Genuine Huawei 34060473 MXPD-243S 1.25G 1310nm 10km SM eSFP Optical Transceiver Module Huawei eSFP 1.25Gbps Single-Mode Optical Transceiver (P/N: 34060473, Material Code: MXPD-243S). Compliant with IEEE 802.3 1000BASE-LX, it utilizes a 1310nm FP laser and a Duplex LC connector, supporting up to 10km over SMF. Equipped with DDM support, it is natively compatible with Huawei NetEngine, OptiX OSN, and CloudEngine series equipment, making it ideal for metro access, enterprise private networks, and carrier-grade Gigabit Ethernet deployments.
Model / Product Code
MXPD-243S
Max Transmission Distance
10km
Laser Class
Class 1 Laser
Tx Power
-9.0 to -3.0 dBm
Receiver Sensitivity
≤ -20.0 dBm
Operating Temperature
0°C to +70°C
Typical Applications
✅Gigabit Ethernet Backbones: Ideal for 1000BASE-LX uplinks between enterprise switches and routers.
✅Campus & Metro Aggregation: Provides high-reliability fiber connectivity across local campus and metropolitan area nodes.
✅FTTH & Access Networks: Widely adopted in telecommunications infrastructure, FTTx broadband deployment, and remote base stations.
✅Industrial Networking: Suitable for mission-critical deployments requiring robust fiber links in demanding conditions.
✅Storage Area Networks (SAN): Supports high-speed 1x Fibre Channel data replication and storage server interconnectivity.
Product Highlights
✨100% Authentic Huawei Quality: Genuine factory-sourced product (Official P/N: 34060473) manufactured under rigid quality control protocols to ensure zero-defect field operation. ✨Guaranteed Huawei System Compatibility: Plug-and-play synchronization with Huawei CloudEngine, S-series campus switches, and NetEngine routers without triggering any "unsupported module" software alarms.
✨Stable 10km Single-Mode Reach: Highly optimized at a 1310nm wavelength to provide low-attenuation, low-latency, and predictable point-to-point data routing across wide enterprise links.
✨Real-Time DDM Predictive Maintenance: Integrated Digital Diagnostic Monitoring (DDM/DOM) empowers IT engineers to track voltage, temperature, bias current, and optical power to catch physical fiber faults before they affect live traffic.
✨Zero-Downtime Hot-Swapping: Built on precise physical engineering, allowing field technicians to