OptiX OSN3500/2500/1500B equipment adopts the "unified switching" architecture to realize unified scheduling of packet services and TDM services, and builds flexible application modes: pure packet mode, pure TDM mode, and hybrid mode (packet + TDM) The equipment supports SDH protection: subnet connection protection, linear multiplexing segment protection, ring multiplexing segment protection, E1 SNCP, DNI protection, shared fiber virtual path protection, multiplexing segment shared optical path protection. 、线性复用段保护、环形复用段保护、E1 SNCP、DNI保护、共享光纤虚拟路径保护、复用段共享光路保护。SSN1SXCSA交叉和时钟单元1+1热备份,SSN4GSCC系统控制与通信单元1+1热备份,SSN1PIUB电源输入单元1+1热备份,配置3块智能风扇 SSN1FNA
- Large capacity: 160G packet/200G TDM unified switching, 15 service processing slots and 16
16 interface slots
- 40G ultra-broadband: single optical port realizes line-side 40G transmission
- Future-proof: single device supports packet and TDM services
PID Enables Customized Metro Ultra-Broadband Transport
⯀ Single PID chip integrates OTU, MUX, DEMUX and other boards to provide 40G capacity in a single optical port
⯀ SDH-like OAM, no need for complex optical layer design (e.g., wavelength planning and OSNR calculation), no need for complex fiber connection operations, greatly reducing the service turn-up time
⯀ 50% space savings and 40% energy savings
Hard and soft pipes for highly reliable and efficient delivery
⯀ High-quality, low-latency transmission of TDM and packet services over SDH hard pipes, ensuring reliable transmission of important production scheduling services and private line services, as well as ensuring service security
⯀ MPLS-TP-based packet hose pipe, supporting packet statistical multiplexing, to ensure the efficient and reliable bearing of large bandwidth data services
⯀ Unified switching-based soft and hard pipes, taking into account the existing network services and future IP services, to realize the smooth evolution of the transport network
Focus on industry characteristics
⯀ ASON Mesh Networking with Multi-Point Failure Resistance for 10x Increased Network Reliability
⯀ Built-in PCM features to realize ALL-IN-ONE solution to meet the needs of industry customers for low-rate service access
⯀ Over 270KM Raman-free ultra-long-distance transmission, reducing relay stations, reducing network construction costs and maintenance difficulties
⯀ Custom-developed 2M optical interface, relay equipment and MSTP equipment to achieve direct fiber optic connection, to meet the network's high security, high reliability transmission needs
TP Assistant simplifies operation and maintenance
⯀ MPLS-TP-based OAM solution - "TP Assistant" provides efficient planning, rapid deployment and easy maintenance, making large-scale packet networks easy to manage.
⯀ Network-level visualization with graphical display of end-to-end service configuration, path performance monitoring and status
⯀ Better maintenance experience than SDH: visual end-to-end bandwidth management, intelligent fault location 92% of the time, analyzable and predictable network management
Industry Certifications
⯀ Certified to the Electromagnetic Compatibility (EMC) standard for the railroad industry (EN 50121-4)
⯀ Electromagnetic compatibility (EMC) certification for power industry (IEC 61850-3, IEC 61000-6-5, IEEE 1613)
Huawei Optix OSN3500 Device Parameters
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Product Description |
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Huawei Optix OSN3500 |
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Subrack Dimensions(mm) |
722mm(H)×497mm(W)×295mm(D) |
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Switching Capacity |
Packet: 160Gbps TDM: 200G (high order), 20G (low order) |
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Service Slots |
15 processing board slots, 16 interface board slots |
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Interface Type |
40G interface type |
OTU3, OTL3.4 compliant |
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Packet interface type |
E1, chSTM-1, ATMSTM-1, FE/GE/10GE, etc. |
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MSTP interface type |
STM-1/4/16/64, E1/E3/E4/T1/T3, FE/GE/10GE, DDN, IMA/ATM, FEC/EFEC interface, E1 optical interface, SAN, Video, etc. |
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PCM Interface Type |
FXS/FXO, 2/4-wire audio and E&M X.21/V.35/V.11/V.24/V.28,RS232/RS422,RS449/RS423A/RS422A,RS530/RS530A,RS485,G.70364kbit/s codirectional;IEEEC37.94 |
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WDM Interface Type |
Supports G.694.1 compliant DWDM color optical interface Support G.694.2 compliant CWDM color optical port |
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Power Input |
DC: -48VDC or -60VDC AC: Support 220V/110VAC input (external converter) |
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Operating Environment |
Temperature Relative Humidity Long-term operation: 0ºC~45ºC 5%~85%. Short-term operation: -5ºC~55ºC 5%~95%. |
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Ethernet Characteristics |
E-Line, E-LAN and QinQ MPLS-TP based VPWS and VPLS MS-PWETHPWE3 IGMPSNOOPINGV2 Supports blacklists, broadcast message suppression, ACLs VLAN switching |
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QoS |
Supports HQoS Supports DiffServ mode based on flow classification Supports simple and complex flow classification, ACL, PHB (per-hop behavior) Supports traffic regulation (CAR) Supports PQ, WFQ (Weighted Fair Queuing), PQ+WFQ scheduling Supports Tail Drop, WRED (Weighted Random Early Detection) Support for 8 priority queues Support by port priority queue shaping |
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OAM |
MPLS-TPOAM |
LSP/PWOAM:CC, LB, LTAIS, RDI LM, DMLCK,TST CSF |
SectionOAM. CC, LB RDI LM, DMLCK,TST |
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MPLSOAM |
LSP/PWOAM: FDI,BDI,CV,FFD,TraceRoute,Ping,CESPWVCCV,LM,DM |
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EthernetOAM |
ETH-CC(ContinuityCheck),ETH-Loopback,ETH-LinkTrace,RemoteLoopback,RemoteFaultDetection,RMON(RFC2819) |
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Protection |
Device level protection |
1+1 hot backup for power modules 1+1 hot backup for main control boards 1+1 hot backup for switch and clock boards Fan module redundancy |
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MPLS-TP service protection |
LSP/PW linear protection, ring protection Anti-Multipoint Fault Protection based on MS-PW LAG,MC-LAG,Dual-homing protection,LPT |
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SDH service protection |
2/4 fiber MS-SP Ring1+1/1:n Linear MSPSNCP/SNCTP 1:N TPS protection for E1/T1, E3/T3, E4, STM-1(e) and FE |
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ASON protection |
Supports distributed recoverable reroute protection Provides 5 categories of more detailed service protection solutions, according to different SLAs: diamond, gold, silver, copper, iron services Supports VC-4 and VC-12 particles |
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Clock synchronization |
Supports clock synchronization for both Ethernet and SDH networks. Supports G.813, synchronized Ethernet and IEEE1588v2 Supports Adaptive Clock Recovery (ACR) 2 external synchronized clock sources of 2MHz or 2Mbit/s 2 external time synchronization sources |
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