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Huawei OptiX OSN 3500
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| Model: | Huawei OptiX OSN 3500 – Huawei OptiX OSN 3500 |
| Detail: | Huawei OptiX OSN 3500 intelligent optical transmission system, the next-generation intelligent optical transmission equipment |
- Description
Description
Huawei OptiX OSN 3500 Specification |
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| Dimensions | 722 mm (H) x 497 mm (W) x 295 mm (D) | |
| Switch capacity | Packet: 160 Gbit/s and TDM: 200 Gbit/s (higher order), 20 Gbit/s (lower order) | |
| Service slots | 15 slots for processing boards and 16 slots for interface boards | |
| Supported interfaces | OTN interface | OTU-3(40G, compliant with OTL3.4 standard) |
| Ethernet interface | FE/GE/10GE | |
| SDH interface | STM-1/4/16/64 | |
| PDH interface | E1/E3/E4/T1/T3 | |
| ATM interface | E1, STM-1 | |
| WDM interface | 40-channel DWDM interfaces, compliant with ITU-T G.694.1
8-channel CWDM interfaces, compliant with ITU-T G.694.2 |
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| PCM interface | 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.703 64 kbit/s codirectional; IEEE C37.94 |
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| Other interface | DDN, SAN, Video | |
| Networking Mode | Supporting pure packet, hybrid (packet + SDH) or SDH networking
Supporting WDM networking Supporting single-fiber bidirectional transmission |
|
| Power Supply | -48V DC/ -60V DC; 110/220V AC (External module) | |
| Operation Environment | Temperature | Long term: -0ºC ~ 45ºC
Short term: -5ºC ~ 55ºC |
| Relative Humidity | Long term: 5% ~ 85%
Short term: 5% ~ 95% |
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| Ethernet Feature | E-Line and E-LAN, QinQ
MPLS-TP based VPWS and VPLS Multi-section pseudo-wire (MS-PW) ETH PWE3, TDM PWE3, ATM/IMA PWE3 IGMP Snooping V2 Blacklist, Broadcast packet suppression, ACL VLAN SWAP |
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| PCM features
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Voice or data Conference/Meeting, P2MP, MP2MP
FXO/FXS mode can be set by software E&M Interface voltage can be set by software (-48V/-12V) E&M signaling can be set by software (Bell types I, II, III, IV, V and British Telecom SSDC5) |
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| QoS
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Hierarchical QoS scheduling and traffic shaping
DiffServ mode based on traffic classification, eight priority queues Simple traffic classification, complex traffic classification, per hop behavior (PHB),and ACL Committed access rate (CAR), shaping based on port scheduling priority PQ scheduling priority, weighted fair queuing (WFQ) and PQ+WFQ queuing Tail drop and weighted random early detection (WRED) |
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| OAM | MPLS-TP OAM | LSP/PW OAM:
CC, LB, LT AIS, RDI LM, DM LCK, TST CSF |
| MPLS OAM | LSP/PW OAM:FDI, BDI, CV, FFD, TraceRoute, Ping, LM, DM
PW OAM: CES PW VCCV |
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| Ethernet OAM | ETH-CC, ETH-Loopback, ETH-Link Trace, Remote Loopback, Remote Fault Detection, RMON(RFC 2819) | |
| Protection | Equipment-level Protection | Cross-connect 1+1 backup, control board 1+1 backup and power 1+1 backup, clock 1+1 backup |
| MPLS-TP based Service Protection | LSP/PW Linear protection, Ring protection
Anti multifailure protection based on MS-PW LAG, MC-LAG, Dual-homing protection, LPT |
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| SDH based Service
Protection |
2/4 fiber MS-SP Ring;
1+1/1:n (n<=14) Linear MSP SNCP/SNCMP/SNCTP 1:N tributary protection for E1/T1, E3/T3, E4, STM-1(e) and FE |
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| ASON
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Distributed restorable rerouting protection
5-level service dedicated protection scheme based on different SLA: Diamond, Gold, Silver, Copper and Iron services Based on VC-4 and VC-12 granularity |
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| Synchronization | Both Ethernet and SDH networks supporting clock synchronization
Supporting G.813, Synchronous Ethernet and IEEE 1588v2 synchronization Adaptive clock recovery (ACR) Two external clock inputs/outputs (2 MHz or 2 Mbit/s) Two external time signals(1pps+TOD) |
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