Research Network Infrastructure Project “MUPBED”: Update ... · Research Network Infrastructure...

http://www.ist-mupbed.org/

Multi-Partner European Test Beds for Research Networking

Research Network InfrastructureProject “MUPBED”: Update andRecent Results

Mauro Campanella

With support from MUPBED partners

20th TF-NGN MeetingJanuary 13th, Cambridge

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AgendaResearch Network Infrastructure Project MUPBED

IST project MUPBED: overview Current Architecture MUPBED recent results Summary


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MUPBED Goals and Objectives

integrate and validate “telecommunication operator’s concepts” withinresearch networking infrastructure

on-demand circuit switching techniques in particular ASON/GMPLS control plane technologies

consider a multi-domain, multi-layer “real world” environment identify service/network requirements of high-end applications for

European research environments and develop appropriate solutions create a European scale experimental environment to assess and

prove the developed solutions develop guidelines for the introduction of ASON/GMPLS technologies

and ultra-broadband services in future European networks (includingresearch networks)

(note: here the term “ASON” covers multiple transport technologies, such as WDM, OTH, SDHalso frequently used is the term “ASTN” in this context; acronyms: see last slide)


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MUPBED 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) Magyar Telekom (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) RedIRIS/Red.es (Spain) PSNC (Poland)


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GÉANT

GARR

TID TB

RedIRIS

DFN

DTU

user community

TID

FAU

CSP

TILAB

T-Systems

xyz Academic

xyz Private R&D

Acreo

CoreCom

Southern Europetest bed

Central Europetest bed

Northern Europetest bed

Western Europetest bed

NORDUnet

PIONIER

Eastern Europetest bed

Acreo TB

IP + ASON/GMPLS

IP + WDM

IP + WDM + 10GE

IP + 10GE

PSNC

Labs

Networks

user community

usercommunit

y

UPC

IP/MPLS

usercommunit

y

T-SystemsTB

TILAB TB

Layout of MUPBED NetworkLayout of MUPBED Network


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MUPBED Architecture Framework

Data Plane

IP/MPLS

SDH OTH Lambda Fibre

EthernetEthernet

IP/MPLSPacketlayer

Circuitlayer

MUPBED multi-service transport network

Application Plane

HQvideo

videoconf

content/storage GRID

Control Plane

GMPLS Peer-to-Peer ApproachOverlay approach Packet Layer CPCircuit Layer CP

ControlPlane

Mngmnt

DataPlane

Mngmnt

MngmntPlane

Application-Network Interface


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Interoperability Areas within the MUPBED Network

ASON/GMPLS

IP/MPLS

Interaction betweenApplications and

Network

Interoperability between Network Domains

Network Domain 1

ASON

IP/MPLS

Network Domain 2

GMPLS

IP/MPLS

Network Domain N

Applicationplatforms

End-users/Applications

MultiserviceNetwork

Interworking between IP/MPLS

and ASON/GMPLS


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Relevance of MUPBED for NRENs

convergence of “telecom operator” and NREN solutions network architecture work, selected theoretical investigations leading edge control plane solutions:

focus on ASON approach, including multi-domain inter-working driving standardisation

work on “application – network” inter-working : dedicated MUPBED Work Package (WP 2) applications (requirements, selected trials in test bed) user groups (within and outside the MUPBED consortium) modelling and simulations application network interface (translation of requirements to network

parameters, triggering of resource allocations, …) extended field trials for selected solutions: set-up and operation of

European scale test bed


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MUPBED Test BedInterconnection based IP-MPLS on NREN-GÉANT and GbE access links






DFN

PIONIERNORDUnet

RedIRIS

GARR

DTU

FAU

CSP

GEANT

ACREO

Telefonica I+D

TITILAB

T-SystemsDT

PSNC


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Test Bed Interconnections: LSPs and VLANs

Example for realisation in one test bed:

TB #1

GE

LSPs inGEANT

TB #2

TB #3

TB #4 ASP #x

Test bed #5

LSPs in NRENsnetwork

VLANsaccess

link

TB: Test bedASP: Application service provider

LSP VLAN

router router router switch

LSPEthernet flow


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Test Bed – Logical Configuration Target

target: full mesh betweentest beds

currently: all links areEthernet point-to-point(with GigE interfaces on bothends)

some of themmight become infuture Layer 1 links

all switching done INSIDElocal test beds

DTU

FAU

CSP

ACREO

Telefonica I+D

TITILAB

T-SystemsDT

PSNC

Marconi MSH64cVC-4 XC

All LR

S1

S3

S13

-P1

S11

-P4

S13

-P2

VC-4 XCAll IO

S1-

P1

S1- P2

S1-

P3

S3

S13

S2

S4 VC-4 XCAll IO

S1-

P1

S1- P2

S1-

P3

S1-

P4

S13

-P3

Marconi MSH64c

Marconi MSH2K


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Marconi MSH64c

= STM-64= GE/SX

VC-4 XC

S10 -P

1S1

0 -P2

S10 -P

3

S10 -P

4All LR

S11-P1S11-P2S11-P3

S13 -P4

= STM-16

S13-P

1

S11-

P4

S13-P

2

Marconi MSH64cVC-4 XC

All LR

S1-P3S1-P2

S1-P4

S5

S10-P

1

S10-P

2

S10-P3

S10-P4

S2

Video

= GE/LX

GE

Videoapplication

FAU

PSNCMarconi MSH2k

VC-4 XCAll LR

S1-P

1

S1-P

3

S1-P

4

S11- P

1

S11-P

2

S11 -P

3

S11- P

16

= STM-1

M2MSH64c

UNI–IP (Client#2)

= STM-64= GE/SX

10.131.12.9

S10 -P

1S1

0 -P2

S10 -P

3

S10 -P

4All LR

S11-P1S11-P2S11-P3

-P4

S1

S3

= STM-16

S13-

S13-P3

- -

M3 MSH64c

-10.131.12.7All LR

S1-S1-

S1-P2

S1-P4S3

S5

S10-P

1

STM64 ring: Col.1, tem 200 for each LKSTM-16 ring: Col 2, tem 100 for each LK

-P2

S10-P3

S10-P4

S2

S4

E-NNI(TN#1)

I-NNI

VideoE-NNI(TN#2)

= GE/LX

GE

Videoapplication

E-NNI TILAB (only signaling)

FAU

E-NNI ACREO

PSNC

E-NNI VIOLA

M1 MSH2k

All LR

S1-P

1

S1-

S1-P

4

S1-P

1

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Test Bed – Detailed View of Berlin Network


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IST project MUPBED: overview Current Architecture MUPBED recent results

UNI-C 2.0 Ethernet E-NNI NOBEL-MUPBED Workshop Other Events

Summary


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MUPBED Test : UNI-C 2.0 Ethernet and E-NNIInter-domain interworking: Requirements

UNI-C 2.0 Ethernet interface availability: easy availability and access of this UNI-C function is mandatory for

accelerating the deployment of customer controlled Ethernet servicesover SDH networks

requirements for broad acceptance: (publicly) available and easy to implement easy to use for those envisaged (network) clients, for which the

complexity of network operation shall be hiddenInterworking between ASON-GMPLS network domains seamless interworking between domains following different

architectures required by network operators pragmatic solutions needed first implementations reported standardisation progress needed


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MUPBED Test Bed Inter-domain interfaces:

To realize interworking functions among these local test beds,inter-domain signaling/routing interfaces are strongly needed

First succesful recent test:inter-test bed / inter-domain interface implementation Virtual E-NNI between Torino/TILAB – Berlin/DT seamless interworking of both UNI types UNI1.0R2 and UNI2.0

Ethernet with E-NNI could be demonstrated Second succesful recent test:

UNI-C 2.0 Ethernet implementation switched connection between TILAB and DT: Avici/TI -

Marconi#1/TI - Marconi#2/TI - Cisco/DT (more than 1000 Km) Data plane: MUPBED’s Layer 2 connection Control plane: IPSEC tunnel over public Internet


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(Virtual) Inter-domain connection based on E-NNI






DFN

PIONIERNORDUnet

RedIRIS

GARR

DTU

FAU

CSP

GEANT

ACREO

Telefonica I+D

TITILAB

T-SystemsDT

PSNC

Control Plane

E-NNI(Ssh tunnel out-of band)


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Test of UNI2.0 Ethernet






DFN

PIONIERNORDUnet

RedIRIS

GARR

DTU

FAU

CSP

GEANT

ACREO

Telefonica I+D

TITILAB

T-SystemsDT

PSNC

Data Plane

Control Plane

UNI 2.0 Ethernet


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ClearPond Topology View

UNI2.0 Ethernet, TILAB - DT

UNI2.0 Ethernet E-NNI

UNI2.0 EthernetUNI2.0 Ethernet

E-NNI

Local SCBerlin


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Benefits for the GEANT2 – NREN Network Scenario fromthe MUPBED Architecture Approach

GEANT2 – NREN/ IST-Projectsinterworking scenario

GEANT2TILAB

GEANT2DT

E-NNI SDH

NREN#1TID (IP)

NREN#3Acreo (IP)

NREN#2PSNC (Eth.)

UNI2.0 Ethernet

GEGEGEUNI2.0

Ethernet

XCXC XCXC

NREN #2IP

NREN #2IPNREN #1

IPNREN #1

IP

GEANT 2

SDH or OTN NREN #3Ethernet

NREN #4Ethernet

UNI UNI

UNI UNI

STM-xx STM-xx

GE/10GE GE/10GE

E-NNISTM-xx

To other network domains

MUPBED network domaininterworking scenario

Seamless interworking of network domains could be achieved,while maintaining the individual architecture and technologyapproach of each domain

UNI Ethernet E-NNI


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MUPBED-NOBEL Joint Workshop

MUPBED-NOBEL Joint Workshop has beenheld in Torino, November 22-23, 2005

Useful interaction with NRENs and GÉANT

See http://www.ist-mupbed.org/Joint-NOBEL.html

In addition to a full agenda of recent results from both projects,(presentations are available on the web pages) importanttechnical demos took place.

It’s worth noting that one of the demo showed that the MUPBEDtestbed can transport flawlessly uncompressed video transport at400 Mb/s.

Next generation Optical Networks for Broadband European Leadership


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HQ uncompressed video transmission – Requirements

For remotestudio withonline editing

Delay < 150 ms Each camera:

BW: 300-600Mbit/s

Jitter should below (< 1ms)


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Uncompressed Video Demo


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Uncompressed Video Demo: Monitoring

Demo: 400 Mb/s for more than 2 Days

LSPs Monitoringby GARR (mrtg)


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MUPBED: Other Events

MUPBED parteicipated to the Second Concertation Workshop oneInfrastructure, 14 December 2005, Bordeaux, France

Live demonstration; participation at eInfrastructure

http://www.geant2.net/server/show/ConWebDoc.1631


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MUPBED: Latest News (13 Jan 2006)

Date: Fri, 13 Jan 2006 13:45:55 +0100From: Tove Madsen (ACREO)To: [email protected]: [MUP-ga] first result Acreo - PSNC

Dear Partners,The initial goal of the Acreo - PSNC GMPLS effort has beenacheived. An GMPLS UNI LSP has been successfullyestablished between us over the existing MUPBED infrastructure.Thanks to Tomasz and Anders!

best regards Tove


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Summary and Conclusions

IST project MUPBED: reflects the current and assumed future heterogeneous (research)

network environment in Europe and worldwide is a European scale test network, based on multiple network domains

with different architectures, technologies and functions assesses the main ‘horizontal’ and ‘vertical’ interworking areas aims at pragmatic solutions for inter-working

Progress in standardisation on-going

MUPBED continuously aims at establishing and maintaininga close co-operation to NRENs / GN2

mutual exchange of achievements / issues / work plans, especially GN2-JRA3 - Exchange of deliverables and documentation, also with NOBEL

open for further discussions


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Further Information

http://www.ist-mupbed.org Deliverable are public and available on request

Workshop: http://www.ist-mupbed.org/Joint-NOBEL.html


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Further Information: www.ist-mupbed.org

Marconi CommunicationsGmbH

Gerberstraße 33D-71522 Backnang

Germany

www.marconi.de

Phone +49 (0) 7191 13-2427Mobile +49 (0) 171 379 6503Fax +49 (0) 7191 13-62427E-Mail [email protected]

Jan SpäthDirector Network Evolution

Research Network Infrastructure Project “MUPBED”: Update ... · Research Network Infrastructure...

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