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NEO COM NEO-SFP-2.5G-LR13-2 LC Single-mode Dual Fiber SFP Module

NEO COM NEO-SFP-2.5G-LR13-2 LC Single-mode Dual Fiber SFP Module
NEO COM NEO-SFP-2.5G-LR13-2 LC Single-mode Dual Fiber SFP Module
  • Stock: In Stock
  • Brand: NEO COM
  • Model: NEO-SFP-2.5G-LR13-2
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Main Features
Application
Compatibility
Compliance Standards
Connector Type
Material
Maximum Humidity
MTBF
Protocol Support
Type
Physical Specification
Dimensions
Form Factor
Operating Temperature
Storage Temperature
Weight
Power, Build & OS
DDM/DOM Support
Power Consumption
Power Supply
Voltage
Performance
BER (Bit Error Rate)
Data Rate
Fiber Core Size
Fiber Type
Laser Type (TX/RX)
Link Budget
Modulation Type
RX Sensitivity
Transmission Distance
TX Power (Transmit Power
Wavelength

Product Overview

The NEO COM NEO-SFP-2.5G-LR13-2 LC Single-mode Dual Fiber SFP Module is a high-performance optical transceiver designed to provide reliable 2.5Gbps connectivity for enterprise, SMB, and data center networks. With LC duplex connectors, this module operates over single-mode fiber, delivering long-reach transmission up to 13 kilometers, making it ideal for backbone links, campus networks, and metro connectivity.

Engineered according to SFP MSA and IEEE standards, the NEO-SFP-2.5G-LR13-2 offers broad compatibility with leading network switches, routers, and storage devices. Its hot-swappable design allows plug-and-play installation without network downtime, while low power consumption ensures energy-efficient operation. This module is perfect for organizations requiring stable, high-speed optical links over long distances. With robust durability and superior signal integrity, it enables seamless network expansion, high-performance communication, and reliable long-distance connectivity.

Key Features

  • 2.5G Single-mode dual fiber SFP transceiver
  • LC duplex fiber connector interface
  • Long-reach transmission up to 13 kilometers
  • Supports stable 2.5Gbps data rates
  • Fully compliant with IEEE Ethernet standards
  • SFP MSA form factor for broad compatibility
  • Hot-swappable plug-and-play design
  • Low power consumption for efficient networks
  • High-performance optical transmission
  • Compatible with major enterprise network devices
  • Durable and reliable long-term operation
  • Suitable for backbone and campus networks
  • Ideal for metro and enterprise fiber links
  • Provides stable and low-latency communication

Applications

  • Enterprise and campus backbone networks
  • High-speed switch-to-switch connectivity
  • Data center interconnects and uplinks
  • Long-distance fiber optic links
  • Metro network deployments
  • Fiber-to-fiber conversion projects
  • High-performance computing (HPC) networks
  • Storage area networks (SAN) and NAS systems

Installation Notes

  • Confirm device compatibility before module insertion
  • Gently insert the SFP module into the SFP port
  • Connect LC duplex single-mode fiber cables securely
  • Avoid bending fiber beyond its minimum radius
  • Ensure fiber connectors are clean before insertion
  • Check link/activity LED indicators after installation
  • Update switch firmware if required
  • Keep dust caps on unused ports
  • Avoid installation in high-temperature or humid conditions

Environmental / Operating Conditions

  • Operating temperature: 0°C to 70°C safe range
  • Storage temperature: –40°C to 85°C safe storage
  • Humidity: 5%–95% non-condensing
  • Indoor-rated operation environments
  • Low power optical operation
  • Stable long-term network performance
  • Designed for 24/7 continuous use

Global Availability

The NEO COM NEO-SFP-2.5G-LR13-2 LC Single-mode SFP Module is available worldwide through NEO COM resellers, distributors, and online IT marketplaces. Its broad compatibility with major networking brands ensures adoption across enterprise, SMB, and data center networks globally. Organizations in North America, Asia, Europe, and the Middle East rely on this module to deliver cost-effective, reliable, and high-performance single-mode fiber connectivity for long-distance optical applications.

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