Thanksgiving Deal Sfp-10g-wa60-h Antaira® Compatible Transceiver Sfp+ 10gbase-bx-u (tx1270nm/rx1330nm, Smf, 60km, Lc, Dom, Hp Procurve Compatible) For Home [G6CTFAlq]

SFP-10G-WA60-H Transceiver: 60km Range and High Compatibility

The ATGBICS SFP-10G-WA60-H Antaira® Compatible Transceiver is a cutting-edge SFP+ 10GBase-BX-U network transceiver designed for high-speed data transmission over long distances. This versatile device boasts a range of up to 60km when used with single-mode fiber (SMF) and operates at wavelengths of 1270/1330nm. The LC Simplex connector ensures a reliable connection, making it a perfect match for a variety of network infrastructure applications. Key features include:

• Extended range of 60km over single-mode fiber
• 10GBase-BX-U compliant for high-speed data transmission
• Compatible with Antaira® SFP-10G-WA60-H

Technical Specifications and Real-Time Monitoring

The ATGBICS SFP-10G-WA60-H is equipped with advanced digital optical monitoring (DOM) capabilities, allowing for real-time monitoring of the fiber optic transceiver parameters. This feature ensures optimal performance and quick troubleshooting. The product operates within a commercial temperature range, making it suitable for a wide range of environments. Key specifications include:

• 10GBase-BX-U transmission
• Single-mode fiber (SMF) support
• LC Simplex connector
• Commercial temperature range

Practical Applications and Audience Benefits

The ATGBICS SFP-10G-WA60-H is an ideal solution for various network applications, including data centers, wide-area networks, and campus area networks. Its compatibility with Antaira® SFP-10G-WA60-H and compliance with MSA and IEEE standards ensure seamless integration into existing systems. With a unique traceable serial number and a limited lifetime warranty, this transceiver provides peace of mind for users seeking high-quality, reliable networking solutions. Benefits include:

• High-speed data transmission over long distances
• Real-time monitoring of fiber optic parameters
• Seamless integration into network infrastructure