The Westermo GMLC2-DDM SFP module provides reliable and efficient connectivity in industrial networking environments. This industrial SFP module meets the rigorous demands of modern industries to ensure communication across networks. The GMLC2-DDM supports high-speed data transmission and maintains robust reliability in extreme conditions for network infrastructure in industrial automation. Its compact design adheres to the small form-factor pluggable transceivers standard to ensure compatibility with various devices and provide flexibility for diverse applications. The Westermo GMLC2-DDM module stands out due to its advanced features and allows integration into industrial systems. This adaptable device handles both fiber-optic and copper connections for engineers and technicians. The Westermo GMLC2-DDM industrial SFP module offers exceptional durability and supports extended temperature ranges and high-resistance performance. These features enhance network stability and reduce the risk of failures in critical systems. This Westermo module, with its LC standard connector type, ensures secure and stable connections and solidifies its reputation as a reliable choice for industrial users. The Westermo GMLC2-DDM provides efficient and energy-conscious functionality and minimizes power consumption without compromising performance. This Westermo module delivers advanced networking solutions with a focus on durability, efficiency, and flexibility. This industrial SFP module guarantees performance and reliability for fiber-optic communication in industrial applications worldwide.
Durable Design and Wide Operating Range
The Westermo GMLC2-DDM SFP module excels in demanding industrial environments. It ensures stable performance in extreme conditions, with an operating temperature range of -40 to +85°C for applications in harsh outdoor and indoor settings. This fiber module's compatibility with multi-mode fiber allows for reliable data transmission over distances of up to 2 km and provides medium-range communication needs. Moreover, the GMLC2 DDM supports bidirectional fiber transceivers for extended distances and achieves coverage of up to 120 km.
Efficient Networking with Advanced Standards
The module integrates into Westermo's ecosystem with WeOS (Westermo Operating System) and enables simplified management and monitoring. Its 10 power budget ensures efficient energy utilization and maintains optimal performance for energy-conscious organizations. The LC standard connector type ensures secure and stable connections and reduces the chances of signal loss or disruptions during operation. For applications requiring high-speed data transfer, the Gbit copper transceivers offer a reliable alternative to fiber optics and enhance the module's flexibility in diverse environments.
Versatile Connectivity Options
The Westermo GMLC2 DDM stands out with its support for both multi-mode and long-range fiber connections and provides unparalleled adaptability for industrial networks. Its ability to handle various connection types ensures smooth integration with existing systems and reduces the need for additional components. This module’s robust design and high performance enable operation in applications such as Marine and Railway in modern infrastructure.
Westermo GMLC2-DDM Certifications
The Westermo GMLC2-DDM SFP module meets the highest industry standards to guarantee quality and safety in all applications. It complies with CE regulations for electromagnetic compatibility and emphasizes its reliability in industrial and commercial environments. The GMLC2-DDM also holds DNV certification and affirms its suitability for maritime and offshore applications. For electrical safety and performance, it adheres to IEC and IECEx standards for use in hazardous environments. This Westermo SFP module's compliance with EN 60825-1 highlights its safety in laser-based fiber-optic communication. For detailed technical specifications, you can refer to the Westermo GMLC2-DDM SFP datasheet, which provides comprehensive insights into its performance and certifications.
