- Opis
- Zapytanie
- Załącznik
Opis
Huawei OSN3500 (SDH intelligent optical transmission equipment) is a new generation of intelligent optical transmission equipment developed. It adopts a unified switching architecture and can be used as a packet device and TDM device based on MPLS/MPLS-TP technology.
Huawei OSN3500 SDH Product Overview
With other Huawei devices, the OSN3500 supports different groups. Network applications: pure packet mode applications, aplikacje sieci hybrydowych (tryb pakietowy i tryb sieci nakładkowej w trybie TDM) and pure TDM mode applications to achieve optimal processing of data services and traditional SDH services. The OSN3500 enables efficient delivery of voice and data services on the same platform.
Huawei OSN3500 SDH intelligent optical transmission system inherits all the features of MSTP technology, is compatible with traditional SDH and MSTP networks, and integrates SDH, PDH, Ethernetu, WDM, bankomat, ESCON, FC/FICON, DVB-ASI (Digital Video Broadcast-ASI) A new generation of 10G/2.5G multi-service optical transmission platform (MSTP) that integrates Asynchronous Serial Interface), RPR and other technologies. It is mainly used in the backbone and convergence layer of metropolitan area networks to transition from existing SDH equipment to intelligent optical network equipment. Provides a complete solution.
With the support of packet switching technology, it can build a packet data transmission network with OptiX OSN7500Ⅱ/OSN7500/OSN1500/OSN550/PTN1900/PTN900/PTN950 and other equipment to meet the needs of network IP services.
Huawei OSN3500 SDH Product Pictures
Huawei OSN3500 SDH Product Features
- Support 3G/LTE mobile bearer
Under the requirements of 3G/LTE mobile bearers, Huawei devices can provide complete transport solutions based on packet domains, enabling service aggregation and scheduling of the entire wireless network at the core layer.
- Unified switching architecture
The OptiX OSN device adopts a unified switching architecture to meet the needs of existing users for traditional services while addressing the growing packet bearer requirements.
- Built-in wavelength division technology, flexible networking.The OptiX OSN device supports the built-in WDM technology to realize the transmission of multiple wavelengths in a single fiber, enabling flexible networking solutions for interfacing with WDM devices.
- TP assistant, maintenance worry-free
Based on the MPLS/MPLS-TP technology architecture, it provides a worry-free solution for packet bearer network applications, provides packet bearer network planning tools, implements media-independent end-to-end visual service configuration and exempts from instrument deployment, and supports automatic fault location and enrichment. Packet service performance monitoring.
Huawei OSN3500 SDH Technical Specifications
| Dane techniczne | OSN 3500 | OSN 7500 | OSN1500B |
| Wymiary (wys. x szer. x gł) | 722 mmx 497 mmx 295 mm | 757 mmx 497 mmx 295 mm | 221 mmx 444 mmx 263 mm |
| Miejsca serwisowe | 15 do obróbki płyt i 16 dla kart interfejsowych | 22 slots for processing boards and 8 slots for interface boards | 12 do obróbki płyt i 4 dla kart interfejsowych |
| Pojemność przełącznika | Paczka: 160 Gbit/s | Paczka: 160 Gbit/s | Paczka: 8 Gbit/s |
| TDM: 200 Gbit/s (wyższy porządek), 20 Gbit/s (niższy porządek) | TDM: 360 Gbit/s (wyższy porządek), 80 Gbit/s (niższy porządek) | TDM: 60 Gbit/s (wyższy porządek), 20 Gbit/s (niższy porządek | |
| Tryby sieciowe | Czysta paczka, hybrydowy (paczka + SDH) lub sieć SDH | ||
| Sieć WDM | |||
| Dwukierunkowa transmisja jednowłóknowa | |||
| Obsługiwane interfejsy | Interfejsy OTN: JEDEN-3 (40G, zgodny ze standardem OTL3.4) | ||
| Interfejsy Ethernetowe: FE/GE/10GE | |||
| Interfejsy SDH: STM-1/4/16/64 | |||
| Interfejsy PDH: E1/E3/E4, T1/T3/T4 | |||
| Interfejsy bankomatów: E1, STM-1 | |||
| Interfejsy WDM: 40 Długość fali DWDM, zgodny z ITU-T G.694.1; 8 Długość fal CWDM, i zgodny z ITU-T G.694.2 | |||
| Interfejsy PCM: FXS/FXO, 2/4 przewodowe audio i E&M, Interfejs współkierunkowy G.703 64K, V.35/V.24 (synchronizacja/asynchronizacja RS232)/X.21, RS449 (RS423A/RS422A)/RS530/RS530A/RS485, i IEEE C37.94 | |||
| Zasilacz | -48V/-60V DC, 110V/220V AC (moduł zewnętrzny) | ||
Huawei OSN3500 SDH MSTP Product Applications
Huawei OSN3500 SDH Product Ordering Info
| List of Cross Connect Boards | |
| N1PSXCS | Super Cross-connect and Synchronous Timing Board (supporting packet features) |
| N2PSXCSA | |
| N3PSXCSA | |
| N1GXCSA | General cross-connect and synchronous timing board |
| N1EXCSA | Enhanced cross-connect and synchronous timing board |
| N1UXCSA | Ultra cross-connect and synchronous timing board |
| N1UXCSB | Ultra cross-connect and synchronous timing board (connected to the extended subrack) |
| N1FXCSA | Full cross-connect and synchronous timing board |
| N1SXCSA | Super cross-connect and synchronous timing board (only applicable in TDM mode) |
| N1SXCSB | Super cross-connect and synchronous timing board (connected to the extended subrack) |
| N1IXCSA | Infinite cross-connect and synchronous timing board |
| N1IXCSB | Infinite cross-connect and synchronous timing board (connected to the extended subrack) |
| N1XCE | Cross-connect and timing board for the extended subrack |
| List of System Control Board | |
| N1GSCC/N3GSCC | System Control and Communication Board |
| N4GSCC/N6GSCC | |
| List of packet processing boards | |
| N1PEX2 | 2-Port 10 Gigabit Ethernet switching processing board |
| N1PEG16 | 16xGE Ethernet processing board |
| N1PEX1/N2PX1 | 1x10GE Ethernet processing board |
| N1PEG8 | 8-port Gigabit Ethernet switching processing board |
| List of packet interface boards | |
| N1CQ1 | 4-port channelized STM-1 CES optical interface board |
| N1PETF8 | 8xFE electrical interface board |
| N1MD75 | Multi-protocol 32xE1 interface board (75 ohms) |
| N1PEFF8 | 8-port FE optical interface board |
| N1MD12 | Multi-protocol 32xE1 interface board (120 ohms) |
| List of EoD boards | |
| N1EDQ41 | 4-Port 622/155 Mbit/s SDH optical interface Ethernet dual-mode multi-function processing board |
| List of SDH boards | |
| N4SLD64/N1SLD64 | 2xSTM-64 optical interface board |
| N4SFD64 | 2xSTM-64 optical interface board with the FEC function |
| N1SL64/N2SL64/N4SL64 | 1xSTM-64 optical interface board |
| N3SL16/N3SL16A | 1Karta interfejsu optycznego xSTM-16 |
| N1SF16 | 1Karta interfejsu optycznego xSTM-16 (with the outband FEC function) |
| N1SF16E | 1Karta interfejsu optycznego xSTM-16 (with the outband EFEC function) |
| N1SLD4/N2SLD4/N1SLD4A | 2xSTM-4 optical interface board |
| N1SL4/N2SL4/N1SL4A | 1xSTM-4 optical interface board |
| N1SLH1 | 16xSTM-1 signal processing board |
| N1EU08 | 8xSTM-1 electrical interface board |
| N2SLO1/N3SLO1 | 8xSTM-1 optical interface board |
| N1SLQ1/N2SLQ1/N1SLQ1A | 4xSTM-1 optical interface board |
| N1SEP1 | 2xSTM-1 line processing board when interfaces are available on the front panel |
| 8xSTM-1 line processing board when interfaces are available on the corresponding interface board | |
| N4SLO16 | 8Karta interfejsu optycznego xSTM-16 |
| N1SLO16 | 4Karta interfejsu optycznego xSTM-16 |
| N4SLQ16 | |
| N1SLQ16 | |
| N2SLQ16 | |
| N1SLD16 | 2Karta interfejsu optycznego xSTM-16 |
| N1SL16/N1SL16A | 1Karta interfejsu optycznego xSTM-16 |
| N2SL16/N2SL16A | |
| N3SLH41 | 16xSTM-4/STM-1 optical interface board |
| N3SLQ41 | 4xSTM-4/STM-1 optical interface board |
| N1SLQ4/N2SLQ4 | 4xSTM-4 optical interface board |
| N1SLQ4A | 4xSTM-4 optical interface board |
| N1SLT1 | 12xSTM-1 optical interface board |
| N1OU08 | 8xSTM-1 optical/electrical interface board (LC) |
| N2OU08 | 8xSTM-1 optical interface board (SC) |
| N1SL1/N2SL1/N1SL1A | 1xSTM-1 optical interface board |
| List of PDH boards | |
| N1SPQ4/N2SPQ4 | 4xE4/STM-1 electrical processing board |
| N2PQ3 | 12xE3/T3 service processing board |
| N1C34S | 3xE3/T3 electrical switching interface board |
| N1PL3/N2PL3 | 3xE3/T3 service processing board |
| N1PQ1/N2PQ1 | 63xE1 service processing board |
| N1D12B | 32xE1/T1 electrical switching interface board |
| N1PFL1 | 8xE1 optical processing board |
| N1TSB8 | 8-port electrical switching interface board |
| N1DM12 | DDN service interface board |
| N1MU04 | 4xE4/STM-1 electrical interface board |
| N1D34S | 6xE3/T3 electrical switching interface board |
| N1PD3/N2PD3 | 6xE3/T3 service processing board |
| N1PL3A/N2PL3A | 3xE3/T3 service processing board (Interfaces are available on the front panel.) |
| N1PQM | 63xE1/T1 service processing board |
| N1D12S | 32xE1/T1 electrical switching interface board (120 ohms) |
| N1D75S | 32xE1 electrical switching interface board (75 ohms) |
| N1DX1/N3DX1 | DDN service accessing and converging board |
| N1DXA | DDN service converging and processing board |
| List of EoS boards | |
| N1EFT8/N2EFT8 | 8xFE/16xFE transparent transmission board |
| N1EFT8A/N2EFT8A | 8xFE transparent transmission board |
| N1EFS0A | 16Płyta przełączająca i przetwarzająca xFE |
| N1EFS0/N2EFS0 | 8Płyta przełączająca i przetwarzająca xFE |
| N4EFS0/N5EFS0 | |
| N1EFS4/N2EFS4/N3EFS4 | 4Płyta przełączająca i przetwarzająca xFE |
| N1EFF8/N1EFF8A | 8x100M Ethernet optical interface board |
| N1ETF8/N1ETF8A | 8x100M Ethernet twisted-pair interface board |
| N1ETS8 | 8×10/100M Ethernet twisted pair interface switching board |
| N1EAS2/N3EAS2 | 2x10GE Layer 2 switching and processing board |
| N1EGSH | 16Płyta przełączająca i przetwarzająca xGE |
| N1EMS4 | 4xGE and 16xFE switching and processing board |
| N1EMS2 | 2xGE and 16xFE switching and processing board |
| N1EGS/4N3EGS4 | 4Płyta przełączająca i przetwarzająca xGE |
| N1EGT/2N2EGT2 | 2xGE transparent transmission board |
| N2EGS2, N3EGS2 | 2Płyta przełączająca i przetwarzająca xGE |
| List of ATM boards | |
| N1ADL4/N1IDL4 | 1xSTM-4 ATM service processing board |
| N1ADQ/1N1IDQ1 | 4xSTM-1 ATM service processing board |
| List of RPR boards | |
| N2EGR2 | 2xGE ring processing board |
| N2EMR0 | 12xFE and 1xGE ring processing board |
| List of SAN/video boards | |
| N1VST4 | 4-port video service transparent transmission board |
| N1MST4 | 4-port multi-service transparent transmission board |
| List of PCM boards | |
| N1FXSO12 | 12-port FXS/FXO processing board |
| N1FXO12 | 12-port FXO processing board |
| N1FXS12 | 12-port FXS processing board |
| N1AT6 | 6-Port 2/4 wire and E&Płyta przetwarzająca M |
| List of WDM boards | |
| TN11CMR4 | 4-channel optical add/drop multiplexing board |
| TN11MR2 | 2-port optical add/drop multiplexing board |
| TN11MR4 | 4-port optical add/drop multiplexing board |
| N1LWX | Arbitrary bit rate wavelength conversion board |
| N1FIB | Filter isolating board |
| TN11CMR/TN11CMR2 | 2-channel optical add/drop multiplexing board |
| N1MR2C/N1MR2A | 2-channel optical add/drop multiplexing board |
| N1CMD2 | 2-channel bidirectional optical multiplexer and demultiplexer board |
| TNN1XMD2 | 2-channel bidirectional optical add/drop multiplexing board |
| List of auxiliary boards | |
| N1AUX | Karta interfejsu pomocniczego systemu |
| N1FAN | Fan board |
| List of optical amplifier boards and dispersion compensation boards | |
| N1BPA/N2BPA | One-channel power amplifier and one-channel pre-amplifier board |
| N1DCU/N2DCU | Dispersion compensation board |
| N1BA2 | Two-channel power amplifier board |
| N1COA, 61COA,62COA | Case-shaped optical amplifier |
| TN11OBU1/TN12OBU2 | Optical booster amplifier board |
| N1RPC01/N1RPC02 | Backward Raman driving board (external) |
| lists all power boards and their applicable products. | |
| UPM | Uninterruptible power module |
| N1PIUA | Płyta interfejsu zasilania (supporting 1100 W enhanced subrack.) |
| N1PIU | Płyta interfejsu zasilania (supporting standard subracks) |
| N1PIUB | Płyta interfejsu zasilania (supporting type III subracks) |
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