Mx 1×4 Super Grade Dual Window With Sc/apc Connector Mx-1937D

The MX 1×4 Super Grade Dual Window with SC/APC Connector (MX-1937D) is a high-performance optical splitter designed to efficiently distribute an incoming optical signal from a single input fiber to four output fibers. Built with superior-grade components and SC/APC connectors, this splitter ensures reliable, low-loss performance, making it an excellent choice for telecommunications, data networks, and fiber-optic applications. Its dual window design provides versatility, while its robust construction ensures durability and longevity.

Key Features and Specifications:

1. 1×4 Splitter Configuration: The MX 1×4 Splitter features a 1×4 configuration, meaning it splits a single optical input into four output fibers. This design is particularly beneficial when multiple destinations or devices need to receive the same optical signal, such as in networking environments or telecommunication systems that require signal distribution to several endpoints.

2. Dual Window Design: The dual window design allows the MX 1×4 Splitter to operate across two crucial wavelength windows often used in fiber-optic communications. This enhances the splitter’s compatibility with various systems and ensures it can handle diverse optical transmission requirements, making it a flexible solution for data networks and telecommunications that operate across multiple wavelengths.

3. SC/APC Connector: The SC/APC (Angled Physical Contact) connector is designed for single-mode fiber systems. It provides a high-quality connection with minimal insertion loss and reduced back reflection, which is critical in ensuring signal quality over long distances. The APC feature, with its angled end face, helps to prevent light from reflecting back into the system, ensuring high return loss and reliable performance in high-traffic networks.

4. Super Grade Performance: As part of the super grade series, the MX 1×4 Splitter is engineered to deliver low insertion loss and high return loss, ensuring minimal degradation of the signal as it is split across multiple outputs. This high level of performance is essential for telecommunications, fiber-optic networks, and other systems that require high-quality signal distribution with minimal data loss or signal degradation.

5. Insertion Loss and Return Loss:

   • Insertion Loss: The splitter ensures minimal insertion loss, meaning that the signal remains strong as it is split across the four outputs. This ensures that each output fiber receives a signal with minimal attenuation.
   • Return Loss: The high return loss of the SC/APC connector ensures that the system operates with minimal back reflection, contributing to better overall network performance by preventing signal degradation caused by reflected light.

6. Durability and Reliability: Constructed with high-quality materials, the MX 1×4 Splitter is built to endure demanding environments and offer long-term reliability. It is designed to withstand environmental factors such as temperature fluctuations, moisture, and mechanical stress, making it a suitable choice for both indoor and outdoor installations.

7. Compact and Easy Installation: Despite its high-performance capabilities, the MX 1×4 Splitter is designed for easy installation and integration into existing fiber-optic networks. The compact form factor ensures that it can be used in tight spaces without compromising performance, making it an ideal choice for environments with limited space.

Applications:

The MX 1×4 Super Grade Dual Window with SC/APC Connector (MX-1937D) is suitable for a wide range of applications, including:

• Telecommunications: In telecommunications networks, this splitter is used to distribute optical signals to multiple locations, supporting both voice and data communication.
• Fiber-to-the-Home (FTTH): It is an ideal solution for splitting the optical signal from a central source to multiple homes or buildings in fiber-optic networks, ensuring high-speed internet access.
• Data Centers: Used in data center networks, this splitter enables efficient signal distribution between multiple servers and network devices.
• Broadcasting: The splitter is useful in broadcast networks for distributing optical signals to multiple broadcasting equipment or locations.
• Test and Measurement: It is also used in testing environments to distribute optical signals to multiple measurement setups or test equipment.

Conclusion:

The MX 1×4 Super Grade Dual Window with SC/APC Connector (MX-1937D) is a high-performance optical splitter designed to provide reliable, low-loss signal distribution across four output fibers. With its 1×4 configuration, dual window design, and SC/APC connectors, it ensures efficient and effective signal splitting, making it an excellent choice for telecommunications, data networks, and other fiber-optic systems. Its super grade performance, high durability, and ease of installation make it an ideal solution for a wide variety of applications that require high-quality optical signal distribution.

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