ENET AA1419038-E5-ENC
OEM PN AA1419038 1000Base-CWDM SFP Transceiver 1GE/2G 1570nm 80KM
The ENET AA1419038-E5-ENC is a cost-effective and high-quality 1000Base-CWDM SFP transceiver supporting both 1 Gigabit Ethernet (1GE) and 2G Fibre Channel applications. Operating at a 1570nm wavelength, this module delivers consistent optical performance over single-mode fiber up to 80 kilometers, making it a robust solution for enterprise and carrier-grade networks.
As a genuine ENET transceiver, the AA1419038-E5-ENC provides guaranteed OEM-equivalent compatibility and performance, ensuring seamless deployment and reliable connectivity in mission-critical environments.
Features :
This SFP is hot-pluggable, simplifying installation and replacement without service interruptions. Utilizing 1570nm CWDM technology, it reduces fiber infrastructure demands by enabling multiple optical channels across a single fiber strand. With low power consumption and reliable throughput, it is engineered to support both data networking and storage area networking applications.
Advanced Options :
The 1000Base-CWDM standard offers enhanced scalability and bandwidth efficiency. Supporting both Gigabit Ethernet and Fibre Channel 2G, this transceiver offers versatile performance for diverse deployments. Its 80km long-distance support allows enterprise backbones and service provider networks to interconnect across cities and campuses without additional repeaters.
Product Key Features
- 1000Base-CWDM optical transceiver module
- Supports 1GE Ethernet and 2G Fibre Channel
- Operates at 1570nm CWDM wavelength
- Transmission range up to 80km over SMF
- SFP hot-pluggable form factor
- LC duplex connector for optical integrity
- Backed by ENET performance assurance
Reliability & Performance :
The ENET AA1419038-E5-ENC ensures consistent Gigabit-level and Fibre Channel connectivity over long distances with its advanced CWDM optics. With strong signal integrity over 1570nm channels and extended runs up to 80km, it provides reliable backbone connectivity for demanding enterprise and service provider networks.
