Cisco Compatible XFP 10GBASE-ER 1550nm 40km DDM Duplex LC/UPC SMF Optical Transceiver Module

The XFP-10GB-ER is a high-speed 10G XFP fiber module designed for single-mode fiber communication scenarios. The 10G XFP fiber module adopts LC interface and 1550nm wavelength, the maximum transmission distance can reach 40km, and has the characteristics of high speed, high density and high reliability.

The 10G XFP fiber module uses Class Time of Flight (TOF) measurement technology and is supported by a transistor power amplifier (TIA), providing excellent response time, flexibility and stability. The 10G XFP fiber module also features an adaptive differential limiter amplifier (AGC) that automatically adjusts the range of received power to ensure accurate and stable signals.

When using the 10G XFP fiber module, note that it complies with the XFP MSA standard and can be used interchangeably with other optical modules. However, users should note that the module cannot be directly connected to multimode fiber, as its design and scope of application are single-mode fiber. Therefore, when selecting optical fibers, users should pay special attention to the type of optical fibers that match the 10G XFP fiber module.

Use the 10G XFP fiber module to benefit from its professional-grade performance. This module comes in a standardized XFP package with excellent compatibility and can work with network equipment from various manufacturers. More conveniently, the module also supports hot swap technology, making network maintenance and upgrading a breeze. Therefore, if you are looking for an efficient 10G XFP fiber module, this module is the ideal choice for you.

In addition, as an important component of high-speed data transmission, the 10G XFP fiber module not only has excellent performance and high-speed connection capability, but also has the characteristics of low power consumption, so it can save energy and reduce costs. In addition, the 10G XFP fiber module adopts precision design and advanced technology to ensure its excellent reliability and stability, and can operate stably in a variety of extreme environments for a long time, becoming an indispensable part in the field of modern information technology.