AddOn INFINERA TRX100015/08 Compatible 1Gbps SFP Module with CWDM Technology

AddOn Infinera® TRX100015/08 Compatible TAA 1000Base-CWDM SFP Transceiver (SMF, 1610nm, 80km, LC, DOM)

The AddOn INFINERA TRX100015/08 compatible SFP transceiver delivers reliable 1000Base-CWDM connectivity over single-mode fiber for distances up to 50 miles. Designed for easy installation and seamless integration, this hot-swappable SFP module ensures high performance and versatility for various data networking applications. Featuring a wavelength of 1610nm, it supports real-time digital optical monitoring (DOM) to track operational parameters, enhancing network management and troubleshooting. Built to match the specifications of the original Infinera transceiver, it guarantees compatibility, stability, and optimal operation in demanding environments. The module's robust construction and TAA compliance make it suitable for enterprise, carrier, and data center deployments, offering a dependable solution for high-speed fiber optic connections. The product is manufactured in the United States by AddOn and includes a limited lifetime warranty, underscoring its quality and durability. Whether expanding an existing network or deploying new infrastructure, this SFP module provides a cost-effective, high-performance option for transmitting gigabit data over long distances with minimal signal degradation.

Features:

• SFP is the single answer to all your desired and specified application execution needs

• With 1000Base-CWDM technology, get up to 1000Mbps data transfer rate using coarse wavelength-division multiplexing

• Up to 10x faster than standard Ethernet connection and provides high-performance

• Optical Fiber media support ensures maximum convenience and great usability

• For transmitting data at gigabit speed over hundreds of miles with little integrity loss, single-mode fiber optic is an ideal solution

• Hot-swappable form factor for added reliability and dependability

• SFP with data networking application/usage for reliability and maximum efficiency