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Wireless Optical IP in the Last Mile

Wireless Optical IP in the Last Mile. Implementing the network. Agenda. Overview OptiSwitch Master product line Mesh Implementation Service Management Applications. Overview. The system responsible for “making it all come together” is the OptiSwitch Master TM

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Wireless Optical IP in the Last Mile

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  1. Wireless Optical IP in the Last Mile Implementing the network

  2. Agenda • Overview • OptiSwitch Master product line • Mesh Implementation • Service Management • Applications

  3. Overview • The system responsible for “making it all come together” is the OptiSwitch MasterTM • Enables carrier class access network • Provides the flexibility for specific carrier business model

  4. OptiSwitch MasterTM (OSM) • Modular system • 10/100/1000 Ethernet interfaces • Unique software: based on Linux OS • Unique Hardware: based on Network Processors

  5. OptiSwitch MasterTM Implementation of Linux OS • Code stability • Fast time to market • Cutting edge applications

  6. OptiSwitch MasterTM • Network Processors are micro-code programmable network computing components • Wire-speed manipulation of any part of an IP datagram • Becomes more powerful when combined with an open PC architecture and open source software

  7. OptiSwitch MasterTM • Carrier class recovery: IP Routing tools • Carrier Class subscriber privacy: IP security tools • Carrier Class Service: SLA tools

  8. Routing • SONET level recovery • Internal hardware designed for failure detection in milliseconds • Software customization and integration with policing tools

  9. Security • IP Intrusion control provides the best non-encryption based security solution. • No client application at the user’s site • Easy to implement user-to-user attacks • Tools for denial of Service prevention • Easy to manage

  10. SLA tools • Per flow Classification and Policing tools • Definition of bandwidth guaranty, resource reservation, prioritization and scheduling • Rate limiting per flow according to layer 2-7 (tag, IP address, TCP/UDP port etc.) • Traffic engineering for traffic burst-size control • Definition of bandwidth violation policies

  11. Mesh implementation • “No-drop” recovery and re-routing time • SONET level convergence • Also supports Ring and star topologies • Provides RF fail over path combined with SLA • Simple integration with OptiSwitch systems

  12. Service Management • User’s authentication, Authorization to resources, and Accounting with RADIUS • Default gateway aggregation • Tools for IP address manipulation • Network Topology management

  13. Backbone Campus Application

  14. Applications TereScope Link 2 TereScope Link 1 TereScope Link 3 RF Link Voice Gateway/ IP PBX E-Business Residential

  15. Voice Gateway/ IP PBX E-Business Residential Application TereScope Link 3 Frame SLA? RF Link

  16. Ethernet OSM in the CO • AAA • Routing • Classification Uplink Router OSM OptiSwitch Central Office SDH

  17. Thank You

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