Product Description: SFP Optical Module 1.25G TX1550 RX1310nm 60KM LC Gigabit Enhance your networking capabilities with our SFP Optical Module, designed for high-performance data transmission. This 1.25G single module is perfect for fiber switches, routers, and network cards, providing reliable connectivity for your network infrastructure. Key Features: High-Performance Fiber Type: This module utilizes LC single mode fiber technology, supporting data rates of 1.25 Gbps. With a transmission wavelength of TX1550 nm and RX1310 nm, it achieves an impressive range of up to 60 kilometers, making it ideal for long-distance connections in various networking environments. Energy Efficient Operation: Designed with low power consumption in mind, this module operates at less than 1 watt, helping you reduce energy costs. The inclusion of thermal pads ensures superior heat dissipation, maintaining optimal performance during operation. User-Friendly Plug and Play Design: The hot swappable feature allows for easy installation and replacement without disrupting your network. Simply rotate the ring latch down to unlock and pull the transceiver out of the switch, making upgrades and maintenance hassle-free. Versatile Compatibility: This optical module is widely compatible with various equipment, including fiber switches, routers, network cards, servers, firewalls, and other open switches. Its versatility ensures seamless integration into your existing network setup. Stringent Quality Control: Each SFP module is manufactured under a strict quality control system, ensuring high standards of performance and reliability. Every unit is individually tested before packaging to guarantee compatibility with different brands of switches, providing peace of mind with your purchase. Upgrade your network with the SFP Optical Module 1.25G TX1550 RX1310nm 60KM LC Gigabit. Whether you're expanding your current infrastructure or setting up a new system, this module delivers the speed, efficiency, and reliability you need for a robust networking solution.