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Raisecom MSAP OPCOM3500E

Raisecom MSAP OPCOM3500E. How did you connect PDH to SDH before OPCOM3500E?. Trouble in coax cable connection?. What are we facing?. Waste cost of cables, connectors, and DDF Waste cost of rack space Not easy to check and manufacture so many cables

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Raisecom MSAP OPCOM3500E

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  1. Raisecom MSAPOPCOM3500E

  2. How did you connect PDH to SDH before OPCOM3500E?

  3. Trouble in coax cable connection?

  4. What are we facing? • Waste cost of cables, connectors, and DDF • Waste cost of rack space • Not easy to check and manufacture so many cables • Not easy to manage PDH multiplexer from SDH ring • PDH and SDH managements are in deferent NMS software • Ethernet access on MSTP can not reach remote branch on customer’s site • There is no Ethernet fiber optical ports on my SDH equipments • How can we aggregate Ethernet traffic by VLAN without Ethernet Switch in SDH ring • Non-protection in current PDH fiber links

  5. OPCOM3500E in C.O.

  6. Multi-Service Access Platform Overview • OPCOM3500E SDH multi-service access platform is aggregation equipment, which is designed for traditional TDM service and broad band IP data service of MAN. • It can meet carrier and customer’s requirement of different class bandwidth and multi-service access.

  7. Typical Application

  8. OPCOM3500E Slot Distributing Slot 0: Network Management Slot 1~5,8~12: Tributary Slot 9: Tributary or GE Aggregation Slot 6,7: Aggregation Power Supply

  9. Features • Aggregate all kinds of Raisecom TDM and Ethernet CPE to SDH • Total 4 STM-1 ports or 2 STM-4 ports aggregation unit • No-block cross connection of 16×16 VC4 or 1008×1008 VC12 • VC12 cross connection between all tributary units and aggregation units • 15 slots, including 2 slots of power supply, 1 slot of management, 2 slots for aggregation units, 10 slots for tributary units • 2Mbit /2MHz clock input & output • Service non-stop when NMS card fail or be taken off

  10. OPCOM3500E Basic System OPCOM3500E adopts rack design, including chassis, fans board, plug board and power supply board. For the plug board, including following parts:

  11. OPCOM3500E-NMS Network management module of OPCOM3500E Platform 1) It communicates with network management software of upper layer and accepts management of upper layer. 2) It can manage OPCOM3500E equipment, and corresponding remote equipment. 3) Provide clock for whole OPCOM3500E system. 4) Support on-line upgrade of system and tributary board. SNMP network management port Console port RS232 User’s channel 2M clock input 2M clock output

  12. OPCOM3500E-STM1-M • Aggregate unit of OPCOM3500E system • Dual STM-1 optical interfaces, with options of either two individual path or 1+1 path protection • cross module of 16x16 VC4 / 48x48 VC3 / 1008x1008 VC12 • Software on-line up-grade of local and remote equipment • Auto Laser Shut down (ALS)

  13. OPCOM3500E Tributary board

  14. OPCOM3500E Tributary board

  15. OPCOM3500E Tributary board

  16. OPCOM3500E-STM1-S Tributary unit, 2 STM-1 fiber links. • Dual STM-1 fiber link for individual directions or 1+1 protection • Total 63 VC12 capability • Automatic Laser Shutdown (ALS) function.

  17. OPCOM3500E-STM1-S Application

  18. OPCOM3500E-30x8 Tributary unit, includes 8 E1 fiber links. • 8 independent PDH parts with 8 independent PDH optical interfaces. • Automatic Laser Shutdown (ALS) function. • Alarm indicator of local and remote equipment. • Dying Gasp: The indication of remote power down in NNM software • Build-in Bit Error test unit • Unframed or Framing E1 (time-slots configurable)

  19. 30x8 Application

  20. OPCOM3500E-120x4 & 240x2 tributary unit of four PDH MUX parts, communicate with remote PDH equipment through four PDH optical links. • 120x4 has 4 PDH optical ports, each port capability is 4E1 • 240x2 has 2 PDH optical ports, each port capability is 8E1 • Auto Laser Shut down (ALS) • Local and remote loop-back function of E1 • LED Indicator can indicate local and remote alarm • On-line software up-grade

  21. 120x4 & 240x2 Application

  22. OPCOM3500E-120EOSx4 OPCOM3500E-120FEx4-GE Tributary unit of RCMS PDH ports • 4 Multi-service fiber optical ports, each port capability is 100Mbps wire speed Fast-Ethernet and 4E1 • 150Mbps bandwidth in fiber, 100M for Ethernet, 50M for E1 links & Management information • E1 data will be mapped to VC12 • Ethernet data in 120EOSx4 fiber will be mapped to VC12 by EOS function, GFP and LAPS available • Ethernet data in 120FEx4-GE fiber will be aggregated to GE port on front panel • Dying Gasp: LED indicator or software indication of remote Power Down

  23. OPCOM3500E-P240EOS OPCOM3500E-P240FE Tributary unit of RCMS PDH ports • 1+1 protection line fiber • 150Mbps bandwidth in fiber, 100M for Ethernet, 50M for 8 E1 links & Management information • 8 E1 links are mapped to VC12 • The Ethernet data in P240EOS will be mapped to VC12 though EoS function • The Ethernet data in P240FE will be aggregated to Fast-Ethernet port on front panel • GFP and LAPS • To communicate remote CPE RCMS2811 of 1+1 protection • Dying Gasp: LED indicator or software indication of remote Power Down

  24. 120EOS, 120FE, P240EOS, P240FE Application

  25. OPCOM3500E-EOS(E)-8FX OPCOM3500E-EOS-8FE Tributary unit of Ethernet ports • 8 Ethernet interface over 8 VCG individually • EOS-8FX: 8 x 100Mbps Ethernet optical interface • EOSE-8FX: 8 x 100Mbps Ethernet optical interface (VLAN ID configurable) • EOS-8FE: 8 x 10/100Mbps Ethernet interface • 8 links Ethernet service have rate limiting function with N*VC12 step, and they can share maximum 63 VC12 • GFP and LAPS encapsulation, and it supports LCAS function • Remote Raisecom 100M Media Converter can be network managed • On-line software up-grade of local equipment

  26. EOSE-8FX EOS-8FE application

  27. OPCOM3500E-8EOS-FX OPCOM3500E-8EOS-FE Tributary unit of Ethernet ports • Aggregate 1~8 VCG to single Fast-Ethernet aggregation trunk • The Ethernet aggregation trunk port is on front panel or connect to GE aggregation board through backboard • Optional fiber optical Ethernet interface or Electrical Ethernet interface • GFP, LAPS available • VCAT, LCAS supportable • Maximum 8K MAC address, and 4096 VLAN ID • IEEE802.1q VLAN and Port VLAN, Q-in-Q double tag • 4 output priority Queues • MTU up to 1632 bytes • On-line software up-grade of local equipment

  28. 8EOS-FX/FE application

  29. OPCOM3500E-4EOS-4FE Tributary unit of Ethernet ports • Multiple Application in EOS Map 4 Fast-Ethernet port to 4 VCGs individually, similar function as OPCOM3500E-EOS-4FE/8FE Aggregate maximum 4 VCGs to one Fast-Ethernet, similar function as OPCOM3500E-8EOS-FE Map 4 Fast-Ethernet port to single VCG, VLAN tag configurable • GFP, LAPS available • LCAS supportable • Maximum 8K MAC address, and 4096 VLAN ID • IEEE802.1q VLAN and Port VLAN, Q-in-Q double tag • 4 output priority Queues • MTU up to 1632 bytes • On-line software up-grade of local equipment

  30. 4EOS-4FE Application – Multi VLAN over single VCG

  31. OPCOM3500E-EOP-FXE1x8 OPCOM3500E-EOP-FEE1x8 Tributary unit of Ethernet ports • 8 x 100M Ethernet interface service over single E1 (VC12) • EOP-FXE1x8 has 8 individual 100Mbps fiber optical Ethernet ports • EOP-FEE1x8 has 8 individual 10/100Mbps electrical Ethernet ports • Adopt SFP optical interface, plug and play • Each Ethernet link could be converted to one unframed of framing E1, and could be rate limited with N*64Kbps DS0 • Privately HDLC encapsulation with EoPDH Technology • Remote Raisecom 100M Media Converter can be network managed • On-line software up-grade of local equipment

  32. EOP-FXE1x8 Application

  33. OPCOM3500E-EOP-FE8E1 Tributary unit of Ethernet ports • Ethernet over 1~8 E1 Inverse Multiplexer inside • 10/100Mbps electrical Ethernet port on front panel • 8 E1 are mapped into VC12s to Aggregation Unit • Privately HDLC encapsulation with EoPDH Technology • On-line software up-grade of local equipment

  34. EOP-FE8E1 Application

  35. OPCOM3500E-EOPS-8E1 Tributary unit of Ethernet ports • Bridge the gap between EoPDH network and EoSDH network • 8 E1 electrical port on front panel are used for connect to RC95x series inverse multiplexer only • Convert E1 signals from front panel interface to Fast-Ethernet single by EOP technology, and then convert the Fast-Ethernet signal to N*VC12 by EOS technology • GFP, LAPS available • LCAS, N-LCAS function

  36. EOPS-8E1 Application

  37. OPCOM3500E-16E1 • OPCOM3500E-16E1 is E1 service unit of OPCOM3500, it can provide 16 unbalanced E1 interfaces, and it can be mapped in SDH frame through aggregate unit of OPCOM3500 • Provide complete alarm, performance monitor.

  38. 16E1 Application

  39. Aggregation Units Protection

  40. STM-4 TM & ADM

  41. Tributary Units Protection

  42. Union NMS for All Raisecom Equipments

  43. Raisecom NNM GUI software

  44. Thank you!

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