Genuine Huawei 34061089 100GBASE-SR4 TR-FC85S-N00 100G 4*25G 850nm 100m MMF MPO QSFP28 Optical Transceiver Module

• Intra-DC Interconnect: Ideal for high-speed connections between servers and core switches, as well as between core and aggregation layers within a data center (intra-rack or adjacent racks).
• Enterprise Campus Backbone: Meets the demand for 100G ultra-high bandwidth between enterprise core layers and server clusters.
• HPC & Cloud Computing: Provides a reliable physical layer for scientific computing and cloud platforms requiring extremely low latency and high throughput.
• Storage Area Networks (SAN): Supports high-speed data read/write and backup transmission for storage devices.

Product Highlights

• Original Huawei P/N: 34061089 (Model: TR-FC85S-N00), manufactured with certified precision in China. It guarantees 100% native equipment recognition, seamless system telemetry, and plug-and-play simplicity within Huawei platforms, eliminating firmware lock risks.

• Optimized for short-reach scenarios up to 100m over OM4 MMF. Powered by reliable 850nm VCSEL laser arrays, it delivers carrier-grade, low-latency, and zero bit-error-rate (BER) stability, providing a much more cost-effective total-hardware solution compared to expensive long-haul single-mode optics.

• Features a parallel 4-lane transmission architecture that supports flexible breakout into 4 independent 25G links via MPO-to-LC breakout fiber cables, adapting perfectly to high-density 25G access layer networks and downstream server connections.

• The short-reach internal layout features extreme energy efficiency. Combined with an enhanced thermal dissipation design, it effectively minimizes power consumption and data center heat dissipation pressure, significantly cutting operational electricity costs in large-scale setups.

• Features integrated, advanced DDM/DOM telemetry for 24/7 real-time monitoring of critical metrics—including temperature, voltage, laser bias current, and Rx/Tx optical power—enabling early failure warnings and preventing unexpected link disruption.