dtc_adr622_ed2_uk_sys_2009-d0351

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S S AAG G E E M M - - AAD D R R 6 6 2 2 2 2

STM-1/STM-4 Add-drop Multiplexer

Product Description

DTC SAGEM– ADR622 – AET/SYS/2009-D0351 – 01/09

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Abbreviations

DTC SAGEM– ADR622 – AET/SYS/2009-D0351 – 01/09 1 /23

EBER Excessive Bit Error Rate

ECC Embedded Communication Channel

EMC ElectroMagnetic Compatibility

ERO Optical Transceiver

ESD Electrostatic discharge

FTTB Fibber To The Building

FTTC/Ca Fibber To The Curb/Cabinet

HDB3 High Density Bipolar 3

ITU-T International Telecommunication Union - Telecommunications

LOF Loss Of Frame

LOS Loss Of Signal

LT (LCT) Local (Craft) Terminal

MEF Metro Ethernet Forum

MMI Man-Machine Interface

MS-AIS Multiplexer Section - Alarm Indication Signal

NMS Network Management System

PABX Private Automatic Branch eXchange

POH Path OverHeadRx Receiver

SD Signal Degrade

SDH Synchronous Digital Hierarchy

SF Signal Fail

SOH Section OverHead

STM-1 Synchronous Transport Module Level 1



TSIG Remote signalling input

TUG Tributary Unit Groups

Tx Transmitter

VC Virtual Container

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Table of Contents


Second edition January 2009

1. INTRODUCTION ................................................................................................................... 3

2. SDH Optical Multiplexers.................................................................................................... 4

3. APPLICATIONS.................................................................................................................... 5

3.1. Advantages .................................................................................................................................... 53.2. Fiber optic access network ............................................................................................................ 63.3. DLC Backhauling ........................................................................................................................... 63.4. Microwave Networks...................................................................................................................... 63.5. Private networkS............................................................................................................................ 63.6. Public utility company networks..................................................................................................... 6

3.7. Ethernet over SDH (EoS)............................................................................................................... 7

4. FUNCTIONAL DESCRIPTION.............................................................................................. 9

4.1. Architecture.................................................................................................................................... 94.2. Common Units ............................................................................................................................. 104.3. Aggregates................................................................................................................................... 104.4. Tributaries .................................................................................................................................... 114.5. Protection..................................................................................................................................... 124.6. Synchronisation............................................................................................................................ 134.7. Overhead ..................................................................................................................................... 13

5. OPTICAL ENGINEERING................................................................................................... 145.1. Optical link budget........................................................................................................................ 14

6. INSTALLATION .................................................................................................................. 15

6.1. Mechanical installation................................................................................................................. 156.2. Wiring........................................................................................................................................... 15

7. SUPERVISION/MAINTENANCE......................................................................................... 16

7.1. Supervision .................................................................................................................................. 167.2. Maintenance................................................................................................................................. 18

8. SPECIFICATIONS............................................................................................................... 19

8.1. Electrical and optical specifications ............................................................................................. 198.2. Supervisory interfaces ................................................................................................................. 208.3. Mechanical specifications ............................................................................................................ 208.4. Power supply................................................................................................................................ 208.5. consumption................................................................................................................................. 208.6. Environmental conditions............................................................................................................. 208.7. Guaranteed attenuation ............................................................................................................... 21

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INTRODUCTION


1. INTRODUCTION

SAGEM ADR622 is a STM-1 and STM-4 Add-

drop Multiplexer" with a 16 VC4 switch nonblocking at VC12, VC3, VC4 levels and PDHand SDH protected accesses.

SAGEM ADR622 is part of SAGEMCommunications SDH solution which also ismade of SAGEM ADR155C, SAGEM ADR2500eXtra, SAGEM ADR10000 and the networkmanagement system SAGEM IONOS NMS.This solution offers all the services from 2Mbit/sup to STM-4 including the transport of Ethernetover SDH.This solution is particularly compact, scalable

and easy to install and support.

Because of its compactness, its high degree ofprotection, and its enhanced Ethernet over SDHfeatures, SAGEM ADR622 fits with Utilitynetworks, to DLC/DSL backhauling in lowdensity area and to SDH microwave networks.

Very flexible and compact, the SAGEM ADR622

supports traditional TDM traffic through SDHand PDH interfaces but is also optimised fordata transport with for instance the GFP2500unit which has a real Ethernet Switch and offersall the “Ethernet over SDH” enhanced featuresfor Giga Ethernet interfaces. It gives to allEthernet interfaces the benefits of SDH,maturity, protections, integration into an existingnetwork…

The equipment is SNMP native and has anembedded HTTP server, SAGEM ADR622 ismanaged by SAGEM SDH Network

Management System, IONOS NMS (which alsomanages SAGEM ADR155c, SAGEM ADR2500eXtra, SAGEM ADR10000 and otherproducts from SAGEM Network division).

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SDH Optical Multiplexers


2. SDH Optical Multiplexers

SAGEM Communications develop its range of

compact SDH Multiplexers designed for mixedVoice and Data access networks.

A common feature of that equipment is thecompatibility with the SDH networks (open topublic operator networks).

Moreover, the compactness of all our productsenables them to be located in customerspremises where power consumption andcluttering are important issues. Another common feature is transport of data inorder to offer real Multi service Provisioning

Platforms

SAGEM - ADR155C is an ‘add-drop’ multiplexerthat can be used for creating ring networks at63x2 Mbps or 3x34/45 Mbps with Ethernet10/100 and V.11 data interfaces.

SAGEM-ADR622 is an add-drop multiplexer thatallows to make rings or point to point STM-1 orSTM-4 networks with E1, E3/DS3, Ethernet/FastEthernet, STM-1 and Gigabit Ethernet

tributaries.

SAGEM-ADR2500 eXtra is an add-dropmultiplexer that allows to make rings or point topoint STM4 and STM-16 networks with E1, E3,DS3, Ethernet, Fast Ethernet, STM-1, STM-4/STM-4c, STM-16/STM-16c and GigabitEthernet tributaries.

Equipment have been made to perform complexring or meshed networks mixing voice and dataand benefiting from high quality fibber opticperformance and compatibility with public

networks.

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APPLICATIONS


3. APPLICATIONS

3.1. ADVANTAGES

3.1.1. TRUE VOICE/DATA INTEGRATIONAND PROTECTION

The SAGEM 622 is compliant to SDH standardsand it is a versatile add-drop multiplexer with adiversity of access (including 2 Mbps, 34 Mbps,45 Mbps, Ethernet, Fast Ethernet, 155 and 622Mbps, evaluative to 2,48 Gbps) with high qualityof service (traffic protection).

3.1.2. HIGHLY PROTECTED EQUIPMENT

SDH design of ADR622 gives the benefit ofstandard traffic protections (SNCP and MSP).Cards whose failure could affect the traffic canbe protected in 1+1 mode and tributaries can beprotected in 1:4.

3.1.3. COMPACT, SIMPLE AND RELIABLEEQUIPMENT

The SAGEM ADR622 is very compact:dimensions are 450 x 280 x 275 mm.Its high level of integration means it is alsoreliable and low consumption equipment. And last, but not least, it is very simple to installand to commission (default configurationflexibility and self-adaptive behaviour).

3.1.4. SCALABILITY

The SAGEM ADR622 is a versatile platform. Itcan be configured as an add-drop, a terminal

multiplexer, a regenerator or a cross-connect.The SAGEM ADR622 features 8 not dedicatedslots for tributaries. It can give access at thesame time to 168 E1 (protected in 1+4) or 14STM-1.The heart of the system is made on a 16x16VC4/VC4-4c/VC3/VC12 non-blocking Switch.

3.1.5. SNMP MANAGEMENT SYSTEMThe SAGEM ADR622 implements an HTTPserver. This enables monitoring of alarms orevents and configuration of any equipment in thenetwork. This application is a friendly graphicalwindows-type man-machine interface.The SAGEM IONOS-NMS is an SNMPmanagement platform that includes aprovisioning feature. This software, adaptable tothe size of the managed network, runs on aWindows XP or a UNIX workstation; it featuresmulti -users and differentiated services withaccess security.

3.1.6. A SDH COST-EFFECTIVESOLUTION

Money saving is a leading goal of the SAGEMSDH family. Generally speaking, SDH/SONEThas proven to be one of the most cost-effectivetechnologies at the present time and the mostwidespread world-wide.This very important advantage is the result of athree dimensional concept.First, ADR622 takes advantage of SAGEMexperience in designing next generation cost-

effective and highly integrated equipment.The second point is, it is easy to install andcommission; Commissioning is time saving.The third point is the management andmaintenance: the management is very simplewith the centralised IONOS-NMS system andMaintenance is reduced due to the highreliability of the equipment. Moreover, newfirmware can be downloaded to equipment fromIONOS-NMS without going to every site.

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APPLICATIONS


3.2. FIBER OPTIC ACCESS NETWORK

The SAGEM – ADR622 addresses access

networks to create local loops connected to thepublic network, with SDH, PDH interfaces forvoice, Giga, Fast and Ethernet interfaces fordata. These loops can be deployed in any areasserved by fibre optic.

3.3. DLC BACKHAULING

SAGEM ADR622 is used for backhauling DSL/DLC networks. Because of its compactness, itis easy to fit with those equipment in a streetcabinet.

3.4. MICROWAVE NETWORKS

SAGEM ADR622 is used as a cross-connect forNxSTM-1 microwave equipment. Itscompactness and protections make possible togive a maximum security to those networks.

3.5. PRIVATE NETWORKS

The SAGEM – ADR622 is ideal for building high

capacity private networks that cover wide areas:e.g., industrial sites with multiple buildingsextended campuses.

The SAGEM – ADR622 offers the benefits offibre optics and SDH technology (security,management).

For these applications, voice (inter-PABX links)and data (LAN interconnection, POS, ATM VC4-4c) compatibility is very important; open accessto the public network is also of major benefit forlinking remote sites.

3.6. PUBLIC UTILITY COMPANYNETWORKS

The SAGEM range of equipment (SAGEM - ADR155C, SAGEM FMX SAGEM ADR622 andSAGEM ADR2500 eXtra) can be used for theconstruction of large linear networks such aselectrical, pipeline, railway, motorway or tunnelnetworks. Intermediate stations provide add-and-drop for up to a few E1 signals. Protection istherefore achieved with flat rings..

SAGEM ADR622 complies to CEM andelectrical standards required by utilitiescompanies (emitted filed, lightning,perturbations, magnetic filed, groundcontinuity,…).

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APPLICATIONS


3.7. ETHERNET OVER SDH (EOS)

3.7.1. NEXT GENERATION SDH

The goal of Next Generation SDH is to transportdifferent type of services, both circuit mode andpacket mode at the same time. By incorporatingdifferent technologies the aim is to keep thestrong points and eliminate the weakness.The main points are:

- Multiservice transport based on SDH.SDH has efficient protection services as wellas mature technology.

- The flexibility of the “trail” creation is

carried by virtual concatenation andLCAS protocol. The virtual concatenationallows stacking of bandwidth of differentVC12,VC3 or VC4 containers, in order toget the virtual container to an adjustablebandwidth according to the needs. Thegranularity respects 2 Mb/s, 50 Mb/s or150 Mb/s. LCAS protocol insures theextremity synchronisation when there isan adjustable bandwidth, avoids themomentary interruption services.

- Choosing the best encapsulation modefor each services :

- The in circuit flow mode, as a flow of E1

PDH end E3/DS3 that are encapsulated in avirtual container (VC12/VC3) in following themultiplexing scheme proving SDH efficientquality.

- In flow packet mode using the new GFP-Fencapsulation mode which combine very lightoverhead, with the maintenance of the octetalignment and the packet size.

- The important innovation of thetranslater for “Ethernet in the firstmile” for transporting the flow ofEthernet packets: policing, shaping,double tagging, Ethernet Privat Line,Ethernet Virtual Private Lan.

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APPLICATIONS


3.7.2. SERVICES

Ethernet Private LineOne service per customer port, one service perVCG

Ethernet Virtual Private Line

One service per customer port, N services perVCG

Ethernet Private LAN

One service per customer port, one service perVCG

Ethernet Virtual Private LAN

One service per customer port, N services perVCG

All those features are supported by GFP150 andGFP2500; only EPLine is offered by GE DM.

3.7.3. QUALITY OF SERVICE

Network VLAN tagging enables sharing into theVCG. Customer VLANs are transparentlytransported.

QoS guarantees the rate with CIR (committedInformation rate), PIR (peak), CBS (committed

burst size) and EBS (excess).

Each port has its Policing is provided per port,CAC defines the admitted capacity, RSTP andMSTP provide protection in meshed networks.

MEF features like Link down Retransmit andContinuity Check are supported. They make itpossible to warn the user that the link or thedistant router has failed.

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FUNCTIONAL DESCRIPTION


4. FUNCTIONAL

DESCRIPTION

4.1. ARCHITECTURE

SAGEM - ADR622 is based on a chassis withcommon units (controller card, connection card,Fan module, Switch/TSI and optional auxiliarymodule), up to 6 STM-1/4 lines (2 STM-4maximum) and 8 unallocated slots for tributaries.

Tributaries can be E1, E3, electrical STM-1,optical STM-1, Ethernet, Fast Ethernet, andGigabit Ethernet.

Figure 1: SAGEM - ADR622

Figure 2: Internal Architecture

STM-1/ 4 STM-1 / 4

16x16 VC4/VC4-4c/VC3/VC12

Up to 12 STM-1, 168 E1, 24 E3/DS3, 16 E/FE

4 GbE

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4.2. COMMON UNITS

4.2.1. FAN MODULE

The sub-rack includes a ventilation module.

The FAN Unit is removable, and can bechanged without interrupting the traffic. It ismade of 5 modules. When one fails, an alarmmessage appears informing the operator.However, the FAN is still providing enoughcooling to the subrack.

4.2.2. TSI 16 VC4 HOLO UNIT

The Switch is the heart of the equipment; allcards are connected to this unit. It performs allthe switching on 16x16 VC4 @VC12/VC3/VC4and synchronisation. It also performs theprotections (SNCP, MSP).

The Switch Unit can be protected in 1+1. It alsoperforms the power supply feature.

4.2.3. CTRL622 UNIT (CONTROLER

CARD)

The controller provides alarms and DCCprocessing for the whole equipment. It holds theconfiguration and management processes.

This card can be protected in 1+1

4.2.4. CCU622 UNIT (COMMONCONNECTION UNIT)

This unit is an interface unit for synchronisationand alarms.

4.3. AGGREGATES

4.3.1. STM-1/4 UNIT

This card is a small carrier card on which youplug STM-1 or STM-4 SFP modules (6 modulesmaximum, 2 STM-4 maximum).

4.3.2. SFP S-1.1

This SFP offer 0 to 12 dB at 1300 nm.

4.3.3. SFP L1.1


4.3.4. SFP L1.2


4.3.5. SFP S-4.1


4.3.6. SFP L-4.1


4.3.7. SFP L-4.2


4.3.8. SFP L-4.2+


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4.4. TRIBUTARIES

4.4.1. 2 STM-1 ELECTRICAL UNIT

This tributary card takes up to 2 STM-1 electricalsignals and feeds them into the Switch.Protection can be made with STM-1 from thesame or from another card.

4.4.2. 2XSTM-1 SFP

This unit accepts S1.1, L1.1, and L1.2 DDM SFPmodules. It makes possible to offer the opticalperformance monitoring features like transmitpower, received power, laser temperature,

current and voltage. It also makes possible tomix S1.1 modules with L1.2 modules forinstance, allowing an optimisation ofconfigurations and spares.

4.4.3. GFP150 EXTRA UNIT

The card has advanced features for the Ethernetand Fast Ethernet transport with a 950 Mb/sSwitch capacity.

• The card provides 8 accesses Ethernet10/100Base-T.

• The card can use up to 8 VC3-nV (1 < n < 2)or VC12-nV (1 < n < 46). The total rate ofthe 8 channels reaches a maximum of 150Mb/s.

• Increase or decrease of the channelcapacity is carried out without trafficinterruption according to LCAS protocol andVCAT function (Virtual Concatenation).

• Ethernet frame are encapsulated conformingGFP-F standard.

• The GFP150 card analyses the QoS ofdifferent Ethernet flow. The card offers OAMfeatures.

• The card provides MSTP protocol to protect

the Ethernet traffic and allow easyreconfigurations.

4.4.4. GE DM UNIT

The GE DM unit allows transport of GigabitEthernet on a point to point mode:

It uses GFP (Generic Format Protocol), LCAS(Link Adjustment Adaptation System) and virtualconcatenation in order to split the signal intofrom 1 up to 7 VC4. The operator can therefore

configure the capacity used in the SDH frame totransport the Gigabit interface. This traffic as it is

split into VC3s or VC4s can be protected aseach VC4 in the SDH frame with SNCP.

One GE DM Unit accepts one or two SFP

Gigabit Ethernet interfaces.

The card offers a “dual mode”, two capacities tothe SDH Switch Card: a 600 Mbps capacity anda 2,5 Gbps capacity, allowing to transport the fullbandwidth for the two Giga Ethernet ports.

4.4.5. GFP2500 UNIT

The card has advanced features for Gigabit-Ethernet transport. :

• It has a 4,5 Gb/s Layer 2 Ethernet witch.

• The card provides 2 Giga Ethernet ports

with SFP modules and processes up to 22VCG (VC3-nV, VC4-nV)

• It complies to VCAT, LCAS and GFP-Fstandards.

• On one Giga Ethernet interface, itaggregates traffic from GFP150 cardsplaced in ADR155c or ADR2500 eXtra.

• The card offers OAM features.

The card offers a “dual mode”, two capacities tothe SDH Switch Card: a 600 Mbps capacity anda 2,5 Gbps capacity, allowing to transport the fullbandwidth for the two Giga Ethernet ports.

4.4.6. 42 E1 UNIT WITH LTU

This tributary card connects 42 E1 with either a120 ohms or a 75 ohms line termination unit. Itcan be protected in 1:4 mode as up to 4 cardscan be fitted in the shelf in order to provide 168E1s.

4.4.7. 42 E1 UNIT FRONT ACCESS

This tributary card connects 42 E1 front access.It cannot be protected and provides up to 168

E1s (4 cards).

4.4.8. 3 E3/DS3 UNIT WITH LTU

This tributary card connects 3 E3 or DS3 with a75 ohms line termination unit. It can beprotected in 1:4 mode as up to 4 cards can befitted in the shelf in order to provide 12 E3/DS3..

4.4.9. 3 E3/DS3 UNIT FRONT ACCESS

This tributary card connects 3 E3 or DS3 frontaccess. It cannot be protected.

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4.5. PROTECTION

All the main protection modes are possible withthe SAGEM – ADR622:

• STM-n MSP 1+1 (for STM-1 and STM-4 incase of point to point)

• VC12, VC3 or VC-4 path protection (SNC-P)

4.5.1. MSP PROTECTION 1+1

STM-n line protection is obtained by doublingthe fibber optic cable and the STM-n interfacemodule (1+1):

transmission over two channels, main andbackup

Receiving-end selection from either channel.There is automatic switchover to the protectionlink in accordance with the criteria described inITU-T recommendation G.823. There is nointerruption to the orderwire and data flows withMSP 1+1 protection.

Protection switching is initiated upon:

• a line fault,

• STM-n interface module fault,

• an operator command.

When detected on the main channel, thefollowing fault conditions initiate MSP protection:

SF (Signal Fail): logic ORing of:

− STM-n incoming signal loss (LOS STM-n)

− STM-n loss of frame alignment (LOFSTM-n)

− STM-n multiplex section AIS detection(MS-AIS)

− Byte B2 excessive bit error rate (EBER-B2)

− STM-n interface module absence.

SD (Signal Degrade): B2 bit error rate greaterthan configurable threshold.

The SF and SD indications are processed andfiltered (fault persistency filter with configurabletime persistency). This activates the K1/K2protocol described in ITU-T recommendationG.783 to initiate the protection mechanism.

4.5.2. (SNC-P) 1+1 PATH PROTECTION

SNC-P path protection is used in ring topologies

and consists in using the two sides of the ring:one for the normal path, the other for the backuppath.

When detected on the main channel, thefollowing fault conditions initiate a switch:

SF (Signal Fail): logic « OR » of:

− AIS detection at path termination (LP- AIS)

− Byte B3 excessive bit error rate (EBER-B3)

SD (Signal Degrade):

B3 bit error rate greater thanconfigurable threshold.

The SF and SD indications are processed andfiltered (fault persistency filter with configurabletime persistency).

The switching process lasts approximately 50ms after confirmation of the originating fault, andthe switch status is maintained until tributarysignal restoration.

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4.6. SYNCHRONISATION

The SAGEM – ADR622:

uses its own timing source to synchronisetransmission via the STM-n interfaces,

can provide the synchronisation for otherequipment,

can be synchronised to an internal or anexternal source.

Synchronisation is performed by the Switchcard and therefore can be protected in 1+1.

4.6.1. SYNCHRONIZATION SOURCES

The SAGEM – ADR622 may be synchronised tothe following alternative timing sources:

• Tributary or aggregate STM-n signals,

• Tributary 2Mbit/s

• ITU-T G.703-compliant 2048 kHz externalclock signal,

• the internal local oscillator (+/- 4.6 ppm).

• Enabling the operator to plan thesynchronisation through all aggregates, alltributaries and external synchronisation of itsnetwork.

4.6.2. AUTOMATIC MODE

In the event of a failure of the active syncsource, synchronisation switches automaticallyto one of various prioritised standby syncsources. This switching mechanism can bereversible. Synchronisation information is carriedand processed by S1 byte.

4.6.3. MANUAL MODE

It is possible to force-manually to one of theavailable sources.

4.7. OVERHEAD

4.7.1. OVERHEAD BYTE PROCESSOR

Path overhead (POH) and section overhead(SOH) bytes, which are added to and droppedfrom the STM-1 frame, carry various items ofsupervisory information relative to the STM-1links:

• frame alignment bytes,

• parity check data,

• engineering orderwires and digital servicechannels interchanged by both ends of anetwork.

4.7.2. ENGINEERING ORDERWIRES ANDDIGITAL SERVICE CHANNELS

A digital channel (E1 or F1 overhead byte) in theSTM-n frame is reserved for transport of a digitalengineering orderwire (EOW). Digital servicechannel protection is as with 1+1 line protection.The E1 and F1 bytes are available over aSubD/HE5 connector on the AUX module frontpanel. One AUX module is needed per direction.To have a voice signal EOW, it is necessary tohave an external mechanism (SAGEM-

EOW300) which adapts the 64 kbit/s digitalsignal of the E1 and F1 interfaces.

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OPTICAL ENGINEERING


5. OPTICAL ENGINEERING

5.1. OPTICAL LINK BUDGET

The equipment (or system) power budget isexpressed as dB available between the S and Rinterfaces of the system, i.e. the differencebetween average transmitter output power andthe optical input power necessary to obtain aBER value equal to or less than 10

-10.

In SDH networks, the system penalty does notaffect optical output power parameters becausethe latter include temperature variations(5°C/45°C) and above all ageing.

System budget (guaranteed values)

S1.1 L1.1 L1.2 S4.1 L4.1 L4.2 L4.2++ U-4.2

Standard G.957 -

G.958

G.957 -

G.958

G.957 -

G.958

G.957 -

G.958

G.957 -

G.958

G.957 -

G.958

G.957 -

G.958

G.957 -

G.958

Type SFP SFP SFP SFP SFP SFP SFP SFP

Wavelength

(nm)

1310 1310 1550 1310 1310 1550 15501 1550

Data rate

(Mbps)

155,52 ±20

ppm

155,52±20

ppm

155,52±2

0 ppm

622,08±2

0 ppm

622,08±

20 ppm

622,08±

20 ppm

2488,32±

20 ppm

2488,32±

20 ppm

Code no coding

NRZ

no coding

NRZ

no

coding

NRZ

no coding

NRZ

no

coding

NRZ

no

coding

NRZ

no coding

NRZ

no coding

NRZ

Output power(S point)

-15 to –8dBm

-5 to -0dBm

-5 to -0dBm

-15 to –8dBm

-3 to +2dBm

-3 to +2dBm

+2 dBm +16 to+17 dBm

Sensitivity (R

point)

-28 dBm -34 dBm -34 dBm -28 dBm -28 dBm -28 dBm -28 dBm -28 dBm

Max level (R

point)

-8 dBm -10 dBm -10 dBm -8 dBm -8 dBm -8 dBm -8 dBm -8 dBm

Connector LC LC LC LC LC LC LC LC

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INSTALLATION


6. INSTALLATION

6.1. MECHANICAL INSTALLATION

The same SAGEM – ADR622 unit can be installed in a 19’’ or ETSI rack, 300 mm deep.

6.2. WIRING

All wiring accesses are on the front panel of the sub-rack.

The various connectors are as follows:.

External interfaces Location Connector

Power supply: TSI 16VC4 25-pin female HE5/subD

Synchronisation: CCU622 9-pin female HE5/subD

Remote signalling alarm loops: CCU622 15-pin female HE5/subD

VT100 local operating terminal:V.24/V.28 interface

CCU622 9-pin female HE5/subD

Manager: Ethernet 10 CCU622 RJ45 (10baseT)

Ethernet/Fast Ethernet GFP150 eXtra RJ45 (10baseT/100baseT)

Gig Ethernet interface: GE DM 2G or GFP2500 LC/PC

EOW and AUX channel interface: Aux622 15-pin femaleHE5/subD

2 Mbps 120 ohms 2Mbps 120 ohms Sub D

2 Mbps 75 ohms 2Mbps 75 ohms Sub D

34/45 Mbps 75 ohms 34/45Mbps 1.0/2.3

G.703 4 x 155 Mbps interface: electrical Module electrical 155Mbps 1.0/2.3

Optical interface Optical cards nSTM-1 or STM-4

LC/PC

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SUPERVISION/MAINTENANCE


7. SUPERVISION/MAINTENANCE

7.1. SUPERVISION

7.1.1. LOCAL SUPERVISION

The SAGEM ADR622 includes an HTTP serverenabling any PC with an Internet browser to beused as a Local Craft Terminal.

Local Management is performed with traditionalalarms, performances, configuration and Faultfeatures.

A VT100 console is connected to the RS232 (F)

interface which enters the IP address.The interface is serial asynchronous type - 8 bitswithout parity - supporting 19200-baud datainterchanges.

INFORMATION CONTENT

The screens are in English. The user hasaccess via a screen menu to sections relating to:

• hardware and software inventory,

• configuration of basic functions,

• basic functions alarms report,

• Performance monitoring.

Downloading

The SAGEM – ADR622 can be downloaded

locally and from the centralised managementsystem. This function is particularly useful whensoftware modifications are required, e.g., theaddition of new functions.

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7.1.2. CENTRALIZED MANAGEMENTIONOS-NMS

SAGEM NETWORK MANAGEMENT SYSTEMIONOS NMS manages networks with SAGEM ADR155c, SAGEM ADR622, SAGEM ADR2500eXtra and SAGEM ADR10000.

The management network is composed of anEthernet LAN which includes a workstationsupporting IONOS-NMS (PC or SUN Server). Atleast one of the SAGEM - ADR155c or ADR622or SAGEM ADR2500 in the network (thegateway equipment) is linked to the manager.The ECC channel relays supervision information

to the SNMP manager.

ECC channel communications are protected inthe same way as the SDH line.

There are two possible centralised managementlevels:

network view:showing all network links,

Equipment view:showing modules in a particular equipment unit.

The functions available are identical to those

offered at local operating level.

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7.2. MAINTENANCE

7.2.1. ALARMS

The SAGEM – ADR622 System providesoperators with various fault detection and faultycard isolation facilities for maintenancepurposes.

On the SAGEM – ADR622 equipment:

• Color-coded LEDs on each card,

• Two network management relay contactalarms.

• Via the NMS:

•

current alarms status,• alarm and performance event logs,

• network, link or equipment level view.

The SAGEM – ADR622 has four remotesignalling inputs ("TSIG") for external equipmentalarm notification.

7.2.2. SELF-TESTS

The SAGEM – ADR622 software carries out

software self-tests:

at start-up,

periodically,

upon insertion of a new module.

These routines are transparent to operationsand do not affect service.

7.2.3. LOOPBACKS

The SAGEM – ADR622 has integrated loopbackfunctions to aid the operator in diagnosing local

multiplexer or network faults.

STM-n Line Loopback

Equipment loopback applied to the main orstandby STM-n line is used for testing theequipment. Line loopback applied to far-endequipment via the main or standby STM-n line isused for testing the transmission path.

Equipment

VC4Transmission

Reception

optical

ADR622

Line loopback

Equipment

VC4

Transmission

Reception

optical

ADR622

Equipment loopback

Figure 3: Line or Tributary loopbacks

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SPECIFICATIONS


8. SPECIFICATIONS

8.1. ELECTRICAL AND OPTICAL SPECIFICATIONS

8.1.1. PDH TRIBUTARY SIGNALS

G.703 2 Mbit/s 120ohms G.703 2 Mbit/s 75 ohms G.703 34/45 Mbit/s 75 ohms

Bit rate 2,048 Mbit/s 2,048 Mbit/s 34 ou 45 Mbit/S

Standard G.703 G.703 G.703

Code HDB3 HDB3 HDB3

Connector Sub D Sub D 1.0/2.3

8.1.2. SDH SIGNALS

G.703 155 Mbit/s 155 Mbit/s optique 622 Mbit/s optique 2488 Mbit/soptique

Bit rate 155.520 Mbit/s 155.520 Mbit/s 622.080 Mbit/s 2488.320 Mbit/s

Standard G.703 1310 or 1550 nm :ITU-T G.957

1310 or 1550 nm :ITU-T G.957

1310 or 1550 nm :ITU-T G.957

Code CMI NRZ NRZ NRZ

Connector 1.0/2.3 SC ou LC SC ou LC SC ou LC

Laser supervision Oui Oui Oui

Optical safety Oui Oui oui

8.1.3. GIGABIT ETHERNET

• 1000 Base-SX IEEE 802.3z interface

• Short-wave 850 nm

• 55 micron MM fibber : 2 to 550 m.

• 62.5 micron MM fibber : 2 to 275 m.

• 1000 Base-LX IEEE 802.3z interface

• 10 km at 1310 nm• 1000 Base-ZX IEEE interface

• 50 km at 1550 nm

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SPECIFICATIONS


8.2. SUPERVISORY INTERFACES

TMN interface 10 base T Ethernet (RJ45)

F Interface (VT100): V.24/V.28 (SubD/HE5)

EOW and AUX channel 64 kbit/s V.11 (SubD/HE5)

8.3. MECHANICAL SPECIFICATIONS

19" subrack external dimensions(L x H x D) 19" x 6U x 300 mm

Subrack weight 10 kg

8.4. POWER SUPPLY

Input voltage: -48V/-60VDC

Input voltage range -36V to -72 VDC

8.5. CONSUMPTION

SAGEM – ADR622 typical 100 W

8.6. ENVIRONMENTAL CONDITIONS

Operating temperaturenormal (class 3.2) +5°C to +45°Cextended (class 3.3) -5°C to +55°C

Packaged/transport temperature -40°C to +70°C

Relative humidity less than 85 %

ESD ETSI

EMC ETSI class B

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SPECIFICATIONS


8.7. GUARANTEED ATTENUATION

Type Operating

Wavelength(nm)

Guaranteed

Attenuation Budget (dB)

Typical Range

(km)

Optical signals

S-1.1

L-1.1

L-1.2

S-1.1/S-1.2

L-1.1/L-1.2

S-4.1

L-4.1

L-4.2

L-4.2++

U-4.2

1300

1300

1550

1300/1550

1300/1550

1300

1300

1550

1550

1550

0 - 12

10 – 28

10 – 28

0 - 12

10 - 24

10 – 24

13 - 28

25 – 42

0 – 20 km

18 – 49 km

30 – 100 km

15 km SFW

40 km SFW

0 – 16 km

11 – 40 km

30 – 86 km

50 – 110 km

100 – 160 km

(*) Available between S (Tx) and R (Rx) interfaces as defined in ITU-T Rec. G.957 (10-10 BER)

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Le Ponant de Paris

27, rue Leblanc

BP 30070

75722 PARIS CEDEX 15

France

Tel : +33 1 58 11 77 00www.sagem-communications.com

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