Mx 1×6 Super Grade Dual Window With Sc/apc Connector Mx-1937E

The MX 1×6 Super Grade Dual Window with SC/APC Connector (MX-1937E) is a high-performance optical fiber splitter designed to split an incoming optical signal into six output fibers. This splitter is engineered for superior performance, featuring a dual window design and SC/APC connectors, making it ideal for a wide range of telecommunications and data network applications. The 1×6 configuration ensures efficient distribution of signals across multiple outputs while maintaining signal integrity with minimal loss.

Key Features and Specifications:

1. 1×6 Splitter Configuration: The MX 1×6 Splitter has a 1×6 configuration, which means it is designed to split the signal from a single input fiber into six output fibers. This setup is particularly useful for distributing optical signals to multiple destinations in both telecommunication systems and data networks. It allows one optical signal to be shared with multiple users or devices while maintaining performance.

2. Dual Window Design: The dual window feature of the MX 1×6 Splitter refers to its ability to operate effectively across two important optical wavelength windows, often used in telecommunications and data transmission. This feature enhances the splitter’s compatibility with a variety of systems, allowing it to operate optimally across different wavelengths for a wide range of optical communication needs.

3. SC/APC Connector: The SC/APC (Angled Physical Contact) connector is a popular choice in single-mode fiber systems because of its high performance, particularly in minimizing back reflections and reducing insertion loss. The APC feature (Angled Physical Contact) provides an angled end face that effectively minimizes return loss, ensuring high-quality transmission by reducing light reflection back into the system. This is crucial for maintaining signal clarity over long distances.

4. Super Grade Performance: The super grade rating indicates that the MX 1×6 Splitter meets high standards for performance and reliability. It is specifically designed to ensure low insertion loss and high return loss, maintaining the integrity of the signal as it passes through the splitter. This is essential for long-distance optical communication, where preserving signal strength and minimizing loss is critical for effective data transmission.

5. Insertion Loss and Return Loss:

   • Insertion Loss: The MX 1×6 Splitter offers low insertion loss, meaning there is minimal reduction in the signal strength as it is split and transmitted through the outputs. Low insertion loss ensures that the signal quality remains high across all six outputs.
   • Return Loss: The MX 1×6 Splitter features high return loss, which means it minimizes back reflections of the optical signal, helping to preserve signal integrity and prevent interference or distortion.

6. Durability and Reliability: The MX 1×6 Splitter is built with high-quality materials that ensure durability and reliable performance in demanding environments. Its robust construction allows it to withstand harsh conditions, making it suitable for both indoor and outdoor installations. The splitter is designed for long-term use, ensuring that it maintains optimal performance even after extended periods of operation.

7. Compact and Easy to Install: Despite its advanced features, the MX 1×6 Splitter is designed for easy installation and integration into existing optical networks. The compact design allows it to be deployed in tight spaces without compromising performance. Its user-friendly design ensures quick and efficient setup, making it a preferred choice for both professionals and DIY enthusiasts in fiber-optic network installation.

Applications:

The MX 1×6 Super Grade Dual Window with SC/APC Connector (MX-1937E) is an ideal solution for various applications, including:

• Telecommunications: Distributing optical signals from a central hub to multiple locations, ensuring efficient and reliable communication.
• Data Centers: Dividing optical signals between servers or network devices to support large-scale data transmissions in high-performance networks.
• Fiber-to-the-Home (FTTH): Enabling the distribution of high-speed internet signals to multiple homes or buildings from a central fiber-optic source.
• Broadcast Networks: Providing the distribution of high-bandwidth optical signals across large broadcast systems for video and data transmission.
• Test and Measurement: In laboratory and testing environments, the splitter is used to split signals for multiple test setups or measurements.

Conclusion:

The MX 1×6 Super Grade Dual Window with SC/APC Connector (MX-1937E) is a high-performance optical fiber splitter that ensures efficient signal distribution with minimal loss and interference. The 1×6 configuration, dual window design, and SC/APC connector provide exceptional reliability and performance, making it an ideal choice for a variety of telecommunications, data networks, and fiber-optic applications. Its super grade performance ensures that it can meet the demands of modern, high-speed optical communication systems, making it a reliable solution for signal splitting in professional network environments.