The ENET AA1419065-E6-ENC is a high-performance SFP optical transceiver designed for 1 Gigabit Ethernet and 2G Fibre Channel applications over single-mode fiber. As a compatible alternative to the Avaya AA1419065-E6, it provides exceptional value without compromising reliability or functionality. Engineered for long-distance optical communication, this module is ideal for enterprise backbones, telecom networks, and data center environments.
Features :
Operating at the 1550nm wavelength, this 1000Base-CWDM SFP module supports transmission distances up to 80 kilometers, making it ideal for high-capacity fiber deployments. It uses a standard LC duplex connector and fits seamlessly into any MSA-compliant networking hardware. Whether you're scaling existing infrastructure or replacing OEM optics, ENET delivers a precise, plug-and-play experience.
Advanced Options :
Each module is meticulously programmed and serialized to match OEM specifications, ensuring flawless software recognition and operational compatibility. Rigorous testing is conducted on the actual platform for which it's intended, confirming performance parameters such as latency, packet integrity, and optical power levels. This module supports RoHS, MSA, IEEE standards, and is available in TAA-compliant versions—making it suitable for federal or enterprise-grade deployments.
Product Key Features
- OEM-compatible with Avaya AA1419065-E6
- CWDM transceiver with 1550nm wavelength
- Supports 1GbE and 2G Fibre Channel applications
- Long-range transmission up to 80KM
- Fully tested for latency, Tx/Rx power, and frame errors
- MSA, RoHS, and TAA compliant with lifetime warranty
- Hot-swappable design for easy installation
- Low power consumption for enhanced efficiency
Reliability & Performance :
Designed for mission-critical networking environments, the ENET AA1419065-E6-ENC excels in interoperability, durability, and optical accuracy. It features hot-swappable functionality, stable power consumption, and robust laser output, ensuring consistent long-term operation under heavy network loads. With proven platform-specific compatibility, it seamlessly integrates with both OEM and third-party hardware ecosystems.
