adva optical networking overview kiev, 10-x-2006

ADVA Optical Networking Overview

Kiev, 10-X-2006

© 2006 ADVA Optical Networking. All rights reserved.2

Market growth drivers

Core router and switch interconnect OTN based wavelength services Integration of all legacy networks Relief for fiber exhaust

Core router and switch interconnect OTN based wavelength services Integration of all legacy networks Relief for fiber exhaust

DSL, PON and wireless backhaul High speed business customer access Intelligent Ethernet services

DSL, PON and wireless backhaul High speed business customer access Intelligent Ethernet services

Corporate backbones Grid computing LAN extension

Corporate backbones Grid computing LAN extension

Business continuity Disaster recovery SAN extension

Business continuity Disaster recovery SAN extension

CeBIT 2006


Market leader2001-2005

Market leader2001-2005

Start-up1994-1996

Start-up1994-1996

How we continue to ADVAnce

Majormilestones

Network solutions

Business growth(Revenues & U.S. GAAP profitability in millions)

Market maker1997-2000

Market maker1997-2000

100th enterprise 1st carrier 1,000th WDM channel

1,000th enterprise 50th carrier 10,000th WDM channel

> 5,000 enterprises > 100 carriers > 100,000 WDM channels

Network infrastructure

€131

2005

€14

2000

€60

€-7

1996

€1€0

EthernetStorage

100%

20%

80%

25%

35%

40%

OCM product launched

FSP-I/II products launched

FSP solutions launched

CeBIT 2006


Our global team and presence

ADVA employees worldwide*projected

401428

496

2002 2003 2004 2005

561

2006*

> 700

Americas

Europe

Asia Pacific

CeBIT 2006


Our team in Germany


R&D and production facilities in Meiningen - Germany


R&D and production facilities in Meiningen - Germany

ADVA Testlab in MeiningenADVA Testlab in Meiningen


Proven interoperability

Interoperability and co-marketing alliances with the leading industry vendors

Interoperability and co-marketing alliances with the leading industry vendors


Speed for customers

Fortune 1,000 companies

Small and medium-size enterprises

Financial institutions Insurance companies Universities Healthcare Government

agencies

CARRIERS ENTERPRISES

At 9 of the 10 largest carriers worldwide

In over 40 countrieson 6 continents

Over 100 Over 5,000

Source: Total Telecom, ranking by revenues

Incumbents IXCs RBOCs Pan-European

carriers MSP/ASPs CLECs Utilities City/state

CeBIT 2006


The Fiber Service Platform

flexibleinfrastructure

universalaccess

Ethernet

storage

Ethernet/IPCWDM/DWDM

cu

sto

mer

pre

mis

em

etr

o a

ccess

metr

o c

ore

FSP 3000FSP 3000

FSP 2000

FSP 3000

FSP 2000

FSP 1500

FSPManagementSuite

FSP 150

FSP 150

FSP 150FSP 150

FSP 3000

FSP 150FSP 150

CeBIT 2006


Complete product portfolio

All applicationsOTN, SONET/SDH, Ethernet, storage,

video, ATM

All speeds1.5Mbit/s to 40Gbit/s

All architecturespoint-to-point, point-to-multipoint, linear add/drop, tree and branch, mesh, ring

All applicationsOTN, SONET/SDH, Ethernet, storage,

video, ATM

All speeds1.5Mbit/s to 40Gbit/s

All architecturespoint-to-point, point-to-multipoint, linear add/drop, tree and branch, mesh, ring

The ADVA Fiber Service Platform FSP 3000, 2000, 1500, 150

Etherjack®: intelligent demarcation Integrated software suite

Support services

The ADVA Fiber Service Platform FSP 3000, 2000, 1500, 150

Etherjack®: intelligent demarcation Integrated software suite

Support services

A carrier-class portfolio developed from the customer premise to the core A carrier-class portfolio developed from the customer premise to the core

CeBIT 2006

Optics Basics WDM


Optical Wavelengths

400nm

750nm

850nm

1310nm

1550nm

Visible Range

IR 2nd Window

3rd Window

1st Window

UV

DWDM Range1620nm


Fiber Types

50 m

r

n

r

125 m

9 m

125 m

r

5 m

125 m

G.651 GI-MM G.652 SMFG.653 looks similar

G.655 NZ-DSF

Core

Cladding

nCO

nCL

MM vs. SM, G.652 NDSF, 653 DSF, 655 NZDSF, Allwave


1300 1400 150012001100 1600900 10008000

0.5

1.0

1.5

2.5

2.0 OH absorption

Wavelength (nm)

Att

enuati

on (

dB

/km

)

1st Window

2nd Window 3rd Window

1 nm

DWDM Region

Attenuation


WDM


What’s xWDM ?

GbEGbE O/E/O

WAN Fibre

Site 1 Site 2

FCFC

STM-64STM-64

FICONFICON

O/E/O

O/E/O

O/E/O

O/E/O

O/E/O

O/E/O

O/E/O

ADVAFSP2000

ADVAFSP2000

WDM

WDM


SM 1470nm

SM 1490nm

SM 1510nm

SM 1530nm

SM 1550nm

SM 1570nm

SM 1590nm

SM 1610nm

Remote SFP

MM 850nm1Gbit/s

MM 850nm 2Gbit/s

SM 1310nm 1Gbit/s

SM 1310nm 2Gbit/s

Local SFPCWDM

1529.55nm

.

.

.

1603.17nm

DWDM

64 w

avele

ng

ths

Reducing costs


Conversion to ITU-T G.692 wavelength grid in C- and L-Band Accepts input at 1310 & 1550 nm (GaAlAs photo diodes) Eventually accepts input at 850 nm (GaAs photo diodes) Legacy SDH and even PDH equipment can further be used IP and ATM directly transmitted over wavelength

Transponders

...

IP Tx TxTrans j

ATM Tx TxTrans k

...

PDHRx

SDHRx

IPRxRxTrans

ATMRxRxTrans

SDH Tx TxTrans 1

PDH Tx TxTrans 2

Mux

Dem

ux

RxTrans


TDM and Muxponders

OC-3

GbE

Channel Card

Channel Card

TDMTime-Division

(sub-rate)Multiplexer

OC-3

TDM

OC-3

OC-3

GbE

2.5G


FSP2000 / Architecture


Transponder solutionadvanced TDM

Universal transponder with SFP on local and remote side – DWDM SFPs available

10Gbit/s muxponder

new

first in

market

4Gbit/s muxponder




universalaccess

Ethernet

storage


cu

sto

mer

pre

mis

em

etr

o a

ccess

metr

o c

ore

FSP 3000FSP 3000

FSP 2000

FSP 3000

FSP 2000

FSP 1500

FSPManagementSuite

FSP 150

FSP 150

FSP 150FSP 150

FSP 3000

FSP 150FSP 150


Scalability From regional networks to CP

Business customers

1st aggregation layer

2nd aggregation layer

Regional/LHbackbone

DSLAM

O/E/O

BRAS

Residential customers

Core Router

C.O.

SwitchP.o.P.

Core/LH P.o.P.DWDM

DWDM

CWDM


Scalability From regional networks to CP

Business customers

1st aggregation layer

2nd aggregation layer

Regional/LHbackbone

DSLAM

BRAS

Residentialcustomers

Core router

C.O.

Switch

P.o.P.

Core/LH P.o.P.

DWDM

DWDM

CWDM

FSP

FSP FSP

FSPFSP

FSP

FSP

FSP

FSP

FSP

FSP FSP

FSP

FSP

FSP

FSP


FSPFSP

Flexible network infrastructure Regional DWDM linear add/drop

Services over regional fiber infrastructures, at the cost of metro WDM systems Extend networks to hundreds of kilometers All data, storage, voice, and video applications, incl. 10GbE LAN PHY Full OTN/G.709 support

ADM

OADM

24 A/D

16 A/D

64 24

ADMADMADM

ADMADM

SONET/SDH

Ethernet

SONET/SDH

Ethernet

Single wavelength or group add/drop Full band amplification for all wavelengths ROADM ready

SONET/SDH

EthernetFSP Management Suite

FSP FSP FSP FSP FSP


Flexible network infrastructure Multi-service WDM ring

FSPManagementSuite

SONET/SDH VideoEthernet/IP

Rapidly add capacity to existing fiber infrastructures Extend infrastructures to any metropolitan distances in any network configuration Cost-effectively roll out any number of applications Flexibly support all data, storage, voice, and video applications, both transparently or via

GFP/SONET/SDH/OTN

CWDM / DWDM / ROADM hybrid

FSP

FSP

FSP

FSP

FSP


Benefits of modular scalability

Relativecost

Scalability andcomplexity

Dynamic DWDM

Static DWDM

CWDM

CWDM/DWDM hybrid

Static/ROADM hybrid

Leveraging the right technologies with hybrid migration Leveraging the right technologies with hybrid migration


ADVA’s FSP 2000 and 3000

FSP 2000 FSP 3000

Key benefits

Scalability 512 enterprise applications over fiber pair CWDM to DWDM in-service migration path

Comprehensive application support, software tools Cost

Modular systems design with TDM/CWDM/DWDM Ease of installation, operation and maintenance Software tools for cost reduction

Key features

64 wavelength DWDM system for enterprises Coarse WDM and 8:1 TDM option Plug & play through SFP / XFP client and line interfaces Supports all applications from 8Mbit/s to 10Gbit/s EDFA option extend reach up to 200 km Remote management through OSC

Key applications

SAN inter-connection Disaster recovery Converged enterprise networking Fiber relief

Key features

WDM system with 80 protected wavelengths in p-t-p, OADM, ring and mesh topologies

CWDM / DWDM / ROADM hybrid, GMPLS ready Optional 2:1, 4:1, 8:1 TDM, ADM and OXC modules Supports all applications up to 40Gbit/s EDFA and Raman amplifier options extend reach

beyond 1000 km and >40dB single span loss

Key applications

Multi-service metro and regional transport platform Optical access, backhaul and wavelength services Fiber relief and private enterprise networks

Key benefits Scalability: single platform for all transport

requirements from access to core Modularity: cost optimized for all applications Ease of use: simplified planning, OAM and sparing


Key applications Demarcation: Differentiated dedicated or shared Ethernet

services Extension: Ubiquitous Ethernet service delivery over any

media Aggregation: Secure carrier-class Ethernet transport access

network with up to 1:1000 aggregation ratio

Key benefits

Intelligent Ethernet: differentiated service delivery with full end-to-end SLA monitoring for in-region and out-of-region applications

Simplicity: easily added to existing networks, perfect for overlay networks, designed with newest standards

Cost: low first-installed cost, low cost per customer, low operational expense

Key features

Etherjack®: intelligent demarcation Secure hardware based aggregation via IEEE802.1Q tagging Rich performance monitoring out to customer premise Support for point-to-point, tree, chain, and ring topologies Carrier class

FSP 150

CeBIT 2006

The Ethernetaccess solutionThe Ethernet

access solution


FSP 2000

Key benefits Scalability

512 enterprise applications over fiber pair CWDM to DWDM in-service migration path

Comprehensive application support, software tools Cost

Modular systems design with TDM/CWDM/DWDM Ease of installation, operation and maintenance Software tools for cost reduction

Key features 64 wavelength DWDM system for enterprises Coarse WDM and 8:1 TDM option Plug & play through SFP / XFP client and line interfaces Supports all applications from 8Mbit/s to 10Gbit/s EDFA option extend reach up to 200 km Remote management through OSC

Key applications SAN inter-connection Disaster recovery Converged enterprise networking Fiber relief

CeBIT 2006

The scalable enterprise services solution

The scalable enterprise services solution


Key benefits Flexibility: immediate delivery of multiple data and voice

services over legacy SDH network Efficiency: optimizes bandwidth utilization Cost: reduced equipment and operational cost

Key features Fully interoperable with existing SDH equipment GFP-T and GFP-F support for wire-speed and bandwidth

throttled transport of native data applications Up to ten applications on a common STM-4/16 uplink 1+1 linear MSP protection switching 1U high chassis for cost-optimized customer premise

deployment in ETSI format AC and DC power supply option

Key applications Quick and efficient provisioning of data services over

legacy voice SDH network Integrated solution for combined voice (E1 from PBX) and

data (10/100Base-T, GbE, FC) traffic Managed links to customer premises

FSP 1500

CeBIT 2006

The GFPaccess solution

The GFPaccess solution


FSP 3000

Key benefits

The scalableoptical transport solution

The scalableoptical transport solution

Scalability: single platform for all transport requirements from access to core

Modularity: cost optimized for all applications

Ease of use: simplified planning, OAM and sparing

Key features

WDM system with 80 protected wavelengths in p-t-p, OADM, ring, and mesh topologies

CWDM / DWDM / ROADM hybrid, GMPLS ready Optional 2:1, 4:1, 8:1 TDM, ADM and OXC modules Supports all applications up to 40Gbit/s EDFA and Raman amplifier options extend reach

beyond 1000 km and >40dB single span loss

Key applications Multi-service metro and regional transport platform Optical access, backhaul and wavelength services Fiber relief and private enterprise networks

PR for CeBIT 2006


FSP Management Suite

Key benefits

NMSNetwork Layer

Network

Element Layer

Service Layer CORBA

FSP Network Manager

EMFSP500

EMFSP1500

EMFSP3000

EMFSP3000

EMFSP3000

EMFSP150

EMFSP2000

FSP Network Planner

Key features

Software suite for management of the FSP portfolio

FSP Element Manager, FSP Network Manager and FSP Network Planner

Inter works with third party OSS through a northbound CORBA interface

Simplicity

Lowers operational cost

Low training effort

Planning tool in minutes

Integrated

Into carriers OSS

Into FSP portfolio

CeBIT 2006


Optical I/F design

SFP

SFP

SFP

SFP

Regeneration Domain Conversion

WDM transmission I/F Protection

SFP

DWDM

CWDM

1470

1470

WDM transmission

SFPFixed I/F

Discrete network I/FPluggable network I/F

Maximum PerformanceMaximum Versatility

Higher Tx power

Higher dispersion load

Transponders and muxpondersModular channel card design


FSP 2000 service offerings

SDH/ATM

155,52

STM-1

622,08

STM-4 STM-16

2.488

9.953

STM-64

GigabitEthernet

1.250

LAN

125

FastEthernet

10GbEWAN-PHYLAN-PHY

10

.31

2

Ethernet

12,5

Mbit/s

1.062,5

FibreChannelFICON

Coupling LinkISC-2

SAN

200

ESCON

2.125

2GFibreChannelFICON-2

ISC-3

10

.51

8

10GFibreChannel

8…16

Sysplex Timer

(ETR, CLO)

4.250

4GFibreChannel

270

Video SDIVideo


SDH:

Sonet:

Ethernet:

Storage:

Other Services:

STM-1, -4, -16, -64, (-256)

OC-3, -12, -48, -192, (-768)

Fast Ethernet, Gigabit Ethernet,

10 Gigabit Ethernet LAN and WAN

Fibre Channel 1G, 2G, 4G and 10G, Escon, Ficon, Ficon Express Sysplex timer (CLO/ETR), STP, Coupling Link 1G and 2G

Any scrambled NRZ service between 8Mbit/s and 2666Mbit/s, e.g. FDDI, HDTV

Extensive use of pluggable transceiver technology allows rapid and simple adaptation to a large variety of client-side interfaces.


Transponders and muxpondersService offerings FSP 2000

New

New


Transponders and muxpondersService offerings FSP 3000

G.709/OTH services:

SDH:

Sonet:

Ethernet:

Storage:

Other Services:

OTU-1, OTU-2, (OTU-3)

STM-1, -4, -16, -64, (-256)

OC-3, -12, -48, -192, (-768)

Fast Ethernet, Gigabit Ethernet,

10 Gigabit Ethernet LAN and WAN

Fibre Channel 1G, 2G, 4G, 8G and 10G, Escon, Ficon, Ficon Express Sysplex timer (CLO/ETR), Coupling Link 1G and 2G

Any scrambled NRZ service between 8Mbit/s and 2666Mbit/s, e.g. FDDI, HDTV




Channel Cards-Structure

Rx Rx

Optical

electr

Optical

electr

Micro controllerModule (µCM)

Micro controllerModule (µCM)

RtxLaser

RtxLaser

Electr.+ALS

opt.

Electr.+ALS

opt.

Tx Tx

optical

electr.

optical

electr.

LTx

Rtx

RrxLRx

Local side Remote side

SingleMode (HS) orMultimode Ports (LS/HS)

Electr.+ALS

opt.

Electr.+ALS

opt.

Transparent mode(via Software)

Internal Bus

ClockReco-very (option)

ClockReco-very (option)

board databoard data

var. datavar. data

x

x

OR


Transponders

2R / 3R Transmit Transponder

CR: Clock Recovery PG: Pulse GeneratorEOM: External Optical Modulator OBPF1: Wavelength LockerCC: Control Circuit OBPF2: Pulse Shaping

CC

CR

PG OBPF2

EOM

OBPF13R only


Transponders and muxpondersnew 4G card and services

SFP

SFP cage

SFP

TD

M

4G-TCM

SFP

SFP

LineIF

Best economics Twice the capacity of 2G FC

at reasonable price Significant price reduction

for 1G/2G FC or GbE through TDM SFP support

Flexible migration 1/2/4G FC support on a single card GbE supported (4 x GbE)

Full compatibility Supported by next generation FC switches Certified interoperability


Transponder solutionadvanced TDM

Universal transponder with SFP on local and remote side – DWDM SFPs available

10Gbit/s muxponder

new

first in

market

4Gbit/s muxponder


Transponders and muxponders

Pluggable transceiver overview

Pluggable I/F set Switch

XFP/10G/1310S/SM/LC 10G Plugable I/F for 1310nm, standard reach

XFP/10G/1550L/SM/LC 10G Plugable I/F for 1550nm, long reach

XFP/10G/850I/MM/LC 10G Plugable I/F for 850nm, intra office reach

SFP/4GU/1310S/SM/LC 4G pluggable client I/F for 1310nm, standard reach

SFP/4GU/850I/MM/LC 4G pluggable client I/F for 850nm, intra office reach

SFP/2G5U/D1529.55V/SM/LC#D01 2.5G Plugable DWDM I/F, very long reach

SFP/2G5U/D1529.55U/SM/LC#D01 2.5G Plugable DWDM I/F, ultra long reach

SFP/2G5U/C1470V/SM/LC 2.5G Plugable CWDM I/F, very long reach

SFP/2G5U/C1470L/SM/LC 2.5G Plugable CWDM I/F, long reach

SFP/2G5U/1310S/SM/LC pluggable client I/F for 1310nm, standard reach

SFP/2G5U/1310L/SM/LC pluggable client I/F for 1310nm, long reach

SFP/HS/1310S/SM/LC pluggable client I/F for 1310nm, standard reach

SFP/CL/1310I/SM/LC pluggable client I/F for 1310nm, intra office reach

SFP/2G1/850I/MM/LC pluggable client I/F for 850nm, intra office reach

SFP/HS/850I/MM/LC pluggable client I/F for 850nm, intra office reach

SFP/GBE/ELECTRICAL/RJ45 pluggable client I/F for GbE copper interface


wavelength

OSC

C - Band L - Band

Group 1

1 2 3 4 OSC

Group 2

5 6 7 8

Group 3

9.......12

Group 4

13......16

Group 5

17......20

Group 6

21......24

Group 7

25......28

Group 8

29......32

OLM1630nm

standard1310nm

64 channels, 100GHz channel spacing ITU-T G.694.1 compliant OTM support only

DWDM wavelength grid - extension

Optical layer DWDM64λ DWDM grid


Optical layer DWDMfilter options

1st Layer16 Groups with 4λ

OSCM

OS

C

MDXM+1-44BSM-LC

ILM

Ch. 1-4

Ch. 5-8

4BSM-ELC

Ch. 57-60

Ch. 61-64

2nd Layer2 Sub-Bands

with 8x4λ

3rd LayerC- and L-Bandwith 2x8x4λ

4th LayerOSC

Ch. 1-32

Ch. 33-64


Optical layer DWDMfilter options

1st Layer16 Groups with 4λ

OSCM

OS

C

MDXM+1-44BSM-LC

ILM

Ch. 1-4

Ch. 5-8

4BSM-ELC

Ch. 57-60

Ch. 61-64

2nd Layer2 Sub-Bands

with 8x4λ

3rd LayerC- and L-Bandwith 2x8x4λ

4th LayerOSC


Switch

System Overview Filter Stages

80 P-t-P grid

C-band OSCL-band

DWDM Channel Grid

Characteristics 80 ITU-T G.694.1 compliant channels 100GHz channel spacing with no guard bands Optimized for massive point to point connectivity High density athermal AWG technology

40 channels 40 channelsWave1529.55 1560.61 1570.42 1603.17

New


Supported CWDM spectrum split in A-band and B-band ITU-T G.694.1 compliant DWDM C-band fits with the ADVA

ITU-T G.694.2 compliant CWDM B-band

CWDM/DWDM wavelength grid interoperability

Optical layerCWDM and DWDM gird

Wavelength (nm)1400 1500

C-BandCWDM: 20nm spacing

G.6

52

att

enuati

on

DWDM: 100GHz spacing

1300

Water Peak

L-BandS-Band


1400 1500 1600

C-Band

G.6

52

att

enuati

on

CWDM wavelength grid

Optical layer8λ CWDM grid

L-Band

wavelength

OSC OSC

8 channels, 20nm channel spacing ITU-T G.694.2 compliant OTM and OADM support


SM 1470nm

SM 1490nm

SM 1510nm

SM 1530nm

SM 1550nm

SM 1570nm

SM 1590nm

SM 1610nm

Remote SFP

MM 850nm1Gbit/s

MM 850nm 2Gbit/s

SM 1310nm 1Gbit/s

SM 1310nm 2Gbit/s

Local SFPCWDM

1529.55nm

.

.

.

1603.17nm

DWDM

64 w

avele

ng

ths

Reducing costs: SFPs


Wavelength Band1470 A1490 A1510 B1530 B 1550 B 1570 B1590 A1610 A

DW

DM

(C

-Band

)


A-bandB-band

C-Band

2 x CWDM 2 x CWDM

4 x CWDMor

32 x DWDM

G.652

1470nm

1490nm

1590nm1610nm

1470nm

1490nm

1590nm1610nm

.

.

....

.

.

.

DWDM #1DWDM#1

DWDM#32DWDM#32 DWDM

CWDM

4CSM

4CSM

4CSM

4CSM

8GSM

4CSM

8GSM

4CSM

2BSM-AB 2BSM-AB

Optical layerCWDM and DWDM Hybrid


Line

1470

1490

1510

15301550

1570

1590

1610

Optical layer CWDM 8 channel filter

1 layer – Multiplexer scheme

A-band B-band

1500nm 1600nm

A-band

Filter characteristic

C-Band (DWDM)

CMDXM-AB

New


Optical layerHybrid solution

Eight wavelengths of the ITU G.694.2 CWDM standard see sufficiently low attenuation on standard single mode fiber (G.652)

Intelligent wavelength grouping allows maximum upgrade flexibility Pure CWDM (up to 8 wavelengths) CWDM (4 wavelengths) with DWDM upgrade (+16 wavelengths DWDM)

Wavelength (nm)1400 1500 1600

C-Band

CWDM20nm spacing

G.6

52

att

en

uati

on

DWDM0.8nm spacing


Coarse WDMadvantages and limitations

CWDM is: More cost-effective than DWDM Becoming more interesting for

point-to-point applications Replacing some DWDM

business Expanding the scalability of

conventional systems

CWDM is not: As scalable as DWDM Effective for large ring

applications Targeted for distances greater

than 80 km A solution that will dominate

the metro WDM market

Total Cost

Number of wavelengths

DWDM

CWDM

1 8

CWDM/DWDM Hybrid

DWDM allows for capacity growth

4

CWDM reduces first-in cost

-30%

CeBIT 2006


Example Hybrid CWDM/DWDM

Line A, 12km

FSP2000 Chassis

ESCONESCON..(8x)ESCON

8TCM

C-WCM

C-WCM

2Gig FC2Gig FC

C-WCM

C-WCM C-M

DX

M A

2Gig FC2Gig FC

2B

SM

A/B

FSP2000 Chassis


8TCM

SNMP

C-WCM

C-WCM

2Gig FC2Gig FC

C-WCM

C-WCMC-M

DX

M A

2Gig FC2Gig FC

2B

SM

A/B

ISL

SR

DF

ES

CO

N

ISL

SR

DF

ES

CO

N

Line B, 18km

FSP2000 Chassis


8TCM

SNMP

C-WCM

C-WCM

2Gig FC2Gig FC

C-WCM

C-WCM C-M

DX

M A

2Gig FC2Gig FC

2B

SM

A/B

FSP2000 Chassis


8TCM

C-WCM

C-WCM

2Gig FC2Gig FC

C-WCM

C-WCMC-M

DX

M A

2Gig FC2Gig FC

2B

SM

A/B

ISL

SR

DF

ES

CO

N

ISL

SR

DF

ES

CO

N

Hybrid CWDM/DWDM

4 Lamdas CWDM + 16 Lambdas DWDM möglich aktuell werden 4 Lambdas CWDM und 1 Lambda DWDM genutzt noch um je 15 DWDM Lambdas pro Line erweiterbar (Sysplex Timer, ISC-3 ...)


DW

DM

(C

-Ban

d)

SNMP

CWDM

C-WCM CWDM-ModuleWCM DWDM-Module

SNMP

(DWDM) (DWDM)

(DWDM) (DWDM)



DW

DM

(C

-Band

)


A-bandB-band

C-Band

2 x CWDM 2 x CWDM

4 x CWDMor

32 x DWDM

G.652

1470nm

1490nm

1590nm1610nm

1470nm

1490nm

1590nm1610nm

.

.

....

.

.

.

DWDM #1DWDM#1

DWDM#32DWDM#32 DWDM

CWDM

4CSM

4CSM

4CSM

4CSM

8GSM

4CSM

8GSM

4CSM

2BSM-AB 2BSM-AB

Optical layerCWDM and DWDM Hybrid


Amplification


EDFA-C-S15-GC EDFA-C-S10-GC

Version S15 optimized for booster & inline operation Version S10 optimized for PreAmp operation Automatic gain control

(flatness < 1dB)

Optical layerVersatile EDFA technology

DWDM DWDMEDFA

InLineAmp

PreAmp

Booster &PreAmp


EDFA Principle

Based on Er+-doped fibers Erbium well-suited for 3rd optical window around 1550 nm Erbium leads to very efficient amplifier design

Traveling-Wave Laser amplifier Pump Laser needed for energy supply (980 nm, 1480 nm)

Pump Laser Diode

Er+-Fiber

Frequency

Pow

er

Frequency

Pow

er

Input Spectrum Output Spectrum

Back to System Scalability Back to System Modules


Optical layer Amplifier options and dispersion mgmt.

Module Name Description Width Gain MidstageAccess

EDFA-C-S10 Single Stage EDFA, 10 dB maximum output power (C-Band)

Doubleslot

23dB -

EDFA-L-S10 Single Stage EDFA, 10 dBm maximum output power (L-Band)

Doubleslot

20dB -

EDFA-C-S18-GC Single Stage EDFA, 18 dBm maximum output power (C-Band), gain controlled

Singleslot

26dB -

EDFA-C-D20-GC Double Stage EDFA, 18 dBm maximum output power (C-Band), gain controlled

Doubleslot

28dB 10dB

EDFA-L-D17-GC Double Stage EDFA, 17 dBm maximum output power (L-Band), gain controlled

Doubleslot

25dB 10dB

EDFA/RAMAN-XE200-C

Double Stage EDFA, 21 dBm maximum output power (C-Band), Raman enhanced

sep.shelf

up to 45dB

13dB

EDFA-XT200-C Double Stage EDFA, 21 dBm maximum output power (C-Band), gain controlled

sep.shelf

27dB 9dB

New


Optical budgets per single span

Assumptions: GbE, fiber loss 0.25dB/km

FSP 2000 DWDM reach 2.5G

Lambdas DWDM, no amps Full band PreAmp Full band PreAmp

Full band booster

1 ... 4 28dB / 112km 32dB / 128km 38dB / 152km1 ... 8 26dB / 104km 31dB / 124km 35dB / 140km

1 ... 32 23dB / 92km 29dB / 116km 32dB / 128km1 ... 64 18dB / 76km 24dB / 96km 27dB / 108km

OTM

OTM

OTM

AM

PAM

P

OT M

OT M

AM

P

AM

PAM

P

AM

P

OTM

CeBIT 2006


FSP 2000, DWDM reach

Optical budgets per single span

Assumptions: GbE, fiber loss 0.25 dB/km

Lambdas Full band inline Full band PreAmp

Full band booster

Full band Inline Amp Full band PreAmp

1 ... 4 2 x 25dB / 200km 38dB / 152km 2 x 27dB / 216km1 ... 8 2 x 25dB / 200km 35dB / 140km 2 x 26,5dB / 212km1 ... 32 2 x 24dB / 192km 32dB / 128km 2 x 24dB / 192km1 ... 64 2 x 21dB / 168km 27dB / 108km 2 x 21dB / 168km

AM

P

AM

P

OTM

AM

P

AM

POTM

OT M

AM

P

AM

PAM

P

AM

P

OTM


OTM

OTM

Point-to-point

Optical budgets between two OTM‘s

Lambdas w/o Regen 1 x Regen 2 x Regen

1 ... 2 23dB / 80km 46dB / 160km 69dB / 240km

1 ... 4 21dB / 80km 42dB / 160km 63dB / 240km

1 ... 8 19dB / 76km 38dB / 152km 57dB / 228km

Assumption: fiber loss 0.25dB/km

FSP 2000 CWDM reach

Regen

OTM

OTM

OTM

CeBIT 2006


Regenerator Function

L/T: local TransmitterL/R: local ReceiverR/T: remote TransmitterR/R: remote Receiver

L/T

L/R

R/R

R/T

L/R

L/T

R/T

R/R

WEST OST

Local Patches

L/T

L/R

R/R

R/T

L/R

L/T

R/T

R/R

WEST OST

Regenerator „Inline“

Regenerator „Back-to-Back“

Rx

Tx

Tx

Rx

Channel module (WCM) Channel module (WCM)

Local Patches


Linear add/drop and ring

OADM

OTM

OTM

OADM

OADM

OADM

OADM

Optical insertion losses per site

Lambdas Add/drop Pass through

1/7 1.5dB 1dB

2/6 2.5dB 2dB

4/4 4dB 2.5dB

8/0 4dB n.a.

Assumption: fiber loss 0.25dB/km

FSP 2000 CWDM reach

CeBIT 2006


Optical layer: Raman amplifierAdditional preamp for high loss spans

EDFAEDFA

RAMAN

Main applications High loss single spans up to 45 dB Span converter in linear add/drop links Always used as preamp to an inline or preamp EDFA

dBm

+5

-30

OSNR Limit

35 dB45 dB

GRnet

GRon/off

Raman on

Raman off

New


Optical layer: Raman amplifierSolution in detail

Op

tical

Filte

rs

Op

tical

Filte

rs

RAMAN-XE200-C

Separate 4RU / 19” shelf (Double ETSI depth) NMS SNMP integration w/ separate GUI/CLI Single or double Raman amp per shelf Raman OSC designed for high span loss Midstage access for DCM Laser Safety class 1M compliant

ED

FA

-XT2

00

-C

EDFA/RAMAN-XE200-C

ED

FA

-XE2

00

-C

New


FSP 2000 Security


Management and line protectionOptical supervisory channel

OSCM module for management connectivity OSC at 1310nm 100Mbit/s bandwidth

OSCM/OLM module for management and line monitoring OSC at 1630nm 100Mbit/s bandwidth Optical line monitoring for fiber link

Fiber cut Fiber degradation Intrusion Long term performance


Optical power measurement on 1630nm pilot signal, accuracy:1 dB (typical)

Long wavelength pilot laser for extra sensitive measurements

Measurement range:0 to 26 dB line attenuation

Identification of power level signatures on a card level

Various alarm generation

Database stored on NEMI

Time resolution: day/month/year

Graphical view via GUI

FSP2000 / OLM


Typical power signatures to be recognized and reported

Fiber degradation

Fiber cut

Fiber intrusion

Long-term performance

Fiber cut protection through software adjustable switching thresholds

Alarm generation through adjustable min/max fiber attenuation thresholds

Intrusion detection through correlation of typical power signatures

Long term fiber performance information through integrated database

FSP2000 / OLM


Typical power signatures to be recognized and reported

Management and line protectionOptical line monitoring

Fiber degradation

Fiber cut

Fiber intrusion

Long-term performance

Fiber cut protection through software adjustable switching thresholds

Alarm generation through adjustable min/max fiber attenuation thresholds

Intrusion detection through correlation of typical power signatures

Long term fiber performance information through integrated database


FSP2000 / Management

Map View Editor PaneMain Menu

Tool Bar

Tree View

MessageWindow

Status Bar


Connection ViewLogical link containingone or more paths

Fiber View

Map view shows the network topology in a Fiber and a Connection view.

Tool tip provides the following information of the selected fiber: Number of connections that

are labeled by default as "working" and "protecting" path

Number of connections that carry "working" and "protecting" traffic.

Number of unprotected connections



Connection wizard guides the users to add and modify connections.

Easy and user friendly definition of the network connections.

Installation and connection state is indicated.

EDFAs and Regenerator modules can be inserted in the path.

Warning on attempt to assign incompatible modules to a connection



Applications


FSP 1500


Access Multiplexer FSP 1500

Local Interfaces Two high speed ports

GbE, Fibre Channel: individually configurable optical SFP LC(850/1310nm for 500m/10km)

Four low speed ports 100baseT: electrical RJ45

Four TDM voice ports E1: electrical RJ45

Remote Interface Primary and backup ports

STM-16: optical SFP LC(1310/1550nm for 2km/15km/80km) or

STM-4: optical SFP LC(1310/1550nm for 2km/15km/80km)

Management Interface SNMP: electrical 10/100baseT and DSUB serial (RS 232)

GbE, SX, LXGbE, SX, LX4 x E1*4 x FE*

FSP 1500

2,5G

Benefit: The FSP1500 can placed nearly of the electrical ports of the PBX. (short copper cables!)


Low-cost point-to-point services

Leveraging standard SDH

technology for customer

specific networks

Customer Site A

Router

GbE

FC

Customer Site B

Router

GbE

FC

Server Server

Dark FiberConnection


Applications Overview Multi tenant Building

PBX

GigE

E1

FE

GigE

SDH Network

FSP 1500


Applications OverviewScalable Ethernet Transport

Branch Corporate

Branch

InternetInternet

SDH Network

100Mbit/s

1 Gbit/s

300Mbit/s150Mbit/s

FSP 1500

FSP 1500

FSP 1500


... more Applications


Ethernet-Aggregation for WiMax Accesspoints (1)

approx. 10km 10km .....SFP S 1310nm 40km .....SFP L 1310nm 80km .....SFP V 1550nm100km.....SFP U 1550nm

160 Mbit/s

160 Mbit/s

2. Chain

Collecting & Distance extension

80km

40km

FSP150 MG

FSP150 MG

FSP150 MGOptics:

100km

6 x 160 Mbit/s

FSP150 MG

160 Mbit/s160 Mbit/s

160 Mbit/s

160 Mbit/s160 Mbit/s


Ethernet-Aggregation for WiMax Accesspoints (2)

160 Mbit/s

160 Mbit/s

160 Mbit/s

80km

40km

FSP150 MG

FSP150 MG

10km .....SFP S 1310nm 40km .....SFP L 1310nm 80km .....SFP V 1550nm100km.....SFP U 1550nm

Optics:

100km

40km

5 x SFP 2 x SFP

FSP150 MG

FSP150 MG

160 Mbit/s

160 Mbit/s

max. ring speed:1 x GE

160 Mbit/s


Long Distance Networks


UTB

Praha Nymburk Chlumec Hradec Kr.3 Hradec Kr.1

CVS

56,5 km16 dB

38,7 km12 dB

42 km12,3 dB

FCFCFCFC

FCFCFC FC

FCFCFC

FCFCFC

2 2 2EDFA

Nemi

ModemModem

(Dial-In)(Dial-In)

LAN ... LAN

FCFC

FE

Spectrum 2000 Spectrum 2000

2xSpectrum 20002xSpectrum 2000

2x-48V DC 2x-48V DC

2x 230V AC 2x 230V AC

Spectrum-1

FC/9000

FC/9000

Customer

FC

FC

Cu

sto

mer

Nem

iFC

FCFE

25 k

m

Nem

i

CH 1 ...3

CH 1 ...3

Demi

CH

13

..1

6C

H 9

...1

2

Demi

CH

9..

.12

CH

13

..1

6

EDFA

Nemi

2,67 km2,15 dB

2

Diamond E-2000/APC

Release: July 30th, 2002Steffen Renneberg

Diamond E-2000/APC

FC/PC+Diamond E-2000/APC

Diamond E-2000/APC



Diamond E-2000/APC

BS

M

BS

M

FC FC

Long Distance Storage NetworksDatacenter of Operator in Czech Rep.

2002

...more about EDFA


161 km & 174 km

161km / 48dB @1550nm

80

DCM

Location 1 Location 2

80

DCMEDFA Rel. 2

Amplifier

Services per link: 5 x 2Gig / 1Gig FICON 2 x Gbe 1 x E1

3 LambdasFSP2000 DWDM Link 1 FSP2000 DWDM

43km 20km 54km 39km 5km

MD

XM

1-4

CH1FICON 2GFICON 2GFICON 2GFICON 2G

CH3

FICON 2G2xGbE

1xE1

MD

XM

5-8

CH5

CH2

CH4

CH7E1

CH6

MD

XM

1-4

CH1 FICON 2GFICON 2GFICON 2GFICON 2G

CH3

FICON 2G2xGbE

1xE1

MD

XM

5-8

CH5

CH2

CH4

CH7 E1

CH663km/ ca.18dB 98km/ max. 26,5dB

Pr.

Pr.

174km / 51dB @1550nm

80

DCM

Location 1 Location 2

80

DCM

Amplifier

3 LambdasFSP2000 DWDM Link 2 FSP2000 DWDM

17km 20km 54km 6km

MD

XM

1-4

CH1FICON 2GFICON 2GFICON 2GFICON 2G

CH3

FICON 2G2xGbE

1xE1

MD

XM

5-8

CH5

CH2

CH4

CH7E1

CH6

MD

XM

1-4

CH1 FICON 2GFICON 2GFICON 2GFICON 2G

CH3

FICON 2G2xGbE

1xE1

MD

XM

5-8

CH5

CH2

CH4

CH7 E1

CH691km/ approx..26dB 83km/ approx .25dB

Pr.

Pr.

FSP500

FSP500

54km 23km

EDFA Rel. 2


Realization: 2003-2006

Purpose: Corporate Backbone Connecting 21 MANs

Applications: GRID COMPUTING distributed storage Optical VPNs Virtual laboratories Distance learning

Services: N X 10GE

Size 4.000km 21 academic sites

Key performance Reliable, high speed

connectivity High performance GRIDS IT infrastructure for science,

R&D & education

marketvertical

EDUCATION

“Through the PIONIER program, we are prepared to take a leading position Europe-wide in terms of our optical network infrastructure,” says Maciej Stroinski, Technical Director of PSNC. “Linking academic MANs with the PIONIER network using systems from ADVA marks a milestone in Poland’s development as an information society.”

Pioneer towards an integrated, digital Europe

2005 / 2006


10 G Backbone PolandTransit-IP-switches

10 GE Switch„Black Diamond“

10 GE, Long distance Transponder

MAN

10 GigBackbone

10 GigBackbone

Specification:Tx: -6,2 dBmRx: -12,6 dBm

10 dB

Local port:Tx: 1dBmRx: -16 dBm

Remote port:Tx: +5 dBmRx: -22 dBm

2003 / 2004


10 G Backbone PolandExample: One path

Gdansk MAN Torun MAN

MAN

10 GE

10GE Switch10BASE-LR standard (IEEE 802.3ae)

or STM-64

Gdansk TB Trzew Malbork

2

2 DCM40

2EDFA(bidirectional)

Kwidzyn Grudziadz Chelmno Torun TB

MAN2 2

10 GE10 GE

10 GE10 GE

2 2

10GE activeRepeater

10GE Access(later)

Patch 1EDFA(unidirectional)

1EDFA

Spectrum 3000 SL...

Spectrum 3000 SL Spectrum 3000 SL

10GE Switch2 ports 10 GE

45km 27km 41km 40km 33km 50km

DCM40 DCM20

1310nm

1530,33nm

11,25dB 6,75dB 10,25dB

(10dB)

10dB 8,25dB 12,5dB

2003 / 2004


10 G Backbone PolandExample: One path

Gdansk MAN optical lines: G.652 0,25dB per km @1550nm

113 km 123 km

1 port Tczew Grudziadz Chelmno 1 port

? km ? km

10dB -15,20dB -15,20dB -14,00dB -2,75dB 12,00dB -15,45dB -15,45dB -14,25dB -4,25dB 12,00dB 10dB

1310nm -21,75dB -8,75dB -4,25dB 6,00dB -19,50dB -14,50dB -10,00dB -6,50dB 6,00dB 1310nm

45 km 27 km 41 km 40 km 33 km 50 km

11,25dB 6,75dB 10,25dB 10,00dB 8,25dB 12,50dB

6,00dB -5,25dB -12,00dB -16,50dB -21,50dB 6,00dB -4,00dB -12,25dB -15,75dB -20,25dB -20,25dB (shared shelf)

12,00dB -8,25dB -9,45dB -12,45dB 12,00dB -10,50dB -11,70dB -11,70dB

Line #1 Gdansk-Torun

10GE Sw itch

10GESw itch

(term

inate

d)

SCNFM > WCM >

<EDFA<In/Out 1

DCM40

DCM20 DCM40

DCM20

>EDFA>In/Out 2

Torun MAN

MA

N

< WCM < SCNFM <Tx

WCM

>RxSCNFM

DCM40

DCM40

MA

N

/ Active Repeater /

Gdansk TB Malbork Kwidzyn

Rx<

WCM

Tx>

<EDFA<In/Out 1

>EDFA>In/Out 2

SCNFM

13dB

5dB 3dB10dB 10dB

5dB8dB8dB

2003 / 2004


10 G Backbone Poland FSP 3000 Slimline Chassis

Cost-effective CPE solution

Supports all FSP 3000 channel cards (incl. 10G)

Cost-effective: reduced number of transponders in feeder applications to FSP 3000 core ring

Scalable: up to 4 slimlines may be cascaded

Reduced OSC cost

AC/DC power

ETSI/NEBS III compliant

19” equipment

Slimline chassis

Slimline AC fully redundant power supply


10 G Backbone Poland Dispersion Compensation Module

DCM-40 DCM-20

Chromatic Dispersion – compensation

1 0 1 0 1 0 1 0 1


Chromatic Dispersion

Self-Phase Modulation orDispersion Compensation

Time Time

Dispersion:SMF @1310 nmDSF @ 1550 nm

Dispersion:SMF @ 1550 nmDSF @ 1310 nm

Pow

er le

vel


D states pulse spreading per link length and per bandwidth

Chromatic Dispersion is described by the Dispersion Parameter D

Chromatic Dispersion

1310 nm 1550 nm

D [

ps/(

nm

km

)]

Standard SMFG.652

DSF G.653

[nm]

NZ-DSF G.655

20

10

0

-10

-20


Polarization-Mode Dispersion (PMD)

Two orthogonal Polarization Modes in SMFs, these propagate with different velocities due to non-perfect fiber symmetry

Causes time spreading of pulses Strong increase with bit rate,

systems with >2.5 Gb/sper channel affected

Direction of propagation

V H-Polarization

V V-Polarization

PMD Coefficient DP

SMF: DP = 0.5 ps/km


Dispersion Compensation Module

Dispersion Limit for Standard Singlemode Fiber (G.652) all services up to 1.25 Gbit/s: 200 km 2.5 Gbit/s: 100 km 2.5 Gbit/s extended reach: 200 km 10 Gbit/s: 90 km

NZDSF (Tests with Truewave RS): (G.655) 2.5 Gbit/s: 500 km 10 Gbit/s: 400 km

DCM (Dispersion Compensation Module): compensates 40 km per Module, adds 5.5 dB loss (loss can be compensated with EDFAs)

Back to Spectrum 2000


Berlin

Köln

Schwerin

Nürnberg

Hamburg

Essen

München

Stuttgart

Karlsruhe

Düsseldorf

Hannover

FrankfurtLeipzigLeipzig

Saarbrücken

Example for a Nationwide Backbone German 10G DWDM/IP backbone

Situation:

Migration of existing IP backbone from STM-16 to STM-64 and from leased line to own infrastructure. Increase in DSL subscriber raise the IP traffic.

Solution:

FSP 3000 regional DWDM

19 regional STM-64 routes

2+1 x STM-64 p-t-p

100km – 500km

Cisco GSR 12800


Regional Corporate BackboneProject: Bank

Milano

Parma

Vicenza

757Km

160Km

FSP 3000ILA

FSP 3000ILA

C4

C5

FSP 3000ILA

C6

300Km

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

C4

C5

C6

C7

C8

C8

297Km

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

C10

C9

C8C6

C5C3

IP

NMS

Realization: 2005

Applications: Corporate LAN

Services: 10GE (up to 8)

ADVA Optical Networking References

Moscow 25-IV-2006


Ireland’s Education & National Research NetworkInitial customer requirements Nation-wide research network Initially GbE required Partly meshed traffic ~1100km total length

FSP 3000-R solution 10GbE LAN PHY Up to 16 wavelengths P-to-P single-span in most

of the links (one amplifier) Outer ring + 1 dedicated

physical intra-ring connection


10G Termination Site

In-line Amplifier Site

Ireland’s

National

Education &

Research

Network


Application: National research and education network

Infrastructure description: 1 backbone ring + 1 physical intra-ring link (plus Dublin core ring that ADVA didn’t win), 10G Layer-2 equipment, Juniper was the preference

Connectivity demand: initially 2 x GbE partly meshed planned, finally 1…8 x 10GbE P-to-P along backbone ring

Technology alternatives: long-haul WDM (Lucent, …)

Implementation details: order expected in 10/04

ADVA unique selling points:

10GbE LAN PHY

Cost for C-band system (up to 16 wavelengths)

Link budget (output power, FEC, sensitivity)


Regional research network (UK)Customer requirements

LAN coupling of distributed university network

Linear add/drop ~ 140km length

FSP 3000 solution 10GbE LAN PHY and GbE 10G with FEC OADMs, DCM Standard amplifiers Lowest TCO

YOUR Comm.


YOUR Comm.

LancasterUniversity Preston

40Km10dB

WarringtonWigan Daresbury

13Km3.5dB

53km13.5dB

33km8.5dB 10GbE

GbEDCM DCM DCM

Extreme Black Diamond w/ 10GBase-LR 1310nm

GbE10GbE

GbEGbE

10GbE10GbEGbEGbEGbEGbE

DCM – Dispersion Compensation Module

Regional research network (UK)


Example for a Nationwide Multi-service DWDM backbone

14dB/22km

12dB/21km

16dB/32km

15dB/

30km

23dB/49km 10dB/

10km

20dB/45km

13dB/25km

11dB/13km

247km

Services Interfaces

ATM STM-4

SDH (4F MSPRing) STM-16 (STM-64 planned for 2004)

IP GbE (10GbE future upgrade)

SAN FC

National incumbent

(Cyprus)




universalaccess

Ethernet

storage


cu

sto

mer

pre

mis

em

etr

o a

ccess

metr

o c

ore

FSP 3000FSP 3000

FSP 2000

FSP 3000

FSP 2000

FSP 1500

FSPManagementSuite

FSP 150

FSP 150

FSP 150FSP 150

FSP 3000

FSP 150FSP 150

CeBIT 2006


Speed for customers

Fortune 1,000 companies

Small and medium-size enterprises

Financial institutions Insurance companies Universities Healthcare Government

agencies

CARRIERS ENTERPRISES

At 9 of the 10 largest carriers worldwide

In over 40 countrieson 6 continents

Over 100 Over 5,000

Source: Total Telecom, ranking by revenues

Incumbents IXCs RBOCs Pan-European

carriers MSP/ASPs CLECs Utilities City/state

CeBIT 2006


European financial institution

marketvertical

FINANCE&INSURANCE


Applications:Desaster RecoveryData MirroringRemote BackupCorporate Backbone

Services:256 ESCON128 FICON/FC 1G, 2G20 FE, GbE10 ATM-155, 622

InfrastructureCa. 20km 2 sites

Key performanceNo loss of dataRPO&RTO < secondsSAN & LAN integration

zServer

ESCD ESCDTape

Fiberpair #1B

Fiberpair #1A

Fiberpair #2B

Fiberpair #2A

Fiberpair #3B

Fiberpair #3A

Fiberpair #4B

Fiberpair #4A

SAN

...ESS

ESS

zServer

IP, ATM

FICON FICON

SAN

cluster

cluster

Fiberpair #22B

Fiberpair #22A

Data center coupling Integrated mainframe & open Systems cluster Scalable and fault-resilient disaster recovery solution PPRC, XRC, Remote Tape

CeBIT 2006


Thin-client solution


Applications: Corporate Backbone Server Cluster VoIP

Services: 16 x 1GbE 4 x 10GbE planned

Infrastructure 60km ring 4 sites

Key performance Best TCO for work places Secure and centralized

applications RPO&RTO < seconds

marketvertical

FINANCE&INSURANCE

METAFRAME Server

Server Cluster

VoIPSoft PBX

VoIPSoft PBX

VoIPSoft PBX

VoIPSoft PBX

Centralized server clustering Thin-Clients solution supports central

administration Full voice & data integration

CeBIT 2006


Global online booking & reservation


Applications: Business Continuity Data Mirroring Remote Backup

Services: 288 x ESCON 8 x Sysplex Timer 16 x ISC-3 136 x FICON/FC/GbE

Infrastructure ca. 20km 2 sites / 4 rooms

Key performance Uninterruptible

Business Continuity RPO&RTO < seconds

marketvertical

TRANSPORT&LOGISTICS

Bundle 2

Bundle 1

Fiberpair #4

room east

room west

zServer

hp

Tapes

DASD

hp

Tapes

DASD

room east

room west

hp

Tapes

DASD

hp

Tapes

DASD

SANSAN

Fiberpair #1

Fiberpair #2

Fiberpair #3

Data Center A Data Center B

zServer

GDPS

GDPS

GDPS

GDPS

SANSAN

Mainframe & Open System server cluster hp Nonstop-Server for ticket booking & transactions IBM zSeries GDPS provides highest availability

CeBIT 2006


Regional NetworkBanca Intesa / Italy

Milano

Parma

Vicenza

757Km

160Km

FSP 3000ILA

FSP 3000ILA

C4

C5

FSP 3000ILA

C6

300Km

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

C4

C5

C6

C7

C8

C8

297Km

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

FSP 3000ILA

C10

C9

C8C6

C5C3

IP

NMS

Realization: 2005

Applications: Corporate LAN

Services: 10GE (up to 8)


Berlin

Köln

Schwerin

Nürnberg

Hamburg

Essen

München

Stuttgart

Karlsruhe

Düsseldorf

Hannover

FrankfurtLeipzigLeipzig

Saarbrücken

Arcor German 10G DWDM/IP backbone

Situation:

Migration of existing IP backbone from STM-16 to STM-64 and from leased line to own infrastructure. Increase in DSL subscriber raise the IP traffic.

Solution:

FSP 3000 regional DWDM

19 regional STM-64 routes

2+1 x STM-64 p-t-p

100km – 500km

Cisco GSR 12800



Purpose: Corporate Backbone Connecting 21 MANs

Applications: GRID COMPUTING distributed storage Optical VPNs Virtual laboratories Distance learning

Services: N X 10GE

Size 4.000km 21 academic sites

Key performance Reliable, high speed

connectivity High performance GRIDS IT infrastructure for science,

R&D & education

marketvertical

EDUCATION

“Through the PIONIER program, we are prepared to take a leading position Europe-wide in terms of our optical network infrastructure,” says Maciej Stroinski, Technical Director of PSNC. “Linking academic MANs with the PIONIER network using systems from ADVA marks a milestone in Poland’s development as an information society.”

Pioneer towards an integrated, digital Europe


Telecom Italia

… deploys the optimum network

Up to 4 DSLAMs per site

Up to 4 sites per ring

Optical ring protection

Full redundancy on the optical and switch layer

DWDM

DWDM

BRAS

DSLAM

GbE

10GbE

GbE

GbE

10GbE

10GbE10GbE

GbEGbE

L2/L3switch

DWDM 10Glink capacity

CWDM N x GbEper site

L2/L3switch


FastWeb

2000: Ethernet services for business customers & residentials

2003/2004: Video-on-Demand

2004/2005: move to IP DSLAMs and DWDM access rings

DWDM capacity plus TDM transponder cards

Future proof technology

Core switch

STM-1/4

DWDM

DWDM

BRAS

DSLAM STM-1/4

GbE


Thank youSteffen RennebergBerlin Office of ADVA [email protected].: +49 30 67008-252Mob.: +49 172 8487051

adva optical networking overview kiev, 10-x-2006

Documents

optical wavelengths

fsp management suitefsp

th wdm channel1

wdm channels131200514200060

fiber typesmm

th enterprise50th carrier

optics basics wdm

carrierclass portfolio