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G-WiN - the future Gbit/s Infrastructure for the German Scientific Community. Gertraud Hoffmann, DFN-GS URAN Workshop Kiev 29.09.-3.10.1999. Contents. Current Network B-WiN Reasons for a new Gbit/s-Network Traffic Analysis Technology The Procurement Future G-WiN-Services
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G-WiN - the future Gbit/s Infrastructure for the German Scientific Community Gertraud Hoffmann, DFN-GS URAN Workshop Kiev 29.09.-3.10.1999
Contents • Current Network B-WiN • Reasons for a new Gbit/s-Network • Traffic Analysis • Technology • The Procurement • Future G-WiN-Services • G-WiN Characteristics
IAP FH HST Uni Kiel Uni HRO DESY, DKRZ, TU HH GKSS, Uni BW, Uni HH Uni HGW HS HWI Hamburg TUB, HUB, ZIB, WISTA BBB, MPG, GMD FH NB Uni HB Uni LG Uni OL FU B Uni H Uni OS Uni FF Uni P Uni MS Berlin TU BS Hannover Uni BI Uni E TU CLZ Uni HI Uni DO Uni MD Uni DU Uni W Uni PB GwD GÖ Uni HA Leipzig Uni D Uni HAL FH EF Uni Bo FZ JÜL Uni Si Uni J TU DD BA WE Köln Uni L Uni BN Uni K Uni KS TU IL RWTH AC DLR K Uni GI Uni MR TU C GMDSt.Aug Uni BA Uni F Uni BT TH DA Frankfurt Uni ER Uni N DWD Uni ER Nürnberg Uni WÜ Uni KL Uni R Uni HD KU EI Karlsruhe Uni PA Uni A Stuttgart Uni S München LRZ M LRZ M MPI Uni BW-M Breitband-Wissenschaftsnetz (B-WiN) 34 Mbit/s 155 Mbit/s
Reasons for a New Gbit/s-Network • Growing quantitative demands • national connectivity • traditional applications • new applications • distribution of intl. Traffic • Growing qualitative demands • flexible bandwidth assignment • CoS / QoS Requirements • Changes on the bandwidth market
Traffic Analysis (2) • Growing traditional traffic: (factor 2.2 pa) • Multimedia factor: 3-5 on monthly averages • consequence 1: number of high-speed accesses will grow over the years (technical perspective) • consequence 2: backbone has to be dimensioned according to the needs with only financial restrictions
G-WiN Technology (1) • SDH /WDM platform for IP traffic • Point-to-Point service (flexible bandwidth provision) • 60 * 34 Mbit/s point-to-point available and switchable at any time • ATM Service (flexible bandwidth and QoSprovision) • within backbone flexible shifts of bandwidth according to changing user demands
Technology (2) G-WiN Backbone Customer Router / ATM Switch Backbone Node (29)
Future G-WiN-Services • Services Capacity (in Mbit/s) • Internet 0.128, 2, 34, 155, 622, 2400 • Point-to-Point 2, 34 • ATM 2, 34 • CoS / QoS • urgent need for a lot of applications • needs definition and organisational concepts for implementation
The Procurement • European Tendering for winner • backbone Deutsche Telekom • access lines miscellaneous • router CISCO • transatlantic connectivity still open
G-WiN Characteristics (5) • appropriate platform for traffic growth and for new user applications • Implementation of latest available technology (SDH / WDM, later end-to-end WDM) • appropriate cost/bandwidth curve on the ntl. scale, later (hopefully) Europe and US • available Q1 2000