UNC Group SpeedaLite - Network cable - LC/APC single-mode (M) to SC/APC single-mode (M) - 5 m - 0.1 in - fiber optic - duplex - 9 / 125 micron - G.657.A1/OS2 - OFNR - riser - yellow

• Reliable connectivity
  This network cable is constructed with fiber optic technology that ensures stable and fast data transmission over longer distances.
• Flexible installation
  With a bending radius of 10 mm, the zip-cord design allows for easy maneuvering in tight spaces during installation.
• Durable construction
  The cable's PVC jacket material provides resilience against wear and environmental factors, enhancing its longevity.
• Compliance with standards
  The SpeedaLite cable adheres to numerous regulatory standards including UL, RoHS, and ISO/IEC, ensuring it meets essential safety and performance criteria.
• Efficient design
  Featuring a duplex mode with a combination of LC/APC and SC/APC connectors, this cable effectively manages data flow and connectivity.

The UNC Group SpeedaLite network cable is designed to deliver reliable and efficient connectivity. This fiber optic cable utilizes single-mode technology with a zip-cord feature, allowing for easy installation in various environments. Its robust construction includes a PVC jacket and complies with a variety of standards, ensuring durability and safety in data transmission. Featuring LC/APC and SC/APC connectors, this duplex cable supports up to 2 fibers with a core/cladding diameter of 9 / 125 micron. The bending radius of 10 mm adds flexibility during installation, making it suitable for tight spaces while maintaining optimal performance. Whether for commercial or residential use, the SpeedaLite cable meets multiple compliance standards, making it a reliable choice for modern networking needs.

• Single-mode fiber optic technology enhances signal integrity
• Zip-cord design simplifies installation and routing
• Durable PVC jacket ensures long-lasting performance
• Complies with various standards for safety and reliability
• Bending radius of 10 mm allows flexibility in constrained spaces