards

Compliant with ERC Rec 74-01

Modulation 4/16 QAM

Demodulation Coherent

Equalizer Type 19 TAPS FSE

Channel coding Reed-Solomon (255,239)

Spectrum shaping Raised cosine

Link Identity Code 16 codes

SERVICE CHANNEL CONFIGURATIONS

SC n° 1-(DATA CHANNEL) - 1x64 Kb/s data channel configurable alternatevely as one of the following modes: - G.703 co-directional - V11 co-directional - V11 contradirectional - 1 x 9.6 Kbit/s V28

SC n° 2-(EOW) Omnibus voice channel 64Kbit/s DTMF (Q.23) + 4 wire ways party line (2 ways) SC n° 3-(TMN CHANNEL)

1x64 Kb/s V11 co-directional for TMN ( port 1) 1x64 Kb/s G703 co-directional for TMN ( port 2)

TRIBUTARY INTERFACES

Type 2 (1.5)Mbit/s ITU-T G.703 120 (100) ohms balanced or 75 Ohms unbalanced

34 (45)Mbit/s ITU-T G.703 75 Ohms

Jitter ITU-T G. 823/ G. 921

MAN-MACHINE INTERFACE

Visual 7 LEDs

Other F interface for Personal Computer (WindowsTM) RS232C

TMN interface Ethernet 10/100 Base-T

TMN Data channel 64kbit/s interface RS422/G703

Interface for Telephone Service Channel (ESCn°2)

ALARMS

Equipment alarms 3 outputs

Environmental events 7 inputs / 4 outputs

POWER SUPPLY

24 VDC Floating 24 VDC ±20% DC nominal

(primary) 48 VDC Floating 48 VDC ±20%


Max Power

Consumption

1+0 : 40W

1+1 : 80W

ELECTRO-MAGNETIC COMPATIBILITY / SAFETY

EMC EN 301 489 class B grade B/FCC Part 15 subpart B-class A

Safety EN 60 950

Power supply EN 300 132

Electro-Static discharge EN 55022 class B

Lightning protection Symmetric protection implemented in ODU & IDU

+/- 5kV on cable ground according to IEC 1000-4-5 with 2 wave types : 1.2/50 µs and 10/700 µs

IDU-ODU CABLE

Type 50 ohms, Filotex ET 390998 or equivalent

External insulation In&Out® jacket

Fire resistance IEC 332-1

Max distance 300 m

ENVIRONMENTAL CONDITIONS

Storage EN 300 019 class 1.3

Transport EN 300 019 class 2.3

IDU EN 300 019 class 3.2

Temperature range : -10 to +55°C

Operation

ODU EN 300 019 class 4.1, IP 67

Temperature range : -33 to +55°C

MECHANICAL

1+0 IDU 43x443x210 mm / 2.5 kg (19” / 1.5U)

1+1 IDU 2 times 43x443x210 mm / 5 kg

ODU 235x235x72 mm / 4.3kg

End of document

Alcatel reserves the right to modify the specifications in this document without prior warning, as a result of technical upgrades or new regulations.


AWY 9400 Manual

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