Research Network Infrastructure Project MUPBED : Update and Recent Results

Transcription

1 Research Network Infrastructure Project MUPBED : Update and Recent Results Multi-Partner European Test Beds for Research Networking Mauro Campanella With support from MUPBED partners 20th TF-NGN Meeting January 13th, Cambridge

2 Agenda Research Network Infrastructure Project MUPBED IST project MUPBED: overview Current Architecture MUPBED recent results Summary 1/13/06-2

3 MUPBED Goals and Objectives integrate and validate telecommunication operator s concepts within research 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 (including research networks) (note: here the term ASON covers multiple transport technologies, such as WDM, OTH, SDH also frequently used is the term ASTN in this context; acronyms: see last slide) 1/13/06-3

4 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) 1/13/06-4

5 Layout of MUPBED Network Northern Europe user community Acreo PSNC Eastern Europe DTU Acreo TB PIONIER NORDUnet Western Europe UPC GÉANT DFN FAU T-Systems T-Systems TB Central Europe user communit y TID TB TID RedIRIS TILAB TB user communit y xyz xyz Labs Academic Private R&D GARR TILAB Networks IP + ASON/GMPLS 1/13/06-5 Southern Europe user community CoreCom CSP IP + WDM IP + 10GE IP + WDM + 10GE IP/MPLS

6 MUPBED Architecture Framework Application Plane video conf content/ storage HQ video GRID Application-Network Interface Overlay approach Packet Layer CP Circuit Layer CP Control Plane Data Plane GMPLS Peer-to-Peer Approach Control Plane Mngmnt Mngmnt Plane Packet layer Circuit layer IP/MPLS IP/MPLS Ethernet SDH OTH Lambda Fibre Ethernet Data Plane Mngmnt MUPBED multi-service transport network 1/13/06-6

7 Interoperability Areas within the MUPBED Network End-users/ Applications Application platforms Interaction between Applications and Network IP/MPLS ASON/GMPLS IP/MPLS ASON IP/MPLS GMPLS Interworking between IP/MPLS and ASON/GMPLS Network Domain 1 Network Domain 2 Network Domain N Multiservice Network Interoperability between Network Domains 1/13/06-7

8 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 ) 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 1/13/06-8

9 Agenda Research Network Infrastructure Project MUPBED IST project MUPBED: overview Current Architecture MUPBED recent results Summary 1/13/06-9

10 MUPBED Test Bed Interconnection based IP-MPLS on NREN-GÉANT and GbE access links DTU ACREO Northern Europe NORDUnet PIONIER Eastern Europe PSNC Telefonica I+D Western Europe RedIRIS CSP Southern Europe TI TILAB GEANT GARR DFN FAU T-Systems DT Central Europe 1/13/06-10

11 Test Bed Interconnections: LSPs and VLANs Example for realisation in one : TB #1 TB #2 LSPs in GEANT LSP LSPs in NRENs network LSP VLANs access link VLAN Test bed #5 Ethernet flow TB #3 router router router switch TB #4 ASP #x GE TB: ASP: Test bed Application service provider 1/13/06-11

12 Test Bed Logical Configuration Target target: full mesh between ACREO s currently: all links are Ethernet point-to-point DTU (with GigE interfaces on both ends) some of them might become in future Layer 1 links Telefonica I+D all switching done INSIDE local s CSP TI TILAB S13- P3 S1- P2 S3 S13 Marconi MSH64c VC-4 XC All IO FAU PSNC T-Systems DT Marconi MSH64c VC-4 XC All LR S1 S3 S1- P1 S1- P1 S1- P3 S1- P3 S1- P4 S13- P1 S11- P4 S13- P2 S2 S4 S1- P2 Marconi MSH2K VC-4 XC All IO 1/13/06-12

13 Test Bed Detailed View of Berlin Network = GE/SX = GE/LX E-NNI (TN#2) E-NNI (TN#1) S11-P1 S11-P2 S11-P3 S13-P4 = STM-16 = STM-64 GE S10-P1 S10-P2 -P3 S10 -P4 S10 Marconi M2 MSH64c VC-4 XC STM64 ring: Col.1, tem 200 for each LK STM-16 ring: Col 2, tem 100 for each LK All LR S11-P4 S13-P2 UNI IP (Client#2) = STM-1 Video S13-P3 S1 S3 I-NNI S3 S1-P2 S5 S2 S4 S11-P1 Video application Marconi M3 MSH64c VC-4 XC All LR S1-P1 Marconi M1 MSH2k VC-4 XC S10-P1 S11-P2 S1-P1 S1-P3 S1-P2 S1-P3 S11-P3 All LR S1-P4 S11-P16 S10-P2 S13-P1 S1-P4 S10-P3 S10-P4 E-NNI ACREO E-NNI TILAB (only signaling) E-NNI VIOLA PSNC FAU 1/13/06-13

14 Agenda Research Network Infrastructure Project MUPBED IST project MUPBED: overview Current Architecture MUPBED recent results UNI-C 2.0 Ethernet E-NNI NOBEL-MUPBED Workshop Other Events Summary 1/13/06-14

15 MUPBED Test : UNI-C 2.0 Ethernet and E-NNI Inter-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 services over 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 hidden Interworking 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 1/13/06-15

16 MUPBED Test Bed Inter-domain interfaces: To realize interworking functions among these local s, inter-domain signaling/routing interfaces are strongly needed First succesful recent test: inter- / 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 1/13/06-16

17 (Virtual) Inter-domain connection based on E- NNI DTU ACREO Northern Europe NORDUnet PIONIER Eastern Europe PSNC Telefonica I+D Western Europe RedIRIS CSP Southern Europe TI TILAB GEANT GARR DFN Control Plane E-NNI (Ssh tunnel out-of band) FAU T-Systems DT Central Europe 1/13/06-17

18 Test of UNI2.0 Ethernet DTU ACREO Northern Europe NORDUnet PIONIER Eastern Europe PSNC Telefonica I+D Western Europe RedIRIS CSP Southern Europe TI TILAB GEANT Data Plane DFN GARR Control Plane UNI 2.0 Ethernet FAU T-Systems DT Central Europe 1/13/06-18

19 ClearPond Topology View UNI2.0 Ethernet UNI2.0 Ethernet Local SC Berlin E-NNI UNI2.0 Ethernet, TILAB - DT UNI2.0 Ethernet E-NNI 1/13/06-19

20 Benefits for the GEANT2 NREN Network Scenario from the MUPBED Architecture Approach NREN #1 UNI IP STM-xx NREN #3 Ethernet UNI To other network domains E-NNI STM-xx GE/10GE GEANT 2 SDH or OTN UNI Ethernet UNI NREN #2 IP STM-xx GE/10GE UNI NREN #4 Ethernet NREN#1 TID (IP) UNI2.0 Ethernet GE GEANT2 TILAB XC NREN#2 PSNC (Eth.) GE E-NNI SDH E-NNI UNI2.0 Ethernet XC GE GEANT2 DT NREN#3 Acreo (IP) GEANT2 NREN/ IST-Projects interworking scenario MUPBED network domain interworking scenario Seamless interworking of network domains could be achieved, while maintaining the individual architecture and technology approach of each domain 1/13/06-20

21 MUPBED-NOBEL Joint Workshop MUPBED-NOBEL Joint Workshop has been held in Torino, November 22-23, 2005 Useful interaction with NRENs and GÉANT Next generation Optical Networks for Broadband European Leadership See In addition to a full agenda of recent results from both projects, (presentations are available on the web pages) important technical demos took place. It s worth noting that one of the demo showed that the MUPBED testbed can transport flawlessly uncompressed video transport at 400 Mb/s. 1/13/06-21

22 HQ uncompressed video transmission Requirements For remote studio with online editing Delay < 150 ms Each camera: BW: Mbit/s Jitter should be low (< 1ms) 1/13/06-22

23 Uncompressed Video Demo 1/13/06-23

24 Uncompressed Video Demo 1/13/06-24

25 Uncompressed Video Demo 1/13/06-25

26 Uncompressed Video Demo: Monitoring LSPs Monitoring by GARR (mrtg) Demo: 400 Mb/s for more than 2 Days 1/13/06-26

27 MUPBED: Other Events MUPBED parteicipated to the Second Concertation Workshop on einfrastructure, 14 December 2005, Bordeaux, France Live demonstration; participation at einfrastructure 1/13/06-27

28 MUPBED: Latest News (13 Jan 2006) Date: Fri, 13 Jan :45: From: Tove Madsen (ACREO) To: Subject: [MUP-ga] first result Acreo - PSNC Dear Partners, The initial goal of the Acreo - PSNC GMPLS effort has been acheived. An GMPLS UNI LSP has been successfully established between us over the existing MUPBED infrastructure. Thanks to Tomasz and Anders! best regards Tove 1/13/06-28

29 Agenda Research Network Infrastructure Project MUPBED IST project MUPBED: overview Current Architecture MUPBED recent results Summary 1/13/06-29

30 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 maintaining a 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 1/13/06-30

31 Further Information Deliverable are public and available on request Workshop: 1/13/06-31

32 Further Information: Jan Späth Director Network Evolution Phone +49 (0) Mobile +49 (0) Fax +49 (0) Marconi Communications GmbH Gerberstraße 33 D Backnang Germany 1/13/06-32