Axiom - SFP (mini-GBIC) transceiver module (equivalent to: Cisco GLC-2BX-U) - GigE (optical) - 1000Base-BX-U - LC single-mode - up to 6.2 miles - 1310 (TX) / 1490 (RX) nm
The Axiom GLC-2BX-U-AX is a reliable SFP transceiver module designed for high-speed networking. This plug-in module offers a data transfer rate of 1 Gbps, making it ideal for enhancing network performance. With a maximum transfer distance of 10 km, it supports bi-directional communication, ensuring efficient data flow. Its compliance with RoHS and MSA standards ensures a product that meets essential environmental and quality benchmarks.
This module features an LC single-mode connector and operates at optical wavelengths of 1310 nm for transmission and 1490 nm for reception. It is compatible with the Gigabit Ethernet protocol, adhering to IEEE 802.3z standards for optical communication. With its robust design, the Axiom GLC-2BX-U-AX is a suitable choice for reliable wired connectivity in various networking applications.
- Data transfer rate of 1 Gbps for high-speed performance
- Maximum transfer distance of 10 km for extended reach
- Compliant with RoHS and MSA standards for quality assurance
- Bi-directional communication for efficient data transfer
- Designed for compatibility with Gigabit Ethernet protocols
-
Efficient data transfer
The Axiom GLC-2BX-U-AX supports a data transfer rate of 1 Gbps, ensuring smooth and fast transmission of data across the network.
-
Extended connectivity range
With a maximum transfer distance of 10 km, this module provides flexibility in network design by allowing connections over long distances.
-
Robust compliance standards
This transceiver module meets both RoHS and MSA compliance standards, assuring users of its environmental safety and reliability in various applications.
-
Bi-directional capability
The bi-directional design allows for simultaneous data transmission and reception, optimizing network performance and efficiency.
-
Optimized for Gigabit Ethernet
As a Gigabit Ethernet compatible module, it adheres to IEEE 802.3z standards, making it a dependable choice for modern networking needs.
