SOPTO’s Optical Fiber Identifier
A non-invasive tool designed for safe, efficient detection of optical signals in fiber optic networks, eliminating the need to cut or disrupt existing fiber links.
Product Overview
SOPTO's Optical Fiber Identifier represents a breakthrough in fiber network maintenance, allowing technicians to detect and analyze optical signals without disrupting service. Its non-invasive design ensures fiber integrity remains intact while providing critical network information.
Non-disruptive testing preserves network integrity and service continuity
Core Function
Clamps onto optical fibers to extract and identify signal presence, direction, wavelength, and type without interrupting network services, providing essential information for network maintenance and troubleshooting.
Signal Detection
Identifies presence of optical signals in fiber links without disruption
Direction Identification
Determines signal direction for network mapping and troubleshooting
Wavelength Detection
Identifies operating wavelengths (850nm/1310nm/1550nm)
Key Features
Non-invasive Design
Clamping mechanism protects fiber integrity during testing
High Sensitivity
Detects even weak signals for comprehensive network analysis
Clear Display
Easy-to-read interface showing key signal parameters
Portable Design
Compact and lightweight for convenient field operations
Broad Compatibility
Works with both singlemode and multimode fiber types
Extended Battery Life
Long-lasting power for all-day field operations
Applications
Telecom/CATV
Network maintenance without service interruption
FTTx Deployment
Ideal for FTTH and FTTB network installation and testing
Troubleshooting
Fiber link problem identification and diagnosis
Patch Panel Testing
Active fiber identification in patch panels and distribution frames
Laboratory Testing
Controlled environment fiber optic research and testing
Connection Verification
Prevents misconnections during installation and maintenance
SOPTO's Optical Fiber Identifier provides a safe, efficient solution for fiber optic network testing and maintenance. Its non-invasive design eliminates the need for service interruption, making it invaluable for identifying active fibers, verifying connections, and troubleshooting network issues. The compact, portable design ensures it's equally effective in field operations and laboratory environments.