The Accortec AA1419038-E5-ACC is a high-performance 1Gbps optical transceiver designed for compatibility with Nortel systems. Operating on the 1000Base-CWDM standard, it enables extended-distance connectivity across single-mode fiber, reaching up to 70 kilometers. Its 1570nm wavelength ensures optimal optical separation in CWDM multiplexing environments.
Features :
Purpose-built for long-range fiber deployments, this SFP module is an ideal choice for enterprise backbones, metropolitan area networks (MANs), and telecom infrastructure. The duplex LC interface ensures easy installation, while the compact, hot-swappable design allows for fast replacements or upgrades without disrupting network operations.
Advanced Options :
Designed to meet CWDM optical standards, the AA1419038-E5-ACC integrates seamlessly into existing fiber infrastructure, allowing IT teams to extend capacity without complex reconfiguration. It's especially effective for environments where space, power efficiency, and reliability are critical. Accortec's engineering focuses on OEM-level compatibility and dependable operation, with each transceiver undergoing rigorous testing for performance, signal integrity, and interoperability.
Product Key Features
- Compatible with Nortel networking systems
- 1570nm CWDM transceiver for long-range fiber links
- Supports 1Gbps data rate over single-mode fiber
- Duplex LC connector with 70km transmission range
- Compact hot-swappable SFP (mini-GBIC) form factor
- Ideal for telecom and enterprise applications
- MSA-compliant for universal compatibility
- Tested for signal integrity and interoperability
Reliability & Performance :
The Accortec AA1419038-E5-ACC is engineered for uninterrupted operation, offering strong optical performance, extended range, and stable data transfer even over long distances. Its adherence to optical and mechanical standards ensures compatibility and smooth deployment across all Nortel-compatible and MSA-compliant hardware. With a robust enclosure and tested electronics, it supports demanding uptime requirements in professional networks.
