Every industry that deploys multi-fiber cables faces the same strand identification challenge. VisiMap solves it across all of them.
5G densification and FTTH buildouts are deploying fiber at unprecedented scale. Every trunk cable requires strand identification — and traditional methods don't scale.
FTTH deployments require mapping fiber from central offices through splitter cabinets to individual premises. 96-strand trunks are common. Sequential VFL testing creates days of identification work per cable.
VisiMap maps 12 strands per cycle — reducing a 96-strand trunk from 96 test cycles to 8. Built-in documentation ensures every strand is mapped and recorded during deployment, not after.
High-density patch panels with hundreds of fiber connections. Identification accuracy is critical — a single cross-connection can cause service outages.
Data center fiber plants are dense, documented inconsistently, and change frequently. Manual VFL testing in tight rack spaces creates contamination risk and eye safety exposure at every port.
Non-contact identification eliminates contamination risk. The 3.9mm otoscope camera reaches LC connectors and tight high-density locations. FCM-12LED removes laser risk entirely across multimode and single-mode links.
Secure fiber installations where documentation accuracy and non-contact methods are requirements, not preferences.
Military fiber installations require precise documentation, often in classified environments. Physical contact with connectors creates security and contamination concerns.
Non-contact camera-based identification. Custom encryption on decoded signals. Built-in digital documentation with WiFi, Bluetooth, and cloud connectivity. Single-operator capability.
SCADA networks, smart grid infrastructure, and utility control systems rely on fiber optic backbone that must be accurately mapped and maintained.
Utility fiber runs through harsh environments — substations, transmission corridors, underground vaults. Documentation is frequently incomplete or outdated. Access windows are limited.
Parallel identification maximizes limited access windows. Single-technician operation reduces crew requirements. Built-in documentation creates accurate records during testing, not as a separate step.
VisiMap is the only patented system built for parallel multi-strand identification. Whatever your industry, the challenge is the same — and the solution is the same.