Genuine Alcatel-Lucent 1AB448040001 SFP+ Transceiver CPRI 3-7 & 10GbE 10.3Gbps 1310nm 10KM Long Reach SMF Duplex LC DDM Hot Pluggable 

Product Overview

Genuine Alcatel-Lucent 1AB448040001 SFP+ Module for CPRI Fronthaul & 10GbE
Original Alcatel-Lucent carrier-grade dual-purpose SFP+ optical transceiver with official part number 1AB448040001. This dual-protocol module supports both standard 10GbE Ethernet data transmission and CPRI 3–7 cellular fronthaul protocols, tailor-made for Alcatel-Lucent base stations, radio units and telecom transmission equipment. Widely deployed for 4G/5G mobile fronthaul links, carrier metro fiber networks, enterprise 10G backbone uplinks and multi-service telecom transmission scenarios.
Equipped with industrial 1310nm low-loss laser chip, delivering stable 10KM long-distance transmission over standard single-mode fiber (SMF). It supports 10.3Gbps full line-rate bandwidth, fully compliant with 10GbE IEEE standard and CPRI Release 3 to Release 7 specifications. Built-in DDM/DOM real-time digital diagnostic monitoring enables remote inspection of optical power, temperature and operating voltage for efficient network O&M. Standard hot-pluggable SFP+ design supports zero-downtime installation and replacement, minimizing network maintenance interruption. Every unit is 100% fully tested before shipment to ensure 24/7 stable carrier-grade performance and flawless equipment compatibility.

Core Key Selling Points 

Full Technical Specifications

Package Content

1 x Alcatel-Lucent 1AB448040001 SFP+ 10.3G 10GbE CPRI 3-7 1310nm 10KM SMF LC Transceiver (Fully Tested)

Shipping Policy

Return & Warranty Policy

Buyer Notes

Genuine Alcatel-Lucent 1AB448040001 dual-protocol SFP+ transceiver, compatible with both 10GbE Ethernet and CPRI 3-7 fronthaul systems. Please verify the exact part number, 1310nm wavelength, 10KM SMF specification and device protocol compatibility before placing an order. All modules pass strict full-performance testing to ensure stable and reliable telecom-grade high-speed transmission performance.