TNF5HSNQ2 Huawei Brand New Universal Line Processing Board
The TNF5HSNQ2 Huawei is a high-performance universal line processing board designed for the OptiXtrans E9600 and OSN 9800 series. Supporting both OTN and SDH service adaptation, the board enables efficient grooming, switching, and transmission of multiple high-speed client signals such as 100GE, OTU4, and ODU4. Built for ultra-broadband optical networks, the TNF5HSNQ2 offers advanced features like flexible rate adaptation, SD-FEC (Soft-Decision Forward Error Correction), and intelligent performance monitoring.
With its high integration, stability, and long-haul transmission capability, the TNF5HSNQ2 plays a key role in Huawei’s next-generation transport platforms, supporting high-capacity, low-latency transmission across metro, regional, and backbone networks.
Key Features
- Model: TNF5HSNQ2
- Function: Universal line processing for 100G-class services
- Supported Client Services: 100GE, OTU4, ODU4
- Service Mapping: 100GE/OTU4 mapped to ODU4
- Forward Error Correction: SD-FEC and Enhanced FEC for improved reach
- Chassis Compatibility: Huawei OSN 9800, OptiXtrans E9600
- Pluggable Optical Module Support: CFP/CFP2
- Hot-Pluggable: Yes
- Network Standards Compliance: ITU-T G.709, IEEE 802.3ba, RoHS
Technical Specifications
| Specification | Details |
|---|---|
| Board Model | TNF5HSNQ2 |
| Line Rate | 100 Gbps |
| Service Types | 100GE, OTU4, ODU4 |
| Mapping Capability | Supports mapping to ODU4 containers |
| OTN Standards | Complies with ITU-T G.709, G.798 |
| FEC Type | SD-FEC (Soft Decision), B-FEC (Beyond FEC) |
| Optical Interface | CFP/CFP2 pluggable module slots |
| Power Supply | From system chassis |
| Power Consumption | ≤ 95W (Typical) |
| Operating Temperature | -5°C to +45°C |
| Storage Temperature | -40°C to +70°C |
| Cooling Method | Air-cooled via chassis ventilation |
| Software Management | Managed via Huawei U2000 NMS or SDN controller |
| Compliance | IEEE 802.3ba, ITU-T, CE, RoHS |
| Warranty | 1–3 Years Original Huawei Warranty |
TNF5HSNQ2 Huawei Applications
- Metro & Core OTN Networks — Consolidated service transport at 100G line rate
- Data Center Interconnect (DCI) — High-speed interconnect between data centers
- 5G Backhaul — High-capacity transmission infrastructure for 5G services
- Cloud Core Networks — Low-latency links between cloud service nodes
- Carrier-Grade Networks — Flexible and scalable deployments in national backbones
- SDN-Enabled Environments — Programmable transport support for intelligent operations
Customization & OEM Options
- Labeling Options: Custom logo printing and serial number engraving
- Module Flexibility: Compatible with Huawei CFP/CFP2 optics or third-party units
- Test Certification: Factory BER & interoperability test reports available
- Packaging Choices: Standard carton or anti-static trays for bulk shipping
- Firmware Preload: Pre-configuration and version control support
- Global Compliance: CE, FCC, or country-specific certification available
Wholesale & Global Supply Details
- Huawei Original OEM – Brand-new and factory-sealed
- Bulk Inventory Ready – Available for immediate delivery
- Global Fulfillment – Fast and secure international logistics
- Volume Pricing – Discounts for ISPs, data centers, and integrators
- Technical Documentation – Full support including MIBs and datasheets
- Expert Support – Assistance with configuration and compatibility
Why Choose TNF5HSNQ2 Huawei
Universal Client Support – Adapts 100GE, OTU4, and more in a single module
Carrier-Class Reliability – Engineered for 24/7 mission-critical networks
Future-Proof Design – Supports SDN, hybrid cloud, and high-density OTN
Efficient FEC Technology – Reduces error rates and extends transmission distance
Huawei Platform Compatibility – Seamless fit with OSN9800 and OptiXtrans series
Operational Excellence – Enhanced monitoring, diagnostics, and easy integration
Request a Quote Now for the Huawei TNF5HSNQ2 Universal Line Processing Board — and benefit from OEM-grade quality, global availability, and expert service for your optical networking needs.
