Huawei OptiX OSN 9500 Series Core OCS Intelligent Optical Transport Platform
Huawei OptiX OSN 9500 is an Optical Core Switching (OCS) platform optimized for metropolitan and national transmission backbones. It converges Multi-Service Add-Drop Multiplexer (MADM) and Digital Cross-Connect (DXC) properties within a high-density chassis. Operating up to STM-64 line rates, the platform uses an intelligent GMPLS ASON control plane to provide automated bandwidth provisioning and multi-level mesh path protection.
Description
Huawei OptiX OSN 9500 Series Core OCS Intelligent Optical Transport Platform
1-Technical Description Huawei OptiX OSN 9500
The Huawei OptiX OSN 9500 is a legacy high-capacity, carrier-grade Optical Core Switching (OCS) platform designed for regional backbones and metropolitan area network (MAN) core layers. Functioning as a high-density Multi-Service Transport Platform (MSTP), it integrates Multi-Service Add-Drop Multiplexer (MADM) and Digital Cross-Connect (DXC) elements into a singular, space-efficient network element.
Architecturally, the OSN 9500 utilizes a centralized TDM cross-connect matrix to process large volumes of SDH traffic up to STM-64 (10 Gbit/s) line rates. By adding an Automatically Switched Optical Network (ASON) control plane, the system dynamically manages resource provisioning, provides multi-level path restoration, and bridges legacy optical frameworks into intelligent, mesh-protected network architectures.
2-Specifications Huawei OptiX OSN 9500
| Technical Parameter | Specification Details |
| Network Node Type | Optical Core Switching (OCS) / High-End Core MSTP |
| Max Port Rate | Up to STM-64 (10 Gbit/s) per line interface |
| Cross-Connect Level | Higher-order (VC-4) and Lower-order (VC-3 / VC-12) granularities |
| Physical Slot Architecture | High-density front-access chassis with dedicated processing slots |
| Supported Interfaces | STM-64, STM-16, STM-4, STM-1, E1/T1, and FE/GE Data Ports |
| Control Plane Protocol | GMPLS-based ASON dynamic control routing plane |
| Equipment Protection | 1+1 Dual Cross-Connect, 1+1 Control (SCC), Redundant Power |
| Power Feeds | Redundant -48 V DC / -60 V DC dual inputs |
3-Features Huawei OptiX OSN 9500
- Integrated OCS Functionality: Combines traditional multi-ring ADM capabilities with a large-capacity digital cross-connect matrix (DXC) to flatten network layers.
- Advanced ASON Intelligence: Employs a GMPLS control plane to deliver dynamic bandwidth allocation, mesh protection, auto-discovery of nodes, and automatic traffic end-to-end configuration.
- Carrier-Grade Ethernet Handling: Optimized for data transport with robust Layer 2 Ethernet mapping over SDH (EoSDH) using GFP, VCAT, and LCAS protocols.
- Comprehensive Survivability: Supports multiple protection strategies, including SNCP, MSP rings, and ASON-driven mesh restoration, guaranteeing a <50ms restoration time.
4- Applications and Strategic Roles Huawei OptiX OSN 9500
- National & Provincial Core Nodes: Anchors high-density aggregation junctions on national or statewide transport backbones to groom structural cross-province traffic.
- Metro MAN Consolidation: Acts as the primary consolidation core layer for municipal metropolitan networks, managing regional transport rings.
- Legacy Infrastructure Migration: Provides an intelligent link for service providers to modernize traditional SDH infrastructure into a more responsive, software-defined optical mesh network.
5- Product Variants Huawei OptiX OSN 9500
Because the Huawei OptiX OSN 9500 is classified strictly as a centralized core optical switching platform, its variations are configured via chassis setups rather than separate product lines:
- OptiX OSN 9500 Standard Cabinet Subrack: Scaled layout utilizing standard ETSI 300mm/600mm deep engineering setups.
- OptiX OSN 9500 Enhanced Chassis Configurations: Customized board layouts optimized for high-density GE/10GE packet convergence versus high-density TDM aggregation.
6-Similar Products from Other Companies
- Ciena CoreDirector CI / 5400 Series: High-end legacy multi-terabit core switching and intelligent optical platforms.
- Nokia (Alcatel-Lucent) 1678 Metro Core Connect (MCC): Dedicated core cross-connect and optical switching system handling packet-loop and TDM networks.
- ZTE ZXONE 8000 Series: Large-scale, core cross-connect optical switching platform deployed across high-capacity backbones.
| HUAWEI OptiX OSN 9500 | ||
| Part Number | Model | Description |
| 3028315 | SSJ2JDCU | 1-Channel Dispersion Compensation Board(40km.LC.3dB) |
| 3037920 | SSJ3ESCC | Enhanced System Control & Communication Board |
| 03030BMG | SSJ3EXCH | Enhanced High Order Cross-connect Board |
| 3056381 | SSJ5D64E04 | 2xSTM-64 Optical Interface Board(P1L1-2D2.LC) |
| 3056386 | SSJ5D64E05 | 2xSTM-64 Optical Interface Board(Le-64.2.LC) |
| 3056387 | SSJ5D64E06 | 2xSTM-64 Optical Interface Board(V-64.2b.LC) |
| 3053106 | SSJ5D64E07 | 2xSTM-64 Optical Interface Board(I-64.1.LC) |
| 3053107 | SSJ5D64E08 | 2xSTM-64 Optical Interface Board(S-64.2b.LC) |
| 3051789 | SSJ5EGS8(1000BASE-LX.LC) | 8-port Gigabit Ethernet Switching Processing Board (1000Base-LX.LC) |
| 3051788 | SSJ5EGS8(1000BASE-SX.LC) | 8-port Gigabit Ethernet Switching Processing Board (1000Base-SX.LC) |
| 3053087 | SSJ5O16E07 | 8xSTM-16 Optical Interface Board(S-16.1.LC) |
| 3053088 | SSJ5O16E08 | 8xSTM-16 Optical Interface Board(L-16.1.LC) |
| 3053089 | SSJ5O16E09 | 8xSTM-16 Optical Interface Board(L-16.2.LC) |
| 3053091 | SSJ5Q16E07 | 4xSTM-16 Optical Interface Board(S-16.1.LC) |
| 3053092 | SSJ5Q16E08 | 4xSTM-16 Optical Interface Board(L-16.1.LC) |
| 3053093 | SSJ5Q16E09 | 4xSTM-16 Optical Interface Board(L-16.2.LC) |
| 3052300 | SSJ6EGT6A(1000BASE-LX.LC) | 6-port Gigabit Ethernet Transparet Transmission Board (1000Base-LX.1310-LC) |
| 4080226 | CALARM001 | Monitor&Alarm Cable.Intput Alarm Cable.20m.D50M-I.120CC16P0.4P430U(S).OSN9500 |
| 4080227 | CALARM002 | Monitor&Alarm Cable.Output Alarm Cable.20m.D9M.CC4P0.48B(S).OSN9500 |
| 04080227-001 | CALARM003 | Monitor&Alarm Cable.Output Alarm Cable.30m.D9M.CC4P0.48B(S).OSN9500 |
| 4042312 | Clock-30m-SMB75 | Single Cable.Clock Conversion Cable.30m.SMB75SF-IV.120CC1P0.5(S)+SYV75-2/0.34(S) |
| 3052788 | SSJ00EGSH03 | 16-port Gigabit Ethernet Switching Processing Board(1000BASE-ZX.1550-LC) |
| 3035223 | SSJ1EMPU | Electromechanical Information Processing Board |
| 3035470 | SSJ1JBA2(14 LC) | Booster Amplifier Board(-6dBm~+3dBm.14dBm.LC) |
| 3035467 | SSJ1JBPA(14/-38 LC) | Pre-amplifier Board( -38dBm~-10dBm.22dB.-6dBm~+3dBm.14dBm.LC) |
| 3035856 | SSJ1JBPA(17/-38 LC) | Pre-amplifier Board(-38dBm~-10dBm.22dB.-6dBm~+3dBm.17dBm.LC) |
| 3035597 | SSJ1JCOM | System Communication Board |
| 3026153 | SSJ1JDCUA(60 LC) | 1-Channel Dispersion Compensation Board(60km.LC) |
| 3026154 | SSJ1JDCUB(80 LC) | 1-Channel Dispersion Compensation Board(80km.LC) |
| 3035191 | SSJ1JEOW | Orderwire Board |
| 3035539 | SSJ1JPBU | Key Power Backup Board |
| 3038200 | SSJ1JPIU | Power Interface Board |
| 3034757 | SSJ1JSTG | Synchronous Timing Generation Board |
| 3025970 | SSJ1JSTI | Synchronous Timing Interface Board |
| 88030CWF | SSJSSWPACK02 | OptiX OSN 9500 Software Package(Per Equipment).V100R004 |
| 88030CWJ | SSJSSWPACK04 | OptiX OSN 9500 Software Package(Per Equipment).V100R006 |
| 88036036 | SSJSUPDATE01 | Software Release Entitlement(Per Subrack.R(N)->R(N+1)) |
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