The ENET AA1419067-E6-ENC offers an exceptional alternative to OEM transceivers at a fraction of the cost. Ideal for data centers, enterprise networks, and telecom infrastructure, this SFP module supports both 1 Gigabit Ethernet and 2G Fibre Channel applications, providing long-range connectivity of up to 80KM over single-mode fiber.
Features :
This ENET compatible transceiver module is a CWDM (Coarse Wavelength Division Multiplexing) optical solution that operates at the 1590nm wavelength, making it a powerful component in multiplexed fiber systems. Built to match the performance of Avaya's original AA1419067-E6 module, it is fully hot-swappable and designed for easy integration into MSA-compliant switches and routers.
Advanced Options :
Each unit undergoes rigorous individual testing for power levels (Tx/Rx), latency, frame errors, and interoperability to ensure flawless operation in complex network environments. Programming is customized to support original OEM configurations, ensuring seamless plug-and-play functionality with full software recognition. Whether expanding your optical backbone or replacing aging optics, ENET offers a cost-efficient and reliable solution that meets IEEE standards while remaining fully compliant with RoHS and TAA directives.
Product Key Features
- 100% OEM-compatible with Avaya AA1419067-E6
- CWDM optical transceiver with 1590nm wavelength
- Supports 1GbE and 2G Fiber Channel data rates
- Extended transmission distance up to 80KM
- Individually programmed and tested for reliability
- Lifetime warranty with TAA and RoHS compliance
- Hot-swappable design for easy installation
- Low power consumption for enhanced efficiency
Reliability & Performance :
The ENET AA1419067-E6-ENC transceiver is built for mission-critical applications, featuring high durability, superior interoperability, and precise laser alignment for low latency and high optical power. The module meets all MSA form factor specifications, enabling seamless integration into a wide range of network devices. Its hot-swappable design and low power consumption further enhance system uptime and operational efficiency.
