Masterpiece Xbr-8gfc-40km-5736 Brocade® Compatible Transceiver Dwdm Ch25 Sfp+ 8gbase (1557.36nm, Smf, 40km, Lc) Ready To Use [imSp2LXc]

XBR-8GFC-40KM-5736 Brocade Compatible Transceiver

Introducing the XBR-8GFC-40KM-5736, a cutting-edge Brocade® compatible transceiver designed for high-performance network connectivity. This SFP+ 8GBase-DWDM transceiver stands out with its impressive capabilities, offering a reliable solution for long-distance data transmission. With support for distances up to 40km over single-mode fibre (SMF) and utilizing a wavelength of 1557.36nm, it ensures seamless data transfer with exceptional speed and stability. Key features include:

• Long-Distance Connectivity: Supports transmission over 40km single-mode fibre for extended network reach.
• High-Speed Data Transfer: 8GBase-DWDM technology enables rapid data transfer rates for efficient network performance.

Product Specifications

Featuring a robust design and advanced technology, the XBR-8GFC-40KM-5736 is a versatile choice for various network applications. It operates within a commercial temperature range, making it suitable for a wide range of environments. With digital optical monitoring (DOM) support, real-time monitoring of the transceiver parameters is possible, ensuring optimal performance and troubleshooting capabilities. Key specifications include:

• Wavelength: 1557.36nm
• Connector: LC Duplex
• Temperature Range: Commercial temperature range

Applications and Benefits

Whether you are setting up a data center, expanding your network infrastructure, or enhancing connectivity in remote locations, the XBR-8GFC-40KM-5736 is an ideal solution. Its compatibility with Brocade® equipment and adherence to MSA and IEEE standards ensure seamless integration into your existing network. Benefits of choosing this transceiver include:

• Enhanced Network Performance: Optimizes network speed and reliability for efficient data transfer.
• Cost-Effective Solution: Offers a high-quality alternative to expensive proprietary transceivers, without compromising performance.