Trusted Brand Cwdm-sfp-2.5g-1310-120-msa-at Universally Coded Msa Compliant Transceiver Cwdm Sfp 2.5gbase (1310nm, Smf, 120km, Lc, 32db, Dom) With Tracking [ZQkJOfAc]

CWDM SFP 2.5G Transceiver for Long-Distance Connectivity

The ATGBICS CWDM-SFP-2.5G-1310-120-MSA-AT is a cutting-edge network transceiver designed for reliable and efficient data transmission over long distances. This universally coded MSA compliant transceiver is built to support high-speed connectivity, making it an ideal choice for various networking applications. With its advanced features and robust design, it ensures seamless data transfer over single-mode fiber (SMF) up to 120 kilometers.

Key Features and Specifications

The CWDM SFP 2.5G transceiver boasts several key features that set it apart from other transceivers in the market. It operates at a wavelength of 1310nm, providing exceptional performance and compatibility with existing network infrastructures. The LC Duplex connector ensures secure and reliable connections, while the digital optical monitoring (DOM) feature allows for real-time monitoring of critical parameters, enhancing network management and troubleshooting capabilities. Here are some of the standout features and specifications:

Supports 2.5GBase-CWDM Form Factor

Wavelength: 1310nm

Distance: Up to 120km over SMF

LC Duplex Connector

32dB Power Budget

DOM Support for Real-Time Monitoring

Practical Applications and Benefits

The ATGBICS CWDM SFP 2.5G transceiver is a versatile solution suitable for a wide range of networking applications. Its long-distance capability and high-speed data transfer make it ideal for connecting remote locations, such as data centers, campus networks, and metropolitan area networks. The product's compatibility with MSA and IEEE standards ensures seamless integration into existing network infrastructures. Here are some of the practical applications and benefits:

Data Centers: Enhance connectivity and expand network coverage across large data center environments.

Campus Networks: Facilitate efficient data transfer between buildings and remote locations on campus.

Metropolitan Area Networks: Extend network reach and improve connectivity in urban environments.