The ENET AA1419068-E6-ENC is a high-performance SFP optical transceiver designed for long-distance network connectivity. Compatible with Avaya's AA1419068-E6, this module delivers 1000Base-CWDM connectivity using a 1610nm wavelength over single-mode fiber, supporting both 1 Gigabit Ethernet and 2G Fibre Channel applications. Ideal for enterprises, data centers, and telecoms, it's an affordable and reliable alternative to OEM optics.
Features :
Built to meet the demands of complex networking environments, this hot-swappable transceiver provides up to 80 kilometers of transmission distance. It supports CWDM technology, which enables multiple optical signals to be transmitted over a single fiber strand by using different wavelengths. That makes it a perfect choice for high-density, high-capacity fiber deployments.
Advanced Options :
ENET goes beyond compatibility by customizing each optic through serialization and tailored programming. These transceivers are rigorously tested on the target OEM hardware platforms to ensure full functionality, proper software detection, and zero compatibility issues. Testing includes latency validation, power metrics, frame error checks, and link integrity analysis. With full compliance to IEEE standards, MSA form factors, and RoHS directives, this transceiver integrates seamlessly with virtually all MSA-compliant switching and routing hardware.
Product Key Features
- Compatible replacement for Avaya AA1419068-E6
- CWDM transceiver with 1610nm wavelength
- Supports Gigabit Ethernet and 2G Fibre Channel
- Up to 80KM reach over single-mode fiber
- Individually tested for power, latency, and errors
- MSA, RoHS, and TAA compliant with lifetime warranty
- Hot-swappable design for easy installation
- Low power consumption for enhanced efficiency
Reliability & Performance :
The ENET AA1419068-E6-ENC is engineered for durability and precision. It supports plug-and-play operation, low power consumption, and superior interoperability with OEM systems. Each unit undergoes individual testing to validate optical output and receiver sensitivity, ensuring consistent performance under heavy network traffic loads. Whether replacing aging optics or scaling infrastructure, this transceiver is a dependable choice for mission-critical environments.
