10GBASE-LR Single-Mode SFP+ Transceiver enables high-speed data transfer over long distances, up to 10 kilometers, using single-mode fiber optics for high-capacity networking needs.
The 10GBASE-LR SFP+ Transceiver is widely praised for its ability to provide high-speed connections over long distances. However, users note that it may not be cost-effective for shorter range connections and requires specific single-mode fiber. While it offers robust performance for high-capacity networking needs, potential buyers should consider its sensitivity to environmental conditions and limited backup options.
REASONS TO BUY
High-Speed Long-Distance Connectivity - supports data transfer up to 10 kilometers
Compact and Efficient Design - consumes less power and space
Cost-Effective for Long-Distance Connections - provides affordable solutions for extensive network setups
Compatibility with Various Network Systems - works with multiple switch and router models
CONSIDERATIONS
Requires Single-Mode Fiber - not compatible with multimode fiber
Sensitive to Environmental Conditions - temperature sensitivity may affect performance
Limited Backup Options - lacks redundancy for mission-critical applications
10GBASE-LR Single-Mode SFP+ Transceiver Up to 10KM 0-70C
Overview
D-Link's 10G SFP+ Module series are hot-swappable SFP+ transceivers that plug into SFP+ slots on switches and support 10G Ethernet. The D-Link 10GBASE SFP+ Module Series transceivers offer customers a wide variety of 10G Ethernet connectivity options for data centers, enterprise wiring closets, and service provider transport applications.
Enhanced Small Form-factor Pluggable Format
The transceivers use the Enhanced Small Formfactor Pluggable format (SFP+). The SFP+ form factor is smaller than other form factors such as Xenpak, X2, and 10G XFP, ensuring lower costs, lower power disruption, and higher port density. They provide the necessary signal amplification for data to be transmitted to the network cable from the port, and vice versa, for the port to receive data from the network cable.