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MSP3000

MSP3000. Paweł Pilewski Pre-Sales Engineer MICROSENS GmbH & Co. KG Phone: +4 8 71 337 16 71 Email: ppilewski @microsens. pl www.microsens.com. V.2014- 10. Chassis & Commons. 7HU Chassis. 7RU Shelf (MS430504M) 311 mm | 12.2 inches (H) 442 mm | 17.4 inches (W)

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MSP3000

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  1. MSP3000 • Paweł Pilewski • Pre-Sales Engineer • MICROSENS GmbH & Co. KGPhone: +48 71 337 16 71Email: ppilewski@microsens.pl • www.microsens.com • V.2014-10

  2. Chassis & Commons

  3. 7HU Chassis • 7RU Shelf(MS430504M) • 311 mm | 12.2 inches (H) • 442 mm | 17.4 inches (W) • 264 mm | 10.4 inches (D) • 11.2 kg | 24.7 lbs • 20 generic PM (Pluggable Modules) slots • Any slot hosts any card • Slot 0 used for management card • Continuously upgradable • No backplane limitations preventing new module deployment—200G today, 400G tomorrow in same chassis

  4. 7HU Chassis - Mechanicals • Two -48V power supplies connectors • 76 W typical without PMs in generic slots • 1000W max with PMs • AC power via external rectifier (orderable through MICROSENS) • One management card (MS430520M-B) • One FAN unit with six fans • One dust filter • One optical fiber guide panel • Operating temperature • 0°C +50°C

  5. 2HU Chassis • 2RU Shelf (MS430501M/MS430503M) • 87 mm | 3.4 inches (H) • 442 mm | 17.4 inches (W) • 240 mm | 9.5 inchess (D) • 6.1 kg | 13.4 lbs • Pluggable 85-265 VAC & -40.8 to -57.6 DC power options • 6 generic PM (Pluggable Modules) slots • Any slot hosts any card • Continuously upgradable • No backplane limitations preventing new module deployment—2x200G today, 2x400G tomorrow in same chassis

  6. 2HU Chassis - Mechanicals • NEBS compliant • One management card (MS430520M-B) • One FAN unit with three fans • Hosts three separate fans, each of which generates a fan failure signal in event no rotation • One dust filter • One optical fiber guide panel • Operating temperature • 0°C +50°C (standard version) • -40°C to +65°C (ETR version) • DC or AC option • 120 W typical without PMs in generic slots • 500W max with PMs • MS430501M input power range • Minimum: -40.8V • Maximum: -57.6V • MS430503M input power range: • Minimum: 85 VAC • Maximum: 265 VAC

  7. 200G Solutions

  8. Single slot Flex Rate 200G Muxponder • Optimized version of Flex coherent 200G Muxponder • 1 slot module supporting 100G and 200G line • Software selectable line side modulation —DP-QPSK or 16QAM • Compatible with multiple channel spacings—both on-grid and off-grid • Power consumption : 60W (incl. optics) • Operating Temperature 0°C to +50°C • Dual fiber (MS430943M) and simplexfiber version available (MS430944M) • Airflowcardisneeded in case of 7HU chassis MS430943M • Line Side • Integrated selectable modulation format & line rate • 200G DP-16QAM • 100G DP-QPSK • Proprietary framing • 2xOTU4 into proprietary frame • G.709 & SD FEC • OSNR • 200G: 21 dB —1000 Km • 100G: 12.5 dB—10 000 Km • PMD: 30 ps • Transmit Power: +3 to -25dBm for MS430944M and typ. 0dBm for MS430943M • Receive Power : • -5 to -25 dBm • Terminal & facility loopback • Tunable C-band • Client Side • 2 x QSFP28 pluggable • 100GbE clientor OTU4

  9. 100G Aggregation card • 10x 10G to 100G aggregation module • 10G SFP+ client ports • 100G QSFP28 line port • Line port of MS430945M cascaded on client port of MS430943M module using specific Passive cable • Multiprotocol support on the 10G client side • 8GFC, 10GbE, STM64, OTU2(e), 10GFC, 16GFC • 40G version available in Q3 2018 MS430945M • Line Side • 1x QSFP28 • OTU4 Line interface • Client Side • 10 x SFP+ pluggable • 10G Multirate

  10. 100G Aggregation card - cascading MultiRate (SFP+ clients) Specificopticalpassivecable 2x 100G QSFP28client (100GbE or OTU4): 1 slot solution in 2HU Chassis 1x100G client and 10x10G client (8G/10G/16GFC): 3 slots solution in 2HU Chassis 20x10G client (8G/10G/16GFC): 5 slots solution in 2HU Chassis • 8G, 10G,16G Fibre Channel • 10G Ethernet • 10G SDH / SONET • 10G OTN MS430945M • Single Wavelength • 100G λ or • 200G λ • Single or Dual Fiber MS430943M

  11. Encryption

  12. Encryption with 100G Aggregation • 1x100GbE or 10x10G (multi-protocol)to OTU4 rate encrypted Line • GCM-AES-256 encryption (Advanced Encryption Scheme) • ECDH Key exchange mechanism (Diffie-Hellman) • Same 10G multiprotocol configuration as 100G Aggregationcard (MS430945M) • Whole 10x10G multiplex being encrypted all together • 40G version available in Q3 2018 MS430961M • Line Side • 1x QSFP28 • OTU4 Line interface • Encrypted • Client Side • 10 x SFP+ pluggableor QSFP28 • 10G Multirate (8/10/16G FC, 10GE, 10G SDH/Sonet, 10G OTN) • 100GBE or OTU4

  13. Encryption card - cascading MultiRate (SFP+ clients) EncryptedOTU4 2x 100G QSFP28client (100GbE or OTU4): 1 slot solution in 2HU Chassis 1x100G client and 10x10G client (8G/10G/16GFC): 3 slots solution in 2HU Chassis 20x10G client (8G/10G/16GFC): 5 slots solution in 2HU Chassis • 8G, 10G,16G Fibre Channel • 10G Ethernet • 10G SDH / SONET • 10G OTN • 100G Encryption Card Flexrate Card MS430961M • Single Wavelength • 100G λ or • 200G λ • Single or Dual Fiber MS430943M

  14. 8G/10G/16G Solutions

  15. Multiprotocol Muxponder • Two-slot module aggregates up to eight (8) client services on a single 10G wavelength • Any combination of 1G FC, 2G FC, 4GFC, OC-48/STM-16, OC-12/STM-4 and GbE signals • Any service, any port • Ideal for Business Services, DCI/Disaster Recovery, Triple or Quadruple Play, Wireless Backhaul, IP DLC/DSLAM Backhaul • LH module w/ DynaFEC (10dB gain) & 12 dBOSNR • Optional 1+1 ine protection w/ 50ms switching • Power consumption : • XFP: 38W (incl. optics) • Operating Temperature 0°C to +50°C MS430687M • Line Side • Single or dual XFP line ports • 12 dB OSNR • 10 dB FEC • 40 Km /80 Km 1550nm DWDM • 80 Km Tunable @ 100GHz • Proprietary line format • 11.09G nominal line rate • Loopback • Client Side • 8 x SFP for GbE • Client/XFI loopback

  16. 10G Transponder • Single slot 10G regenerator module • Long Haul transport and backhaul applications • Performs full 3R (Retime, Reshape and Retransmit) signal regeneration • Link distances up to 300 km without in-line amplifiers and with full channel counts • Distances of more than 2000 km for multi-span • Power consumption : 10W (incl. optics) • Operating Temperature 0°C to +50°C MS430550M • Line Side • Single XFP line port • 21 dB OSNR • 40 Km /80 Km 1550nm DWDM • 80 Km Tunable @ 100GHz • Proprietary line format • 11.09G nominal line rate • Loopback • Client Side • 1 x XFP 40, 80 kmsB&W or DWDM • Any 10G from 9.95 Gbps to 11.09 Gbps • 10GbE LAN/WAN, OC-192/STM-64, OTU2, 10GFC • Client/XFIIoopback

  17. 10G OTN Transponder • Dual slot 6 x 10G OTN transponder • Full G.709 standards compliance • Provides low cost connection to/from switched OTN core network • 10-20µs latency • Power consumption : 30W (incl. optics) • Operating Temperature 0°C to +50°C MS430553M • Client Side • 6 x SFP+ • 10GbE; OC-192/STM-64 client interfaces • Terminal & Facility Ioopbacks • Line Side • 6 x SFP+ • G.709 OTU2/OTU2e line rate—11.096 Gbps • 17 dB OSNR • Terminal & Facility Ioopbacks

  18. Quadrupler 16G Transponder • Four independent transponders on one single-slot blade • Supports 8G/10G/16G Fibre Channel and 10 Gigabit Ethernet • Up to 80 x 16G channels in a single chassis • Full 3R regeneration • Low latency • Power consumption : 15W (incl. optics) • Operating Temperature 0°C to +50°C MS430558M • Target Applications • Enterprise connectivity • Server and storage replication/virtualization • Business continuance and disaster recovery • (BC/DR) • Campus networking • Managed business services • Line Side • 4 x SFP+ • 8G/10G • 23 dB OSNR • 80Km Tubnable @ 100GHz • 16G • 25 dB OSNR • 40 Km 1550nm DWDM • Client Side • 4 x SFP+ • 8G/10G/16G FC & 10GbE • Client/XFIIoopback

  19. AmplifierUnits

  20. HCS-20 Variable Gain Amplifiers • EDFA-based Optical Booster / Preamplifier (OABP), or bi-directional Optical In-line Amplifier (OAIL) variants • Integrated 1510 nm Optical Supervisory Channel (OSC) insertion and extraction—no external OSC required • Automatic fiber aging compensation • Automatic adjustment of optical power as channels are added and removed • Configurable for constant output power or constant gain modes • Mid-stage access for Chromatic Dispersion devices (OAIL) MS430849M-20 MS430848M-20 • Size: two slots • Power consumption • OABP: 5W • OAIL: 6W • Connector: dual LC

  21. Case 1: Fiber Ageing modification Pin= -5 dBm Pout = 17 dBm Pout = 17 dBm • Fiber ageing : Additional 1dB on the span loss 40 channels Pout= 1 dBm/λ Pout = 1 dBm/λ 40 channels -21 dBm /λ Span Nominal Insertion loss: 22 dB ODC ODC ILA Gain: 22 dB OAIL-HCS OAIL-HCS OAIL-HCS OAIL-HCS 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

  22. Case 1: Span Insertion Loss monitoring • Fiber ageing monitoring is mandatory to analyze the input power variation at amplifier input and correctly adjust amplifier settings (case 1) • The advanced MICROSENS amplifier have the OSC (1510 nm) embedded on the boards • On board 1510 nm laser and OSC receiver • Additional information inside OSC frame about Tx power sent by previous amplifier • up to 40 dB span loss monitoring supported thanks to specific OSC frame using FEC • Up to 50 dB Unrepeatered span with OSC (without span loss monitoring) ILA Rx Power Comparison of ILA Pin and previous ILA Pout (info from OSC frame): Adjustment of Amplifier nominal gain if any variation compared to nominal settings OSC frame analysis OSC frame generation Amplifier output power indication inserted inside the OSC specific frame DGain

  23. Power Management Modules

  24. Dynamic Gain Equalization • Provides real time optical parameters available on the network with integrated optical power measurement capability • Number of installed channels • Total power • Per-channel power • Output spectrum can be aligned to the lowest input channel or to a user defined output power • Replaces all fixed or variable attenuators • Can be configured in manual or automatic mode to optimize spectrum flatness across the network and improve the Optical Signal-to-Noise Ratio (OSNR) • Available for 50GHz or 100GHz grid MS430873/4M • Size: 2 slots • Power consumption: 9W • Insertion Loss (DWDM to Equalized): 7.5 dB to 8 dB • Insertion Loss (Equalized to DWDM): 0.5 dB to 1 dB • VOA Range: 0 dB to 15 dB • Connectors: LC/PC

  25. Optical Performance Measurement • Per-channel monitoring of the full C-band spectrum • 8 spectrum input ports with integrated optical switch to select the input port • Provides max and min channel powers within the monitored spectrum • Per-port configurable offset to compensate insertion loss of monitoring ports MS430875M • Size: 1 slot • Power consumption: 2W • Channel input power: -38.5 to -8.5 dBm • Total input power: 8.5 dBm • Connectors: SC/PC • Provides visibility into network-wide performance reporting of signal strength and availability • Provides end-to-end automatic network settings optimization when associated with ROADM or DGE cards

  26. OTDR SFP

  27. MS430867M + MS430868M • Mini Optical Time Domain Reflectometer (OTDR) on one card • MS430867M Modul • Single Single slot card with up to 2 OTDR devices for up to 2 fibers • Pluggable OTDR SFP 1610nm (MS430868M) • System for the localization of fiber breaks and fiber changes Line side Line Side + OTDR Default Optical Filter Optical pulse for OTDR at specific wavelength • Launch power : >+13dBm • Receive Sensitivity: <-42dBm SFP OTDR Default location (in m)

  28. Thanks for your attention! MICROSENS GmbH & Co. KG

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