1Gbps 1000Base-CWDM, Single-mode Fiber, 40km, 1590nm Connector
The Accortec AA1419031-E5-ACC is a high-performance SFP transceiver designed for long-distance Gigabit Ethernet and CWDM applications. Supporting **1Gbps data rates** across **single-mode fiber** with a maximum reach of **40km**, it is engineered for metropolitan networks, enterprise backbones, and service provider edge deployments.
With a wavelength of **1590nm**, this compact and hot-pluggable module provides efficient optical transmission while maintaining industry-standard compliance. As a genuine Accortec product, it ensures reliability, energy efficiency, and consistent compatibility with major OEM networking equipment and switches.
Features :
This SFP transceiver is optimized for long-reach applications, delivering excellent optical stability and durability. It supports **Digital Diagnostics Monitoring (DDM)**, enabling real-time insight into parameters such as temperature, transmit/receive power, and supply voltage. Its hot-swappable design reduces downtime for fast, flexible deployment and replacement.
Advanced Options :
The Accortec AA1419031-E5-ACC is built for large-scale networking environments requiring scalability and dependable high-speed links. It provides seamless interconnectivity across multiple campuses, data centers, and carrier environments while reducing fiber costs via CWDM wavelength multiplexing.
Product Key Features
- 1Gbps Ethernet SFP transceiver
- 1000Base-CWDM compliant
- Supports single-mode fiber (SMF)
- 1590nm wavelength
- Maximum distance: 40km
- Hot-swappable, SFP form factor
- Low power consumption design
- Digital Diagnostics Monitoring (DDM) support
- Guaranteed compatibility with major OEM devices
- Reliable Accortec manufacturing quality
Reliability & Performance :
The Accortec AA1419031-E5-ACC ensures consistent transmission quality over demanding long-distance fiber networks. Its built-in DDM functions enhance troubleshooting and monitoring, enabling maximum uptime and stable performance for critical networking operations. Optimized for resilience, it minimizes errors and supports the reliability enterprises and carriers require.
