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Megaplex-4

Megaplex-4. Version 4.1 Controlled Availability. Agenda. Introduction to RAD’s Service Assured Access Megaples-4 overview Version 4.1 features & benefits Management Summary. RAD’s Service Assured Solutions. Retail Providers of Business Ethernet Services . Wholesalers. Service Providers

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Megaplex-4

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  1. Megaplex-4 Version 4.1Controlled Availability

  2. Agenda • Introduction to RAD’s Service Assured Access • Megaples-4 overview • Version 4.1 features & benefits • Management • Summary

  3. RAD’sService Assured Solutions Retail Providers of Business Ethernet Services Wholesalers Service Providers Best Service Assured Access Solutions Mobile Operators Leasing Wholesale Networks Railways Substation Connectivity Motorways Transportation & Government Packet-based & Legacy Communications for Private Networks Teleprotection Connectivity Air Traffic Control Power Utilities Best EvolutionaryMigration Solutions Maritime Operational Network Government/Defense

  4. Increase Revenues: SLA/Premium service introduction Up-selling opportunities Fast TTM Customer stickiness & reduced churn High resilience Service Assured SolutionsMajor Capabilities A comprehensive set of tools making it easier to plan, deploy, provision, and maintain Carrier Ethernet services • Reduce TCO: • Better network utilization • Reduce truck rolls • Reduce trouble ticket handling • Space and power savings • Minimize integration, training and inventory

  5. Megaplex-4 • Megaplex-4 – Carrier-class, TDM and Ethernet aggregator, high capacity DS0 cross connect and next generation multiservice access node consist of two devices: • Megaplex-4100 – High scale Next Generation Multiservice Access Node • Megaplex-4104 – Compact Next Generation Multiservice Access Node MP-4100 MP-4104

  6. Why Megaplex?Applications & Services Carriers Utilities Service Extension Management Hybrid • Customer services • Legacy TDM • Ethernet • First mile • Service Multiplexing • Extended reach • High rate • Remote power feeding PBX Megaplex-4 E1/T1 Fiber Copper OP-108 STM-1/OC-3 STM-4/OC-12 SDH/SONET LAN ETH ASMi-5x

  7. Why Megaplex?Applications & Services Carriers Utilities Management Hybrid Service Extension • POP/Aggregation • Modular • Multi Service • Large scale • Future proof • Hardened • Customer services • Legacy TDM • Ethernet • Backbone • Traditional TDM • Future PSN • First mile • Service Multiplexing • Extended reach • High rate • Remote power feeding STM-1/OC-3 STM-4/OC-12 PBX Megaplex-4 E1/T1 Fiber Copper OP-108 SDH/SONET LAN ETH ASMi-5x GbE PSN

  8. Why Megaplex?Applications & Services Carriers Utilities Management Hybrid Service Extension Broad Perspective. Direct Control. STM-1/OC-3 STM-4/OC-12 PBX Megaplex-4 E1/T1 Fiber Copper OP-108 SDH/SONET LAN ETH ASMi-5x GbE PSN

  9. Why Megaplex?Applications & Services Teleprotection V.35/RS-449 E&M FXS RTU Utilities Carriers FXS V.35/RS-449 Management Hybrid Legacy Support Sub-Stations Megaplex-4 Megaplex-4 Low Speed Data MSAP Node Megaplex-4 Teleprotection RTU LowSpeedData FO ETH PBX C37.94 64 kbps, RS-449 SDH/SONET 9.6 kbps RS-232/ETH STM-4/OC-12 FO

  10. Why Megaplex?Applications & Services Teleprotection V.35/RS-449 E&M FXS RTU Utilities Carriers FXS V.35/RS-449 Management Hybrid Legacy Support Sub-Stations Megaplex-4 Megaplex-4 Low Speed Data MSAP Node Megaplex-4 Teleprotection RTU LowSpeedData FO ETH PBX C37.94 64 kbps, RS-449 SDH/SONET 9.6 kbps RS-232/ETH ETH STM-4/OC-12 GbE PSN New Network FO

  11. Why Megaplex?Applications & Services Teleprotection V.35/RS-449 E&M FXS RTU Utilities Carriers FXS V.35/RS-449 Management Hybrid Migration Sub-Stations Megaplex-4 Megaplex-4 Low Speed Data MSAP Node Megaplex-4 Teleprotection RTU LowSpeedData FO ETH PBX C37.94 64 kbps, RS-449 SDH/SONET 9.6 kbps RS-232/ETH ETH STM-4/OC-12 GbE PSN New Network FO

  12. Megaplex-4 Main Features

  13. Multiservice Support over SDH and Ethernet Networks Add Drop Multiplexer (ADM) SONET/SDH terminal SDH/SONET PBX Digital Cross Connect (DACS) TPR (Teleprotection) E1’s/STM-1/OC-3 STM-4/OC-12 Voice Modem Megaplex Analog bridge Phone - Fixed FE/GbE Router SCADA RTU Packet Switched Network TPR (Teleprotection) Breaker control circuit Relay/Alarm Intelligent Electronic Device (IED) Router Copper CPE Fiber CPE

  14. Physical View 2 x Power supplies 10x IO modules 10 x I/O modules 4U (6.8”) 2 x Common Logic Hybrid Ethernet/TDM Compact Redundant Hot Swap Hybrid

  15. MP-4104 – Physical View 2 Fans 2 Common Logic IEEE-1613 Compliant 2U (3.4”) 2 Power supplies 10x IO modules 4 IO modules Compact Redundant Hot Swap Hybrid Optional – No Fans

  16. Version 4.1Release

  17. Version 4.1 Features & Benefits

  18. Version 4.1 Features & Benefits

  19. Traffic Duplication for Gradual Network Migration SDH/SONET Ethernet • Traffic Duplication – Transport in parallel identical real-time mission critical traffic streams on both SDH/SONET network as well as a Carrier-grade Ethernet network • Lower latency due to Carrier-grade Ethernet fast performance • Better resiliency • Make available additional bandwidth for non-mission critical IT traffic • Future-proof network readiness for phased or full migration to PSN. The power utility may maintain a dual network topology and gradually migrate to a complete Carrier-grade Ethernet network Ethernet SDH/SONET

  20. Traffic Duplication Scenarios Ethernet SDH/SONET Megaplex builds the SDH and the Ethernet Rings Megaplex-4 Ethernet SDH/SONET Megaplex builds the SDH and Connected to an external Ethernet network (RAD’s or other vendor) SDH PSN CE or MPLS Core Ethernet

  21. Why RAD Hybrid Solution? Dry Contacts Teleprotection Sub-Station Voice Hot Line RTU PSN • A multiservice platform that supports TDM and Ethernet services, over Hybrid PDH/SDH and PSN network and ensure smooth migration from Legacy to Packet • Traffic Duplication for gradual Migration to PSN • Legacy interfaces Data FE/GbE STM-1/OC-3 STM-4/OC-12 Megaplex-4 38.4 kbps SDH/ SONET

  22. Megaplex’s System Clock using Sync-E • The Megaplex system clock will be retrieved from the PSN using Sync-E (via CL.2/A), to sync all TDM and TDM PWE services Sync-E Master Clock GBE Megaplex-4 Megaplex-4 Central Site Megaplex-4 PSN GbE GBE

  23. PoE Support in M-ETH Module • 8 GbE interfaces UTP and SFP • High port density and low price per port • Power over Ethernet ordering option • Max 80W per card • Max 40W per port • Max 240W per chassis • PoE assembly is based on Alternative B layout, in compliance with IEEE 802.3af, IEEE 802.3at ETH RTU IP/MPLS Megaplex-4100 Voice Substation/Train Station/Control Tower PC IP Phone ETH PoE Router SDH/SONET Server VideoCamera GbE ETH PoE

  24. Management Security Enhancements • Version 4.1 introduces management security enhancements • TACACS+ • Allows centralized authentication and access control • Avoids the need to maintain a local user data base on each device on the network • The TACACS+ server encrypts the entire body of the packet but leaves a standard TACACS+ header • Access Control List for Management traffic to improve security • Flexibly filter (Deny, Permit), management traffic • ACL per IP address and TCP/UDP ports

  25. Common Logic Options • Common logic options

  26. Supported CardsMegaplex-4 Version 4.1

  27. Supported CardsMegaplex-4 Version 4.1 Cont.

  28. Applications

  29. Typical Substation Multiservice with Future Migration to PSN Teleprotection V.35/RS-449 Multiservice Voice, Data, Eth, TP E&M FXS RTU Low Data Speed SDH/SONET Uplinks Connectivity F.O. or Copper FXS Sub-Stations V.35/RS-449 RS-232/ETH ETH MSAP Node C37.94 64 kbps, RS-449 Teleprotection RTU Megaplex-4100 Megaplex-4100 LowSpeedData FO ETH PBX C37.94 64 kbps, RS-449 Megaplex-4100 9.6 kbps SDH Access Network Existing RS-232/ETH 9.6-38.4 kbps STM-1 GbE PSN New Network FO Hybrid TDM & Ethernet Carrier-grade Ethernet Environmental IEEE1613 IEC-61850-3

  30. Case Study Major Power Utility in Russia: Substations interconnection over a Carrier-grade Ethernet network Carrier-grade Ethernet ETX-5300A ETX-5300A ETX-5300A TDM Uplinks Pseudowire 10 Gigabit Ethernet-based Core Network Old Substations Telemetry Telemetry Telemetry Megaplex Megaplex Megaplex Megaplex Megaplex RS-232 Telemetry SCADA SCADA RS-232 ExistingSDH SCADA n x E1 n x E1 ETH STM-1 STM-1 SCADA PBX PBX ETH PBX PBX Voice Existing SDH Voice 10 GbERing NMS New Control Center RS-232 Telemetry Server STM-1 RS-232 ETH ETH n x E1 SCADA ETH ETH ETH Voice PBX Old Substations Voice RS-232 Voice Ethernet Uplinks NMS Network Management New Substations

  31. Case Study:Utilities in Russia: Integrated Data and Voice Services over SDH • Customer Benefits: • Legacy (FXS/FXO, 4-wire, RS-232) and Ethernet services over the SDH and Leased E1 • Centralized solution with management • Scalable, typical solutions for Power Industry • RAD Advantages: • Powerful Central Node, MP-4100 -based • Ethernet traffic concentration • Support the traffic protection in the STM-1 SDH ring Megaplex-2100 Megaplex-2100 Megaplex-2100 Megaplex-2100 LAN #1 10/100BaseT FXS/FXO/4W, RS-232 FXS/FXO/4W, RS-232 IP SDH E1 STM-1 GbE «NEW» remote nodes E1 Megaplex-4100 n x FractionalE1s FE1 FE1 LAN #n 10/100BaseT FXS/FXO/4W, RS-232 «Old» remote nodes FXS/FXO/4W, RS-232 FXS/FXO/4W, RS-232

  32. Fiber and Copper Aggregation for Carrier Applications • Transport TDM and Ethernet from multiple branches over Fiber and/or copper to a central site, and aggregate the traffic towards SDH/SONET and/or PSN • Utilize existing copper/fiber infrastructure saving forklift expenses • Multiplex services at the CPE to optimize bandwidth and lower CapEx and OpEx • Aggregate Ethernet and TDM to SDH/SONET and/or PSN to optimize bandwidth towards the network • Smoothly migrate services reducing forklift costs and network downtime Branch Central Office SHDSL.bis FE NMS Megaplex-4100/4 PSN Branch E1 GbE FO FE STM-1/OC-3 STM-4/OC-12 SDH/SONET Branch FCD-IP E1 FE ASMi-54 Optimux-108

  33. Case Study:Carrier: in Africa: Bank – Branches Connectivity over PSN • Customer Benefits: • Branches connectivity over any existing Last Mile infrastructure: Copper, PDH and Wireless • Reduce CapEx/OpExby leveraging existing infrastructure for providing ETH/IP connectivity for the branches over new IP-MPLS network, enabling fast delivery • RAD Advantages: • Support ETH services over any available access infrastructure • Complete Access solution with Aggregation platform (MP-4100), Aggregate any ETH/IP traffic coming from DSL, PDH, Wireless towards IP/MPLS Network. Branch Branches 2/4W SHDSL 2/4W SHDSL E1 E1 Router Router ETH ETH POP POP PDH PDH PDH Router Router Router VLANz Megaplex-4100 Megaplex-4100 2W SHDSL E1 E1 VLANy GbE GbE ETH VLANx E1 GT-IP/MPLS Branch ATM 2W SHDSL E1 ETH Branch ETH Airmux Airmux ATM ETH ATM ASMi-52 ASMi-52 ASMi-52 ASMi-52 ASMi-52 ASMi-52 RICi-E1

  34. Case Study: Carrier in Africa: Ethernet and TDM Services over Copper or Fiber • RAD Advantage: • Wide range of interfaces (SHDSL/E1/ETH) • MP-4100 high capacity. STM-1 and legacy services on single BOX. • Multiratesupport • Single multi-functional platform • Customer Benefits • Reduce OpEx/CapExby Multiservice aggregation device at the PoP • Both E1 and Eth services over single Fiber • Ensure SLA by providing advance ETHservices with QoS Internet Customer A Customer A E1 E1 FO Link FO Link FE FE GE NMS Customer B Customer B GE Megaplex-4100 Megaplex-4100 STM-1 STM-1 FE FE SHDSL SHDSL SDHNetwork Customer C Customer C n x E1 n x E1 FE FE Optimux-108 Optimux-108 ASMi-54 ASMi-54 RICi-4E1 RICi-4E1

  35. Service Assured Networking -Operational Core Network Substation • Operational network traditionally based on SDH/SONET • Carrier Ethernet is ideal for replacing SDH/SONET for operational applications, offering various advantages over IP/MPLS: • Simplified architecture and management • Reduced Total Cost of Ownership (TCO) • Increased security • Lower latency • Assured QoS using CE tools • Ongoing performance monitoring RTU RTU Teleprotection Teleprotection PBX PBX Best evolutional, resilient& secured solutionfor the operational Network Carrier Ethernet Substation NMS

  36. is a unified, carrier-class management platform composed of three major management elements: • Element Management Level (FCAPS) • Performance Monitoring Portal • Network Service Manager

  37. RADview Position RADview

  38. RADview Open Interfaces

  39. Device Management • Megaplex-4 supports the following management capabilities Device Management • CLI driven terminal • Radius • TFTP/SFTP • Telnet • SSH • TACACS+ • SNMP v1, v3 • Out-of-band management ports • Ethernet; RS-232 • In-band management

  40. Value Proposition

  41. Summary • Even though the market is changing there is still a need for legacy equipment • Co-existence of network technology requires hybrid solutions • The Megaplex platform answers both legacy and future needs with its unique value proposition: • Lower CapEx using a single box solution • Lower OpEx by bandwidth optimization and low TCO • Support for legacy and for new services • Fiber and copper aggregation in the same box! • Clear migration path to PSN saves forklift upgrade costs • Unified solution as a central solution for multiple types of CPE • Powerful management • Clear roadmap with State of the Art innovations

  42. Ami Barayev Product Line Manager Ami_b@rad.com

  43. Megaplex-4 General Availability Features

  44. Carrier Ethernet Capabilities • Carrier Ethernet capabilities (With CL.2/A ) • Designed around RAD’s state of the art Carrier Ethernet engine (the same as the ETX line) • Traffic Management • Ethernet OAM • Performance Monitoring (Y.1731) • Bridge/Flow working modes • Ethernet Ring Protection (ERP) – G.8032v1 (With CL.2/A) • Migration path enabler (SDH to ETH) • Integrated ETX / Megaplex solution • 3rd Party interoperability • Dedicated Ethernet module • 8 x Copper (UTP) interfaces / 8 x Fiber (SFP) interfaces • Bridge / Flow working modes (Selection per port) • No need of external switch • MTU size: 9,600 Bytes Optimux ASMi PSN n x E1/T1 FE/ETH n x E1/T1 FE/ETH Local Services LS/HS Data SCADA Legacy services Voice MP-4100/4104 TDM-PW Gold Mission Critical Services EVC ETX-5300 MP-4100/4104 Silver ETX-5300 Real time - VOIP Bronze Video – best effort End-to-end Service Control, SLA Monitoring and Diagnostics

  45. Megaplex-4 new Ethernet Services CE CE CE Headquarter Headquarter Headquarter UNI UNI • E-Line: point-to-point • Each EVC connects two or more UNIs • Replaces a TDM Private line (EPL) • Replaces ATM and FR (EVPL) • E-LAN: any-to-any • Multipoint L2 VPNs • Transparent LAN Service • Multicast networks • E-Tree: point-to-multi point • Point to multipoint connectivity – Internet access and/or IP TV services • No connection between leaves Point-to-Point EVC Megaplex-4 Megaplex-4 Megaplex-4 Megaplex-4 CE CE CE CE CE CE UNI UNI Megaplex-4 Megaplex-4 ETX Internet Router UNI UNI Any-to-any EVC UNI ETX ETX UNI Point-to-Multipoint EVC UNI UNI ETX

  46. MEF CE 2.0 Highlights • CE 2.0 Service Manageability • E2E service and performance monitoring • Circuit validation and fault isolation • Benefit: Reduces service costs (OPEX) PSN E2E SLA Assurance eNB • CE 2.0 Multi-CoS – Multiple Classes-of-Service • Leverages TM tools for better QoS and Network Performance • Benefit: Efficient BW utilization avoids infrastructure over-build • Benefit: improve QoE by setting CBS per CoS (e.g. reduce queue length(CBS) for high priority, delay and jitter sensitive traffic while increasing CBSfor bursty, low priority traffic). E-Access • CE 2.0 Interconnect - Integrates autonomous CE networks • Accelerates delivery of off-net UNI-to-ENNI services • E-Access: New Wholesale Service • Benefit: Standardized Ethernet Access • Benefit: Minimizes quantity of custom Interconnectagreements UNI ENNI UNI EVC

  47. Megaplex-4 Traffic Management Features • Extremely flexible classification (flow): • Port, VLAN-ID, P-bit, TOS-DSCP, EtherType • Hierarchical-QoS (H-QOS) with flow level TM (CL.2 Network ports): • CIR/EIR Policing per flow for differentiated services • SLA assurance in congested links - shaping per EVC • Up to 8 queues per flow with Strict Priority and WFQ scheduling • Simplifying operation with powerful bandwidth profiles • Benefits • Increased revenues using ‘Intelligent’ over subscription • Multiple services from same port - EVC • Higher bandwidth utilization - EIR • Better utilization of network resources • Maintain customer satisfaction with differentiated services • Different Drop probability, delay and jitter at different cost • Reduce churn by ensuring SLA • Per service shaping ensures bandwidth per customer (EVC, EVC.CoS)

  48. Traffic Flow – Towards CL.2/A GE Scheduling (Between CoS) Policing (2R3C) Shaping (1R) Scheduling (Between EVCs) Mapping to Flow (marking EVC.CoS) Classification L2 Attributes 100,1 (RT) CIR/EIR 100.2 (ERP) WFQ, SP, WRED CIR/EIR 100.3 (WEB) Video CIR/EIR Shaping 100.4 (Unkn) CIR/EIR VoIP 100.5 (blocked) EVC1 CIR/EIR 200.1 (RT) EVC2 Shaping WFQ ERP CIR/EIR 200. 2 (ERP) EVCn CIR/EIR 200.3 (WEB) Web CIR/EIR Shaping 200.4 (Unkn) CIR/EIR Unknown 200.5 (Blocked) CIR/EIR WFQ, SP, WRED Social

  49. OAM – Operations Administration & Maintenance Substation A Real Time Central Site Priority Data Real Time EVC Best Effort Megaplex-4 Priority Data UNI Megaplex-4 Best Effort EVC 1 PSN/TDM Substation B EVC 2 Real Time Real Time Priority Data EVC UNI Best Effort Priority Data Best Effort UNI IEEE 802.3-2005 (802.3ah) IEEE 802.1ag OAM / ITU-T Y.1731 PM IEEE 802.1ag Connectivity Management ITU-T Y.1731 Performance Monitoring

  50. Hardware OAM vs. Software OAM

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