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MSP3000 Platform - Fiber Solutions for Long-Haul Transmission

MICROSENS GmbH & Co. KG offers the MSP3000 Platform - a dynamic multi-reach optical transport platform for metro, regional, and long-haul networks. With high scalability, low power utilization, and advanced ROADM capability, it is cost optimized and provides reliable fiber solutions.

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MSP3000 Platform - Fiber Solutions for Long-Haul Transmission

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  1. MSP3000 Platform Paweł PilewskiPre-Sales Engineer MICROSENS GmbH & Co. KG

  2. MICROSENS – Highlights • Foundation 1993. • Competence in fiber solutions andlong haul transmission. • HQ in Hamm, Westphalia – Germany. Production in Hamm, “Made in Germany”. R&D in Hamm, Frankfurt and Poland. • International Subsidiaries:France, Poland. • > 500.000 active fiber ports installed. • Technology partner of well known global manufacturers such as SIEMENS (Hipath ready), Alcatel-Lucent, Draeger Medical, Mobotix… • Project- and use oriented with high success rate. • Since 2006 a company of the euromicron group.

  3. Company – Business Areas Enterprise Networks Industrial Solutions Optical Transport • FTTO - Fiber To TheOffice Concept • BFOPs – Basis Fiber Optic Products • Network ManagementPlatform (NMP) • Devices for the use in harsh environments • Reliability • Fail safe operation • Ring redundancy • Wide area location interconnection • Data center interconnection • Wide area networks • Security / real time encryption

  4. Agenda • Introduction to MSP3000 Platform • Chassis • Optical Interfaces • Optical Transport modules • Aggregation modules • Multiplexers • Amplifiers • Management • Summary

  5. MSP3000 Platform • End users: • Service Providers, • Operators, • Enterprises, • Government, • Universities • Dynamic Multi-Reach Optical Transport Platform • for Metro, Regional & Long-Haul

  6. MSP3000 Platform • Cost and size optimized • Highly scalable as you grow with low initial costs • Multi-protocol and Multi-rate client accesses • Long haul distances up to 2000km • Up to 300km with no in line amplifiers with full channel capacity • Low power utilization, as much as 40% less than competitive solutions • 40ch.@100GHz, 80ch.@50GHz,160ch.@25GHz • Electrical Add/Drop for flexible channel mgmt • Single fiber operation (bidirectional) • Advanced ROADM capability • Tunable lasers for performance and spare optimisation

  7. MSP3000 Platform System optimisation • The cost of infrastructure • Minimized Required Wavelengths • Single fiber operation • Elimination of amplifier sites • The transponders • Many different transponder options to better scale to a customers application • Scale the amplifiers • Field upgradeable amplifiers (in service) for higher channel counts at a later date. • Scalable ROADM technology… cost optimized for 2 or 4 degrees, field upgradeable • Pluggable optics support

  8. MSP3000 Platform

  9. Agenda • Introduction to MSP3000 Platform • Chassis • Optical Interfaces • Optical Transport modules • Aggregation modules • Multiplexers • Amplifiers • Management • Summary

  10. Chassis • MS430500/1M: Modular Chassis • 19 ’’ or ETSI, 2RU chassis, 300mm deep • Carrier Class, NEBS & ETSI Compliant • Dual Power supply input • Fan Unit • Dust Filter • Management Unit (MS430520M-B) • 5or 6 generic slots • All modules are hot swappable • MS430502/4M: Modular Chassis • 19 ’’ or ETSI, 6/7RU chassis, 300mm deep • Carrier Class, NEBS & ETSI Compliant • Dual Power supply input • Fan Unit • Dust Filter • Management Unit (MS430520M-B) • 20 generic slots • All modules are hot swappable

  11. Agenda • Introduction to MSP3000 Platform • Chassis • Optical Interfaces • Optical Transport modules • Aggregation modules • Multiplexers • Amplifiers • Management • Summary

  12. Optical interfaces Interfaces • SFP up to 4GFC • B&W, CWDM, DWDM • Intra-office, short haul • (STM-1, STM-4, STM-16, 1GbE/GFC, 2GFC, 4GFC) • XFP or SFP+ (STM-64, 10GbE, 10GFC, 8GFC) • B&W, CWDM, DWDM • Intra-office, short haul • CFP for 100G applications

  13. Agenda • Introduction to MSP3000 Platform • Chassis • Optical Interfaces • Optical Transport modules • Aggregation modules • Multiplexers • Amplifiers • Management • Summary

  14. Optical Transport Modules 10G Transponder/Regenerator • 10G Regeneration • Hot swappable • Only 1 slot • Client XFP/FFI interfaces • Option with tunable FFI line interfaces • Applications: • Metro and Regional optical networks • Upgrade existing CWDM/DWDM networks • 10G or OC-192/STM-64 signal repeaters

  15. Optical Transport Modules Hex Transponder • 6 client ports to 6 line ports • All ports (client and line) withSFP+ • Supported protocols on client side: • 10GbE • OTU2, OTU2e • OTU2/OTU2e line rate • Including G709 FEC • Applications: • Metro and Regional optical networks • Upgrade existing CWDM/DWDM networks

  16. Optical Transport Modules 10G VLH Transponder • 10G Very Long Haul Transport • Hot swappable • Only 1 slot inside new 7HU Chassis (MS430504M) !!! • Next Generation Forward Error Correction (NG FEC) • Embedded Data Communication Channel (DCC) • Applications: • Very Long Haul optical networks • Eliminating regeneration nodes

  17. Optical Transport Modules • 10G Transponders - Application • Metro, Regional and Long Haul optical networks • Upgrade existing CWDM/DWDM networks – foreign wavelength • Eliminating regeneration nodes

  18. Optical Transport Modules • 8G FC Transponder/Regenerator • 8G FC Regeneration • Hot swappable • Only 1 slot • Client XFP interfaces • FFI line interfaces • Applications: • Disaster recovery • SAN Interconnection • Storage Network

  19. Optical Transport Modules • 8G FC Transponder - Application • Metro networks • Upgrade existing CWDM/DWDM networks • Storage Networks

  20. Optical Transport Modules • Quadruple Transponder • From 100 Mbps to 4 Gbps • 4 Transponders (8x SFP)on 1 slot card • Highest density • 20 WDM channels in 2 RU • Software selectable data rates • Performs full 3R (retime, reshape, retransmit) signal regeneration • Each port is independent

  21. Optical Transport Modules • Quadruple Transponder - Application • CWDM & DWDM networks • Edge, Metro and Regional optical networks • SONET/SDH, Ethernet and Storage networks • Regeneration sites

  22. Agenda • Introduction to MSP3000 Platform • Chassis • Optical Interfaces • Optical Transport modules • Aggregation modules • 40G Solution • Multiplexers • Amplifiers • Management • Summary

  23. Aggregation Modules • A wide range of modules • 8x GbE/GFC over 10G signal • Optional Daisy Chain • Data Communication Channel • 5x GbE/GFC/2GFC over 10G • Ultra low latency • Data Communication Channel • 4x STM-16 over 10G • Optional Daisy Chain • Data Communication Channel

  24. Aggregation Modules • 8 Port Multi-rate Aggregation Module • Aggregation of most commons service types • Multi-rate and Multi-protocol • 8 local interfaces • Client rates from OC-12/STM-4 to 4G FC • Optional Line protection • Optional Daisy Chain • Embedded Data Communication Channel (DCC) • Small footprint in a 2 HU chassis with high density of Multi-protocol ports

  25. Aggregation Modules • 8 Port Multi-rate TDM Module - Application • Business Services • Data Center interconnect • Wireless/IP DLC/DSLAM Back Haul

  26. Aggregation Modules

  27. Aggregation Modules

  28. Aggregation Modules

  29. Aggregation Modules

  30. Agenda • Introduction to MSP3000 Platform • Chassis • Optical Interfaces • Optical Transport modules • Aggregation modules • Multiplexers • Amplifiers • Management • Summary

  31. Multiplexers • Mux/DeMux Family • 2 channels: Band splitter/coupler • 4 channels Mux/DeMux • 8 channels Mux/DeMux • 10 channels Mux/DeMux • 16 channels Mux/DeMux • 20 channels Mux/DeMux • 40 channels Mux/DeMux • Optional upgrade ports • Adding channels without service interruption

  32. Line In/Out Upgrade Port Upgrade Port Upgrade Port 10 channel Mux/DeMux_R1 10 channel Mux/DeMux_R2 10 channel Mux/DeMux_B2 10 channel Mux/DeMux_B1 Up1 Up3 Up4 Up2 CH40 to CH49 CH30 to CH39 CH50 to CH59 CH60 to CH69 … … … … Forth 10 Ports Third 10 Ports First 10 Ports Second 10 Ports Multiplexers • Mux/DeMux Family - Upgrade • Daisy Chain of MUX to reach additional up to 32, 40 or 80 channels

  33. Multiplexers • OADM and ROADM modules • 1 channel Add/Drop • 2 channels Add/Drop • 4 channels Add/Drop • 8 channels Band Add/Drop • 40 channel ROADM • 80 channels ROADM

  34. Multiplexers • OADM - Application

  35. Multiplexers • ROADM • „Local Add Drop Channels” are the number of channelsdropped at the ROADM node • MICROSENS solution scales cost effectively from 2 to 8 degrees

  36. Agenda • Introduction to 10G Platform • Chassis • Optical Interfaces • Optical Transport modules • Aggregation modules • Multiplexers • Amplifiers • Management • Summary

  37. Optical Amplifiers • EDFA- Application • Extending reach of Optical & DWDM networks

  38. Optical Amplifiers New EDFA Amplifiers • Current • Variable nominal gain to cover all span insertion loss from 18dB to 32 dB with a single ILA • Middle stage access for DCM on the In line version • Monitoring ports available • New • Automatic output power adjustment (works in constant gain mode: no more need of APC module) • Integrated OSC functionality • Span loss monitoring • Additional Benefits • Optimized footprint (2 slots instead of 3-5 slots)

  39. Optical Amplifiers Fiber Ageing modification Pin= -5 dBm Pout = 17 dBm Pout = 17 dBm 40 channels Pout= 1 dBm/λ Pout = 1 dBm/λ 40 channels -21 dBm /λ Span Nominal Insertion loss: 22 dB ODC ODC NEW EDFA NEW EDFA NEW EDFA NEW EDFA ILA Gain: 22 dB • Fiber ageing : Additional 1dB on the span loss Pin= -6 dBm Pout = 17 dBm Pout = 17 dBm Pout = 16 dBm 40 channels Pout = 1 dBm/λ Pout = 0 dBm/λ: impact on OSNR! Pout = 1 dBm/λ: No impact on OSNR! 40 channels -22 dBm /λ Span Ageing Insertion loss: 23 dB ODC ODC ILA Gain: 23 dB • Necessity to adjust the amplifier nominal gain in case of fiber ageing to avoid any OSNR impact on all channels • Monitoring of span insertion loss requested to be able to adjust the amplifier Gain

  40. Optical Amplifiers Optical Performance Monitoring Card • Can be used in several location in the network • Example on terminal site only MUX/ DMUX DGE module: per channel attenuation EDFA WSS • Feedback from the OPM is used to control the DGE to optimize the spectrum flatness at the Booster output(communication between OPM and DGE achieved by MNGT cards inside the chassis) MNGT Performance Monitoring 1X8 Switch

  41. Optical Amplifiers EDFA Summary

  42. Optical Amplifiers • RAMAN Amplifier • Fully independent • Rack mountable 1 HU • Up to 14 dB gain (triple pump model) • Contra-directional and co-directional • Comprehensive eye safety – Class 1 M • Automatic shutdown and restart • Increase distance by 50 to 100 km • Optimized OPEX: Less intermediate sites • Optimized CAPEX: Less regeneration and/or In Line Amp

  43. Optical Amplifiers • RAMAN Amplifier - Application • Very long spans

  44. Agenda • Introduction to 10G Platform • Chassis • Optical Interfaces • Optical Transport modules • Aggregation modules • Multiplexers • Amplifiers • Management • Summary

  45. Management • Network Management Platform • Network Element Manager • Configuration, managementand supervision of devices • Graphical representation ofthe devices • Network Topology Manager • Visualization of networkstructure • Graphical error and alarmreporting • Client/Server version available

  46. Management • NMP, CLI and Web Based Craft Terminal • Web Based Craft Terminal • HTTP 10/100M Ethernet RJ45 • SNMP agent embedded on themanagement card • SNMP • 100M Ethernet RJ45 interface • SNMP v1, v2 • CLI • RS232 physical interface • Type of interface: SSH

  47. Management • Remote Management

  48. Agenda • Introduction to 10G Platform • Chassis • Optical Interfaces • Optical Transport modules • Aggregation modules • 40G Solution • Multiplexers • Amplifiers • Management • Summary

  49. Key selling points SAN applications • Full interoperability with all SAN vendors • Certified by Brocade, the leading SAN vendor • Support for all storage protocols: ESCON, FICON, 1,2 ,4, 8 ,10G Fibre Channel • Aggregation modules with multiprotocol support to combine SAN with Ethernet transmission on single lambda • Single fiber operation (bidirectional)

  50. Key selling points Carrier applications • Long haul distances up to 2000km • Up to 300km with no in line amplifiers with full channel capacity • Leading optical performance on the market • NG FEC allows 10dB gain • 100G and more… ready network design • Foreign wavelength operation possible • Low power consumption and small system size • 40 channels @ 100GHz, 80 channels @ 50GHz, 160 channels @ 25GHz

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