Global Seamless Networks GSN+Demonstrator MUPBED European ... · Optical Point-to-Multipoint solution on the basis of a standard compliant Gigabit Passive Optical Network (GPON)

===!"§Deutsche Telekom

G lobal Seam less NetworksGSN+Dem onstratorM UPBED European Test Bed

Overview26. April, 2005

Page 1===!"§Deutsche Telekom

O utline

!Introduction

!GSN+ Demonstrator 2004/2005

!Optical Internetworking Forum:

World Interoperability Tests and Demonstrations 2005

!IST project MUPBED

!MUPBED demonstration


StandardsSpecifications

Interoperability tests/demonstrations

OIF

GSN/GSN+ Demonstrators

Field trials

Deployment

OIFITU-TIETF Feedback

From Standards to Deployment

Control Plane Evolution Path


OCC: Optical Connection Controller NNI: Network Network InterfaceCCI: Connection Control Interface UNI: User Network InterfaceNMS: Network Management System NMI-A/T: Network Management Interfaces

XC XCXC

OCC

CCI

I-NNI

ASON control plane

Transport plane

NMS

NMI-T

NMI-A

I-NNICCI CCIUNI E-NNI

Opticaltransport network domain #2

OCC OCC

Clientnetwork domain

ITU-T ASON Architectur – G.8080New Control Plane Interfaces: UNI, NNI, NMI


ASO N/GM PLS Standard. Bodies & For

• Overall target:Complete one interoperable set of ASON/GMPLS standards and specificationto foster the deployment of control plane enabled networks

Organisations Involved in Specifying fast Configurable TN

ITU-T

OIF

IETF

Set of ASONstandards

Set of GMPLSRFCs

Set of control planeinterface specifications


EthernetMAN

EthernetMAN

ASTNBackbone

Berlin

UNIUNI

Control Plane

Control Plane

EthernetMAN

File Server

File Server

File Client

File ServerFile Client

File Server

File Client

SLA-16

2 x Video

SLA-16

2 x Video

SDI Video

SDI Video

EthernetMAN

UNI

UNI

UNI

UNI

ULHWDM

IPNetwork

IPNetwork

File Client

MAN NMSUMS

Upper MonitoringSystem

BB NMS

Darmstadt

GSN Demonstrator Topology

G SN Dem onstrator 2003


O IF W orld Interoperability Tests 2004

Ethernet-over-SDH adaptation, based on ITU-T Rec.:

! G.7041: Generic Framing Procedure (GFP)

! G.7042: Link Capacity Adjustment Scheme (LCAS)

! G. 707: Network Node Interface for SDH (VCAT)

Switched connections setup via OIF UNI (SDH based):

! 2003.248.05: User network interface (UNI) 1.0 signaling specification,release 2

! 2003.249.09: RSVP extensions for user network interface 1.0 signaling,release 2

Soft permanent and switched connection setup over multiple network domains,based on OIF E-NNI (SDH based):

! 2003.179.08: IA OIF intra-carrier E-NNI signaling specification

! 2003.259.02: Draft specification for intra-carrier E-NNI routing using OSPF

Interoperability areas



Client network

A

Client network

C

Client network

D

Client network

B

UNI

UNI

UNI

UNIOptical network A

Carrier domain

UNI

E-NNI I-NNII-NNI

Optical network B

Reference Network for Control Plane Interfaces Interoperability Tests



Asia USA Europe

NTT

CT

KDDI

AT&T

TI

DT

Verizon

CP & DP

CP & DP

All others are CPinterconnections

Topology of the OIF World Wide Test Bed



MarconiMSH

CienaCD

Tellabs6350Cisco

GSR12406

E-NNI to AT&TDP & CP Adva

FSP1500

UNI

= STM-16= GE

Adva

FSP1500

Lucentλ UniteVC-3/4

UNI

E-NNI

E-NNI

E-NNI

CiscoGSR12406

VC-4 chan.

VC-4 chan.

VC-4 XC VC-3/4 XC

VC-12 XC

E-NNI to TILAB

UNI to Cisco

Alcatel1660

VC-4 XC

GFP-FVCAT

w/o LCAS

E-NNI to NTT

Tellabs6345

VC-12 XC

GFP-FVCATLCAS

GFP-FVCAT

w/o LCAS

GFP-FVCATLCAS

GFP-FVCAT LCAS

GFP-FVCAT

w/o LCAS

GFP-FVCATLCAS

Detailed Network Topology in DT‘s Lab in Berlin



ITU-T poster, highlighting the close cooperation OIF – ITU-T

Live Topology Displays at the Supercomm 2004


O utline

!Introduction




!IST project MUPBED



G SN+ Dem onstrator

! Duration: Until end 2005! Focus on efficient data transport over multipleASON/GMPLS enabled transport network domains andrelated management solutions! Will be partly based on results/functions of the OIFinteroperability tests

GSN+Demonstrator:

Characteristics:

! Interworking of multiple transport network domains based onsoft permanent/switched connections (UNI1.0R2, UNI2.0Ethernet, E-NNI)! Most efficient data transport over ASON/GMPLS networks byusing GFP-F, VCAT and LCAS functions! Integration of local SANs and dynamically configurabletransport networks! Interworking of Ethernet based metro and access networks

GSN+ Demonstrator in a Nutshell


OverviewGSN + Demonstrator enhancements

GSN+ Demonstrator backbone domains:Marconi, Ciena, Lucent, Cisco, Alcatel

Backbonenetworks

Applications

SAN networks

Accessnetworks

Metro network GSN+ Demonstrator Ethernet based metro network:Atrica

GSN+ Demonstrator access network domains:Cisco, Siemens, Hatteras, FlexLight, Alvarion

GSN+ Demonstrator SAN networks and services:EMC2

Video applications for access-, metro-, backbone-networks

G SN+ Dem onstrator


Clientnetwork

A

Clientnetwork

C

Clientnetwork

D

Clientnetwork

B

UNI 1.0 R2

UNI 2.0 Ethernet

UNI

UNI 2.0 Ethernet

Opticalnetwork

B

Opticalnetwork

A

UNI1.0 R2E-NNI I-NNII-NNI

UNI: User Network Interface (SDH, Ethernet based)I-NNI: Internal Network to Network InterfaceE-NNI: External Network to Network Interface

E-NNI E-NNI

Opticalnetwork

C

Control Plane InterfacesGSN+Demonstrator Multi-Domain Reference Architecture


BerlinDarmstadt

MAN

MAN

7606

Schwalbach

Pirelli

CoreDirector

MSH64c

LambdaUnite MSS

LambdaUnite MSS

CN2000

7606

A8800

A8800

Access

MSH2KMSH64c

Access

1678 MCC

CN2000

CN2000

STM16 E-NNISTM16

FC

STM-16 GE

GE

FC

Pirelli

STM-16

UNISTM-16

UNISTM-16

E-NNIMUPBEDE-NNI

VIOLA

FC

E-NNISTM16

STM-16

STM-16

E-NNISTM-16

GE

GE

G SN+ Dem onstratorNetwork Topology


G SN+ Dem onstratorShow Room in Berlin – Backbone and Metro Network Domains

CienaCD

MarconiMSH2k

AtricaA 8000

MarconiMSH64c

Lucentλ-Unite

MarconiMSH64c

Cisco7606

AtricaA 8000

Cisco7606

Alcatel1678


BerlinDarmstadt

MAN

MAN

7606

Schwalbach

Pirelli

CoreDirector

MSH64c

LambdaUnite MSS

LambdaUnite MSS

CN2000

7606

A8800

A8800

Access

MSH2KMSH64c

Access

1678 MCC

CN2000

CN2000

STM16 E-NNISTM16

FC

STM-16 GE

GE

FC

Pirelli

STM-16

UNISTM-16

UNISTM-16

E-NNIMUPBEDE-NNI

VIOLA

FC

E-NNISTM16

STM-16

STM-16

E-NNISTM-16

GE

GE

G SN+ Dem onstratorSAN and Ethernet Network Topology


G SN+ Dem onstrator

Integration of local SANs and dynamically configurabletransport networks

! Data centre migration (Data replication)

– In-service data migration to a new data centre location

! Data update worldwide

– Data in geographically different data centre locations areharmonised

! Disaster recovery (Data safe)

– Applications can be started on demand from a second data centre

! Data mobility

– Applications can be started on demand from different data centres

SAN Network Scenarios

EMC2Symmetrix


Access Networks

FTTBCisco

GSN + Demonstrator access networks

Fibre To The Building (FTTB) concept on the basis of Native Optical Ethernet witha ring topology and Ethernet over VDSL (EoVDSL) within multi-tenant buildingsover existing telephone wiring for Triple Play service access with up to 15 Mbit/s.

FTTCabSiemens

FTTExHatteras

Wireless(WIMAX)Alvarion

Fibre To The Cabinet (FTTCab) concept on the basis of an outdoor capable NativeEthernet “Mini” DSLAM with EoVDSL lines providing Triple Play service accesswith up to 52 Mbit/s.

Fibre To The Exchange (FTTEx) concept on the basis of a Native Ethernet “Mini”DSLAM with Ethernet over SHDSL lines compliant to Ethernet in the First Mile(EFM) standard for Triple Play service access with up to 8 Mbit/s.

Wireless access concept based on IEEE 802.16a (WiMAX) air protocol enablingthe convergence between existing wired and new wireless technologies in theAccess for Triple Play services with up to 12.7 Mbps over 3.5 MHz channel.

G SN+ Dem onstrator

FTTx(GPON)FlexLight

Optical Point-to-Multipoint solution on the basis of a standard compliant GigabitPassive Optical Network (GPON). The solution enables FTTH/B concepts for TDMand packet based services.


G SN+ Dem onstrator

CPN

Access services(Triple play)

•SM fiber•Telco Copper

ONU

FTTB/HFlexLightFTTEx

Hatteras

GbE

Ethernetover SHDSL

CPE

FTTCabSiemens

GbE

Ethernetover VDSL

CPE

FTTBCisco

GigabitEthernet (GbE)

Ethernetover VDSL

CPEIP

Phone

GPON

GbEE1

FE FE FEFEE1POTS

VideoTV

Voiceover IP

GamingDataGSN+ service platform

GSN+ MAN

GSN+ backbone

OLT

Wirelessaccess(WIMAX)Alvarion

BS

CPE

FastEthernet

Ethernet based Access Network Solutions

FE


O utline

!Introduction




!IST project MUPBED




Test areas:! UNI2.0 Ethernet over multiple SDH transport network domains

– First integration of ASON (UNI, E-NNI) and NG-SDH (GFP-F, VCAT) functions!– First dual layer (client and server layer) control plane implementation!

! Virtual Ethernet servicesExhibition:! SuperComm 2005, June 7 - 9th, 2005Test network:! World wide network, build on local carrier labs and E-NNI control plane(virtual) interconnections

Carrier participants:! Carriers: AT&T, CT, DT, FT, NTT, TI, VZCooperation with other standardisation bodies and forums:ITU-T, MEF, (IETF)

Interoperability Tests 2005



UNI: User Network InterfaceI-NNI: Internal Network to Network InterfaceE-NNI: External Network to Network InterfaceMSPP: Multi-Service-Provisioning-Platform

Clientnetwork

A

Clientnetwork

C

Clientnetwork

D

Clientnetwork

B

UNI

Carrier domain

E-NNII-NNI

I-NNI

UNI2.0Ethernet

UNI2.0Ethernet

Opticalnetwork

B

Opticalnetwork

A

Clientnetwork

F

Clientnetwork

E

MSPP

MSPP

Overall OIF World Interoperability Tests Architecture


World wide network topology


Asia USA Europe

NTTNTT

CTCT

VerizonVerizon

DTDT

TITI

FTFT

AT&TAT&T

www.oiforum.com/public/supercomm_2005v1



M UPBED -Test Beds Research Networ

! Project start:– July 1st, 2004

! Planned duration:– 3 years

! Consortium: 16 partners from 8 countries– Denmark, Germany, Hungary, Ireland, Italy, Spain, Sweden, Poland

! Available test-beds:– 2 ASON/GMPLS focussed test-beds (Torino, TILAB; Berlin, T-Systems)

– 1 GMPLS test bed with broad-band end-users (Stockholm, ACREO)

– 1 IP/MPLS focussed test-beds (Madrid, Telefonica)

– 1 Ethernet based test-bed (Poznan, Poland)

– Variety of ultra-broadband users and applications " User community

! Further information: www.ist-mupbed.org

MUPBED (Multi-Partner European Test Beds for Research Networking)in a Nutshell


M UPBED: Project Objectives

! Main Goal

– Integration and validation, in the context of user-driven large scale testbeds, of state-of-the-art on-demand circuit switching techniques, and inparticular of ASON/GMPLS, as enablers for future upgrades to Europeanresearch infrastructures

! Objectives

– To identify service/network requirements of high-end applications forEuropean research environments

– To define the ASON/GMPLS features matching the above requirements andenabling, the penetration of broadband services in Europe

– To find and experimentally validate solutions for interoperability betweendifferent network domains

– To assess the ability of ASON/GMPLS solutions to support demandingresearch applications, such as Grid computing, through lab and field trialswith a large user community (including NRENs)

– To develop guidelines for the introduction of ASON/GMPLS

technologies and ultra-broadband services in future European

research infrastructures


M UPBED Consortium! Equipment Manufacturers

– Marconi ONDATA (Germany); Project co-ordinator

– Marconi SpA (Italy)

– Juniper Networks (Ireland)

! Network Operators

– Telecom Italia – TILAB (Italy)

– Deutsche Telekom - T-Systems (Germany)

– Telefonica I+D (Spain)

– Matav (Hungary)

! Research Centres

– ACREO (Sweden)

– TU Denmark (Denmark)

– CSP - Innovazione nelle ICT s.c. a r.l. (Italy)

– CoreCom (Italy)

– University of Erlangen-Nuremberg (Germany)

– DFN-Verein (Germany)

– GARR (Italy)

– CSIC/Red.es (Spain)

– PSNC (Poland)


ASON/GMPLS

IP/MPLS

Interaction betweenapplications and

network

Interoperability between network domains

Network Domain 1

ASON/GMPLS

IP/MPLS

Network Domain 2

ASON/GMPLS

IP/MPLS

Network Domain N

Applicationplatforms

End-users/Applications

MultiserviceNetwork

Interworking between IP/MPLS

and ASON/GMPLS

M UPBED Interworking Issues


M UPBED Network Layout

GÉANT

RESEAU

TILAB TBGARR

TID TB

RedIRIS

DFN

DTU

user community

TID

FAU

CSPTILAB

T-Systems

xyz Academic

xyz Private R&D

Acreo

CoreComSouthern Europe

test bed

Central Europetest bed

Northern Europetest bed

Western Europetest bed

NORDUnet

PIONIER

Eastern Europetest bed

Acreo TB

T-Systems TB

IP + ASON/GMPLSIP + WDM

IP + WDM + 10GEIP + 10GE

PSNC

Labs

Networks

user community

usercommunity

UPC

IP/MPLS

usercommunity


Northern Europetest bed

Central Europetest bed

Western Europetest bed

Southern Europetest bed

Eastern Europetest bed

DFN

PIONIERNORDUnet

RedIRIS

GARR

DTU

FAU

CSP

GEANT

ACREO

Telefonica I+D

TITILAB

T-SystemsDT

PSNC

M UPBED Test Bed Layer2 Connectivit


M UPBED Dem onstration #1

ACREO

GE

LSPs inGEANT

TID

TILAB

PSNC FAU

DT test bed

LSPs in GWIN

VLANsaccess

link

LSP VLAN

GWIN POPBerlin

CANARIEComp. HDTV


M UPBED Dem onstration #2

GEFAU

Marconidomain

LSPs in GWIN

VLANsaccess

link

LSP VLAN

GWIN POPBerlin

STM-64

STM-64 STM-64

GE

CANARIECompressed HDTV

XC

Laptop

Decoder Beamer

Beamer

Room 0055

SMFGE

FE

Video/BNC

VGA

Lab

XCXC

FAUUncompressed SDI

Berlin


Thank you!!!

Documents

Global Seamless Networks GSN+Demonstrator MUPBED European ... · Optical Point-to-Multipoint solution on the basis of a standard compliant Gigabit Passive Optical Network (GPON)