The Westermo MLC2-BiDi-A-DDM Fast Ethernet SFP Module is an advanced optical transceiver designed for industrial communication networks where high performance, resilience, and stability are critical. As part of Westermo’s trusted product line, the MLC2-BiDi-A-DDM delivers reliable fiber connectivity tailored for harsh industrial conditions. Offering full compliance with demanding operational requirements, it ensures seamless communication in automation, railway, and mission-critical networking systems. This module is recognized for supporting 1 Gbit/s multimode SFP transceivers, enabling fast, secure, and uninterrupted data transfer across challenging infrastructures. Known as a robust Westermo SFP Module, it provides exceptional optical performance in compact form, making it a preferred choice in fiber-optic deployments where long-term reliability is essential. Built as an industrial fast Ethernet SFP module, the Westermo MLC2-BiDi-A-DDM Fast Ethernet SFP Module not only optimizes efficiency but also enhances scalability for future-proof networks. Its rugged design, advanced monitoring capabilities, and compatibility with Westermo’s extensive networking portfolio make it an indispensable solution for professionals requiring both speed and durability in their fiber systems.
High-Performance Fiber Connectivity
One of the defining features of the Westermo MLC2-BiDi-A-DDM Fast Ethernet SFP Module is its ability to deliver secure and stable communication over fiber. The unit is designed to work seamlessly with an 11 x 100 Mbit/s SFP port (Multimode, Simplex LC connector), making it highly versatile across industrial networking infrastructures. With a 2 KM typical data transmission distance on fiber, it ensures fast and uninterrupted data transfer, even in electrically noisy environments. The MLC2-BiDi-A-DDM is engineered to operate reliably under demanding conditions, providing an industrial-grade solution where standard SFP modules may fail. Its capability to handle long transmission distances while maintaining data integrity makes it an ideal choice for automation, monitoring, and transport applications. By ensuring stable optical performance, the module helps operators reduce downtime, improve network reliability, and future-proof critical communication systems with a fiber backbone.
Advanced Diagnostics and Reliability
Beyond connectivity, the Westermo MLC2-BiDi-A-DDM Fast Ethernet SFP Module stands out for its built-in diagnostic features. With Diagnostics: ±3°C Temperature at ±0.1 VDC Voltage, it allows operators to monitor the health and performance of the module in real time. This intelligent diagnostic capability minimizes risks by enabling proactive maintenance, ensuring networks remain stable and predictable. Additionally, the unit is engineered with a maximum transmit wavelength: 1310 nm, providing strong optical efficiency and compatibility with fiber infrastructures. This feature supports enhanced data transmission while maintaining consistent performance across diverse operating environments. The diagnostic integration ensures not only efficiency but also the ability to identify issues before they escalate, which is a major advantage in mission-critical industrial and railway systems where downtime must be minimized.
Built for Harsh Environments
The rugged design of the Westermo MLC2-BiDi-A-DDM Fast Ethernet SFP Module ensures it performs reliably under extreme conditions. With a wide operating temperature range of -40 to +85°C, this industrial-grade transceiver can withstand environments where conventional SFP modules would fail. This resilience makes it highly suitable for heavy industries, outdoor enclosures, and railway applications where temperature fluctuations are constant. By combining robust hardware with stable fiber connectivity, the MLC2-BiDi-A-DDM guarantees long-lasting performance in industrial automation systems. Its compact size and adaptability further simplify deployment, allowing integration into new or existing fiber-based infrastructures. This durability ensures not only efficient operation but also long-term cost savings, as the module reduces the need for frequent replacements or network interruptions due to environmental challenges.
Certifications and Standards
The Westermo MLC2-BiDi-A-DDM Fast Ethernet SFP Module complies with multiple international standards, ensuring safety, quality, and performance. Certified to EN 60825-1 and EN 60825-2, it meets stringent laser safety requirements for fiber-optic systems. Its compliance with EN 50121-4 ensures electromagnetic compatibility for railway environments, making it ideal for mission-critical transport systems. With ROHS certification, the module adheres to environmental sustainability standards, while DNV certification guarantees suitability for maritime and offshore applications. In addition, the CE mark demonstrates conformity with European safety and performance directives. Whether used in Industrial Automation, transport, or rugged communication systems, the module’s certifications prove its robustness and global reliability. For complete details, the Westermo MLC2-BiDi-A-DDM datasheet provides comprehensive specifications, confirming its compliance with strict industry requirements.
Conclusion
For businesses seeking an advanced and rugged fiber solution, the Westermo MLC2-BiDi-A-DDM Fast Ethernet SFP Module is an outstanding choice. Built to deliver reliability, high-speed communication, and long-term durability, it offers an ideal balance of performance and efficiency. Customers can now buy the Westermo MLC2-BiDi-A-DDM Fast Ethernet SFP Module at a reasonable price, with attractive sale options available. With regional availability in the Middle East (UAE (Dubai, Abu Dhabi), KSA (Al Khobar, Riyadh), Kuwait, Qatar, and Oman), Easy World Automation ensures fast and convenient access to this industrial-grade product. Whether for automation, railway, or heavy-duty networking applications, the Westermo MLC2-BiDi-A-DDM Fast Ethernet SFP Module is engineered to meet the highest standards, offering unmatched value for organizations seeking reliability, compliance, and future-proof performance.
