Launch Box Direct Type OM2 SCSC 150m

SAMM Direct Type Fiber Optic OTDR Launch Box | Multi Mode G651.OM2 | SC UPC/SC UPC | 150 meters

The SAMM Direct Type Fiber Optic OTDR Launch Box is expertly designed for precise and reliable fiber optic testing, specifically for multi-mode fibers. This launch box is an essential tool for enhancing the accuracy of Optical Time-Domain Reflectometer (OTDR) measurements and is tailored for use with OM2 multi-mode fibers.

Key features of the SAMM Direct Type Fiber Optic OTDR Launch Box include:

• Multi-Mode Fiber: Utilizes G651.OM2 multi-mode fiber, which is optimized for improved performance and higher bandwidth over longer distances compared to OM1, making it suitable for a wide range of network testing applications.
• Connector Type: Features SC UPC/SC UPC connectors for reliable and secure connections, essential for accurate OTDR measurements and reducing potential errors in testing.
• Length: Provides 150 meters of fiber length, offering ample range for conducting thorough field testing and network verification in various scenarios.
• Enhanced Accuracy: Designed to minimize signal loss and reflections, ensuring precise OTDR readings and reliable results for comprehensive evaluation of multi-mode fiber networks.
• Durable Construction: Built with high-quality materials to withstand field use, the launch box offers robustness and long-lasting performance in demanding environments.
• User-Friendly: Easy to set up and operate, allowing technicians to perform tests efficiently and effectively, thereby enhancing productivity and reducing the time required for network analysis.
• Versatile Testing: Suitable for various fiber optic testing applications, including telecommunications, data centers, and infrastructure projects, providing flexibility and effectiveness in network assessments.

The SAMM Direct Type Fiber Optic OTDR Launch Box is a valuable tool for professionals seeking accurate and reliable testing of multi-mode fiber optic systems, delivering exceptional performance and durability for effective network evaluation and maintenance.