OASE EU - Concertation and Cluster Meeting Jan “Optical Access Seamless Evolution” OASE Grant agreement no:249025, ICT :The Network of the Future OASE_CaON_2010_v03.ppt · Screen PresentationEU - Concertation and Cluster Meeting Jan. 2010

OASE EU - Concertation and Cluster Meeting Jan OASE consortium. 12 partners from 8 countries: –SME coordinator –3 operators –2 (3) vendors –3 universities –2 research institutes Duration: Jan 2010 – December 2012 Total budget: 7,664,241.00€ EU contribution: 4,980, €

OASE EU - Concertation and Cluster Meeting Jan OASE in a nutshell. Development and assessment of next- generation optical access (NGOA) network architectures for the “2020” time horizon focused on European requirements. Technology and architecture evolution focusing on minimized total cost of ownership Supporting new business models Next-generation optical access network with the highest potential of enabling  > 1 Gbit/s per customer  > 1000 customers per fiber feed and  > 100 km transmission distance. Development and assessment of next- generation optical access (NGOA) network architectures for the “2020” time horizon focused on European requirements. Technology and architecture evolution focusing on minimized total cost of ownership Supporting new business models Next-generation optical access network with the highest potential of enabling  > 1 Gbit/s per customer  > 1000 customers per fiber feed and  > 100 km transmission distance. Scope Today Transformation architecture topology Long reach Traffic symmetry TDM?; WDM?, OFDM? hybrid solutions? High bandwidth High splitting ratio 2020

OASE EU - Concertation and Cluster Meeting Jan Scope. Mission statement: Develop and assess next-generation optical access (NGOA) network architectures for the “2020” time horizon focused on European requirements. –Technology and architecture evolution focusing on minimized total cost of ownership (TCO) –Support for new business models –Next-generation optical access network with the highest potential of enabling ≥ 1 Gbit/s per customer > 1000 customers per fiber feed and ≥ 100 km transmission distance.

OASE EU - Concertation and Cluster Meeting Jan Challenges. Evolution from copper to FTTH and NGN Business models in multi-service and multi-operator environment Optical technologies enabling structural network architecture changes Optimal technical solution for NGOA networks Optimum topological and functional split of core, NG optical access and home networks Simplified network operation European vision for requirements and standardization

OASE EU - Concertation and Cluster Meeting Jan Main Objectives. Define requirements for NGOA networks Identify suitable network architectures for optimised TCO Identify the network technologies Examine the interactions between businesses in an “open network” marketplace Validate in a controlled environment via experimental testing Define a European vision and standardise it

OASE EU - Concertation and Cluster Meeting Jan Optimise TCO. (1/2) DSLAM DSL FTTC MDU- ONU DSL OLT Edge Node FTTB ONT OLT Edge Node FTTH Aggregation Network Providing Fiber to the home:  Removes access bottleneck  Enables full services portfolio  Is future-proof BB-POP CO old Cab CO new Home / Building 40 Mio 18 Mio 300 k <100 Step One: Migration to FTTH Redesign the whole network by exploiting optic capabilities  Simplify network structure  Reducing no. of access nodes, minimizing aggreg. netw. impact Step Two: TCO optimization ONT OLT Edge Node Aggregation Network ONT OLT Edge Node Agg. Nw. ONT OLT Edge Node Minimal TCO? OASE - time horizon 2020 Edge Node Aggregation Network DSLAM DSL Edge Node FTTEx Aggregation Network

OASE EU - Concertation and Cluster Meeting Jan Optimise TCO. (2/2) Site & building costs Aggregation link costs Access link costs OLT/AGS sites Total costs Costs OLT/ AGS Customer premises PoP OLT Aggregation links Access links Access network Aggregation network OLT/ AGS OLT/ AGS Dependency of access / aggregation network structure and total network costs TodayFuture

OASE EU - Concertation and Cluster Meeting Jan Work package structure. WP7: Experimental validation WP1: Project management and coordination WP4: System concepts of next generation optical access networks WP3: Next generation optical access architectures WP5: Techno-economic assessment WP2: Requirements for European next generation optical access networks WP6: Business modeling and regulatory aspects WP8: Dissemination

OASE EU - Concertation and Cluster Meeting Jan Requirements and dissemination WP2 & WP 8. WP 2: Phase 1: Setup of initial OASE requirements Phase 3: Review and finalization of OASE requirements Phase 2: External collaboration and dissemination WP 8: Project internal requirements setup starting from FSAN requirements Bilateral workshops with European Operators OASE final requirements Project external information exchange with operators, EU projects, vendors Standardization (FSAN, IEEE) Review of OASE requirements Initial OASE (NGOA) requirements Validation of OASE requirements Final OASE requirements

OASE EU - Concertation and Cluster Meeting Jan OASE cooperations. Cooperation with project in same field: –Accordance (ODFMA Hybrid/optical access): OFDMA PON assessment and techno-economic analysis –SARDANA: WDM TDM/TDMA PON –Gigawam: component technologies for WDM/TDM PON –ALPHA: transmission solutions involving fiber and wireless –FUTON: ROF Standardisation: project active in FSAN / ITU-T Main operators: set-up of an Industry Board.