1-Port 1000Base-CWDM, Small Form Factor Pluggable Ethernet SFP
The Accortec AA1419030-E5-ACC is a high-efficiency Small Form Factor Pluggable (SFP) transceiver designed for **Gigabit Ethernet CWDM networks With robust 1000Base-CWDM compliance**, it provides reliable 1Gbps bandwidth** across single-mode fiber for long-haul communication in enterprise networks, metro aggregation, and service provider environments.
Built for scalability and resilience, this hot-pluggable transceiver offers seamless compatibility with OEM switches and networking gear. As a trusted Accortec component, it combines excellent optical stability, low power consumption, and long-distance capacity with industry-standard interoperability.
Features :
The AA1419030-E5-ACC SFP module supports **Digital Diagnostics Monitoring (DDM)**, enabling real-time oversight of operating parameters such as optical power, temperature, and voltage levels. Its hot-swappable design simplifies maintenance, while its CWDM wavelength support makes it perfect for fiber multiplexing and bandwidth expansion projects.
Advanced Options :
Engineered for high-demand infrastructures, the transceiver integrates **CWDM multiplexing capability**, which allows operators to consolidate multiple links onto a single optical fiber, increasing efficiency and reducing costs. With compact size and easy installation, it is versatile for enterprise backbones, telecommunications carriers, and cloud-based data centers.
Product Key Features
- 1-port SFP design
- Supports 1000Base-CWDM standard
- 1Gbps data transfer speed
- For single-mode fiber (SMF)
- Hot-swappable pluggable module
- Supports DDM/DOM monitoring
- Compact, small form factor
- Low power consumption
- Universal OEM switch compatibility
- Backed by Accortec quality assurance
Reliability & Performance :
The Accortec AA1419030-E5-ACC delivers consistent throughput and optical reliability, ensuring stable long-distance connections in mission-critical networks. By using CWDM wavelength technology, enterprises and carriers can reduce fiber installation costs and greatly increase capacity without compromising on performance or uptime.
