i2cat / CARISMA Jordi Domingo-Pascual CCABA /UPC TF-NGN Optical Networks i2cat Project

Transcription

1 i2cat / CARISMA Jordi Domingo-Pascual /UPC TF-NGN Optical Networks i2cat Project A consortium-like model project. Promoted by the Catalan government. Join effort of Universities, regional and local authorities, telecommunication operators,service providers and companies. UPC (Technical University of Catalunya) keeps the leadership. TF-NGN Optical Networks 1

2 i2cat Project The goal of the present agreement is to establish an experimental pre-competitive platform, named i2-cat, to promote the deployment of broadband services and applications developed by public or private R+D communities, and also to promote the deployment of the broadband infrastructure of the carriers operating in Catalonia. Thus, i2-cat is essentially a project for the experimentation of broadband applications and services based on the telecommunication infrastructures provided by participant entities. i2cat Members TF-NGN Optical Networks 2

3 Working groups Structure (Clusters) Project structure TF-NGN Optical Networks 3

4 ATM STM-4 Cisco Juniper M20 Internet - RedIris - Geant - Abilene Firewall ATM STM-4 Cisco Catalyst Cisco Catalyst Firewall - NAT Internet - 6Bone Nortel Optera Metro GPRS TF-NGN Optical Networks 4

5 WDM Optical Rings Project ( ) Two optical rings Throughput a 2.3 Gbps. GE Network Access project GE at home scenario TF-NGN Optical Networks 5

6 i2cat Digital Media Cluster ( ) Opera Oberta New Digital Media Portal, Dexvio MedConference, a son of Megaconference for the biomedical community City-based Wireless LAN video (e-gothic) HDTV Internet project Òpera Oberta Project (2001) Uncompressed HDTV over fibre MPEG2 over IP Multicast LICEU HDSDI HDSDI (1,5 Gbps) CINESA Diagonal SDI Media Gateway MPEG2 (10 Mbps) i2cat IP Multicast UNIVERSITATS (UPC, UdG, UdL) TF-NGN Optical Networks 6

7 Òpera Learning Project ( ) Create an IP channel TV ofering live Opera from the Liceu Opera House Participants: Liceu, Techno Trends, UOC, UPC and CIRENE. City-based WLAN Localisation and Tourist Information egòtic TF-NGN Optical Networks 7

8 The Gaudi Project Real HDTV over IP igrid 2002 Seattle Amsterdam 270 Mbps (SDI) over IP i2cat Network Technologies IPv6 deployment, IPv6 services and TM Multicast deployment WDM network VDSL Access Network FTTH (GE) Access Network GPRS / UMTS Access Network WLAN Access Network TF-NGN Optical Networks 8

9 i2cat in the future Join research with similar experimental platforms (networking, services and applications) Collaborate with TF-NGN. Contribute with our expertise running an experimental network and services with real users. Collaboration with 6NET. Currently i2cat network is being migrated to IPv6. CARISMA Project Optical Ring Network using DWDM Optical Network of i2cat And much more TF-NGN Optical Networks 9

10 TV Terrassa i2cat Optical Ring Deployment 6 Fibres TV3 4 Fibres 2 Fibres Montjuic IMI (Glories) City Hall 23 i2cat and CARISMA Interconnection Campus UPC Terrasa IP Client Dynamic Network Static Network Fibre OADM IP Client CARISMA IP Client IMI (Instituto Municipal de Informática) OADM TVC OXC BCN Ring (i2cat) OADM IP Client Campus UPC Castelldefels * OADM IP Client IP Client Barcelona City Hall 10th TF-NGN. * (Centro Rome de 6/2/03 Comunicaciones Avanzadas de Banda Ancha) 24 TF-NGN Optical Networks 10

11 Client Node: CWDM Network GEth. 1000Base-LX GEth. 1000B-SX Optical Switch DWDM / CWDM Conversion CWDM Rx 8λ s Tx 8λ s λ1 λ2 λ2 λ1 25 Network NMS (Network Management System) DCN NMI-A OCC UNI Control and Management Plane NNI OCC NNI CCI OCC UNI NMI-T CCI Eth. Switch/Router Links CCI UNI DWDM Link Campus Terrassa Transport and Data Plane Optical Node Electric and optical links Campus Nord UPC (BCN) 26 TF-NGN Optical Networks 11

12 6ONITE IPv6 Optical Network Integration with TE TE box Control Plane Link Router LAN Campus Terrassa Transport and Data Plane Optical Devices Vilafranca Campus Nord UPC Managment Center 6ONITE Access Network Control & network monitoring pakets Control Plane LAN LAN Transport & Data Plane Optical Switch DWDM CDWM CWDM Ring (8λ) DWDM Optical Device TF-NGN Optical Networks 12

13 6ONITE Objectives Provide a reliable network with QoS and dynamically Bandwidth on Demand on IPv6 Deploy an Optical Transport Network with Traffic Engineering under IPv6 Implementation of unused fields of IPv6 (flowid, ) to implement a robust control with Traffic Engineering. Provide the network with full management by the SNMP protocol and new optical MIB s Interrelation between L2 and L3. Deploy an intelligent network. Control Plane deployed at the IP domain and operates both, at the IP level (with DiffServ) and at the optical domain. Optimization of the bandwidth resources. Monitoring the network. Provide the network with Security and other policies. Study the interoperability. Provide the network with a billing and an accounting platform. Combination of different optical technologies such as DWDM and CWDM. Summary We are willing to establish collaboration with NGN experimental projects. Connection of i2cat/carisma network to other research platforms is a priority issue. Proposal for IPv6 Optical Integration with TE open for new partners. TF-NGN Optical Networks 13