1310nm 2km 6g sfp

Introduction to 1310nm 2km 6G SFP Modules

The 1310nm 2km 6G SFP modules are a pivotal category in the realm of fiber optic communications, designed to transmit data over medium distances. These Small Form-factor Pluggable (SFP) transceivers are engineered to support a myriad of network types and data rates, specifically tailored for 6 Gbps data transmission up to 2 kilometers using a 1310nm wavelength.

Technical Specifications and Types

These SFP modules are differentiated by their optical wavelength and data rate capabilities. The 1310nm SFP transceivers are typically utilized in single-mode fiber applications, offering a balance between distance and cost-efficiency. They come in various types, each suited for specific network requirements and topologies.

Applications and Deployment

The versatility of the 2km SFP modules allows for their deployment in a broad range of network infrastructures, including metropolitan area networks (MANs) and local area networks (LANs). They are commonly employed in data centers, enterprise networks, and sometimes in residential deployments where high-speed data requirements are paramount.

Features and Performance

Performance is a key factor, and the 6G SFP modules do not disappoint. They are designed to support digital diagnostic monitoring (DDM) and offer a reliable solution for network expansion with their hot-pluggable interface, ensuring minimal downtime and ease of maintenance.

Material and Design

The construction of these modules is centered around durability and performance. High-quality materials are used to house the laser diodes and photodetectors, ensuring stable operation under various environmental conditions. The design also considers electromagnetic interference (EMI), with shielding to maintain signal integrity.

Advantages of Using 1310nm 2km 6G SFP

The primary advantage of using 1310nm 2km 6G SFP modules lies in their efficiency and reliability. They provide a cost-effective solution for expanding network capabilities without the need for extensive infrastructure changes, all while maintaining high data integrity and speed.