TREND Networks 1310nm High-Accuracy SM/MM SFP+ Kit with LC/SC Fiber Loopback & Cables

TREND Networks 1310nm High-Accuracy SM/MM SFP+ Kit with LC/SC Fiber Loopback & Cables

The TREND Networks 1310nm High-Accuracy SM/MM SFP+ Kit with LC/SC Fiber Loopback & Cables is a professional fiber optic testing accessory kit designed to support accurate network diagnostics and optical performance verification. Built for compatibility with TREND Networks fiber testing equipment, this kit enables technicians to validate fiber connectivity, test optical interfaces, and troubleshoot high-speed network links.

Featuring a 1310nm high-accuracy SFP+ transceiver, this kit supports both singlemode (SM) and multimode (MM) fiber testing, making it ideal for technicians working in mixed fiber environments such as data centers, enterprise networks, and telecom infrastructure. The included LC and SC fiber loopback connectors allow users to simulate fiber links and confirm proper transceiver functionality during troubleshooting and system validation.

The kit also includes fiber patch cables to simplify test setup and ensure reliable connections when validating optical ports or verifying fiber link performance. Designed for field technicians and network engineers, this compact kit provides the essential tools needed to maintain and troubleshoot high-speed fiber networks.

Key Features:

• 1310nm high-accuracy SFP+ transceiver for fiber network testing
• Supports both singlemode (SM) and multimode (MM) fiber environments
• Includes LC and SC fiber loopback connectors for link simulation
• Fiber patch cables included for easy testing setup
• Ideal for testing SFP+ optical ports and fiber connectivity
• Designed for use with TREND Networks fiber testing equipment
• Compact and portable kit for field technicians

For technicians responsible for maintaining high-performance fiber networks, the TREND Networks 1310nm High-Accuracy SM/MM SFP+ Kit with LC/SC Fiber Loopback & Cables provides reliable tools for accurate optical testing and efficient network troubleshooting.