TNG3OPM8 Huawei High Quality Bandwidth Optical Power Monitor
The TNG3OPM8 Huawei is a high-precision bandwidth optical power monitor board designed for real-time optical performance monitoring in Huawei’s next-generation OTN/WDM platforms such as the OSN8800 and OSN9800 series. This advanced board enables non-intrusive monitoring of multiple optical wavelengths, delivering accurate power readings and spectrum analysis essential for dynamic bandwidth management, fault isolation, and proactive maintenance in metro and long-haul optical transport networks.
Key Features
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Model: TNG3OPM8
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Condition: 100% Brand New, Original Huawei
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Function: Real-time monitoring of optical power levels across multiple channels
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Monitoring Channels: Up to 8 wavelengths per board
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Monitoring Range: Wide dynamic range for various optical power levels
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Installation Type: Plug-in unit for Huawei OSN series
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Applications: OSN8800, OSN9800 M series
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Integration: Seamlessly integrates with Huawei NMS/U2000 for centralized management
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Alarm & Threshold Support: Custom thresholds for power deviation alarms
Technical Specifications
| Specification | Details |
|---|---|
| Model | TNG3OPM8 |
| Board Type | Optical Performance Monitoring (OPM) |
| Wavelength Support | C-band, DWDM channels (per ITU-T G.694.1) |
| Channel Count | 8 monitoring channels |
| Monitoring Accuracy | ±0.5 dB typical |
| Power Monitoring Range | -50 dBm to +23 dBm |
| Optical Interface | LC/UPC Connector |
| Supported Platforms | OSN8800, OSN9800 M Series |
| Alarm Capabilities | LOS, Low/High Threshold Violation, Signal Degrade |
| Protocol Compliance | ITU-T G.709, G.694.1 |
| Hot-Swappable | Yes |
| Power Consumption | ≤ 15W |
| Operating Temperature | -5°C to +45°C |
| Storage Temperature | -40°C to +70°C |
| Humidity | 5%–95% RH, non-condensing |
| Warranty | 1–3 Years Manufacturer Warranty |
TNG3OPM8 Huawei Applications
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DWDM Networks — Enables real-time channel monitoring for DWDM links
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Optical Layer Management — Provides accurate per-channel power data to optimize performance
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Carrier Networks — Supports SLA verification and fault diagnostics
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Data Centers — Used for fiber health monitoring in hyperscale optical backbones
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Smart Optical Networks — Key component in intelligent, self-healing networks
Customization & OEM Options
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Custom Labeling — OEM branding with logo and part numbers available
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Pre-Configured Thresholds — Factory-set alarms and channel mapping for easy deployment
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Integration Kits — Bundled with patch cords, LC adapters, and diagnostic tools
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Extended Testing — Optional factory burn-in and QA documentation for carrier-grade deployments
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Reporting Templates — SNMP trap templates and logs export configuration per customer standards
TNG3OPM8 Huawei Wholesale & Global Supply
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Huawei OEM Stock — Factory-sealed and sourced directly from certified Huawei distribution
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Global Logistics Support — Compliant for international shipping and customs documentation
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Volume Pricing — Discounts available for integrators, OEMs, and bulk telecom projects
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Secure Packaging — Anti-static, foam-inserted packaging for delicate optical boards
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Fast Lead Times — Rapid dispatch for urgent rollouts and project deadlines
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Technical Assistance — Configuration and deployment support via certified engineers
Why Choose the TNG3OPM8 Huawei Optical Power Monitor
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High Channel Accuracy — Real-time performance monitoring with ±0.5 dB precision
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Scalable Channel Monitoring — Supports up to 8 wavelengths per board
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Hot-Swappable & Field Replaceable — Simplifies O&M procedures
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Huawei NMS Integration — Works seamlessly with U2000 and other Huawei management systems
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Proactive Maintenance Tool — Prevents outages through early power deviation alerts
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Huawei OEM Quality — Proven reliability across global optical transport networks
Contact Us Today for Pricing, Technical Datasheets & Bulk Orders
Ensure network visibility and wavelength-level assurance with the Huawei TNG3OPM8 Optical Power Monitor — a trusted solution for telecom operators and data centers seeking efficient, accurate, and intelligent optical monitoring in next-generation transport networks.
