From data center patch panels to outside plant trunk cables. Any environment where multi-strand fiber identification is a bottleneck.
High-density patch panel identification. Map 12-strand trunks in a single test cycle. Eliminate sequential VFL testing at scale.
Fiber plant mapping for FTTH and new installations. Document every strand during deployment, not after.
Multi-building fiber infrastructure. Identify and document inter-building trunk cables efficiently.
Aerial and underground fiber routes. Disaster recovery and documentation projects where speed is critical.
Secure fiber installations requiring accurate documentation and non-contact identification methods.
SCADA and control network fiber infrastructure. Harsh environment deployments with ruggedized hardware.
Audio-visual and classroom fiber runs for displays, projectors, and distributed AV. Identify and document patch fields without laser risk.
Camera, access-control, and surveillance fiber networks. Map and verify strands across buildings with non-contact, eye-safe identification.
Identify and document every strand as trunks are deployed. Built-in documentation eliminates post-install verification.
Rapidly re-map damaged fiber plants. Parallel identification reduces recovery time by an order of magnitude.
Verify strand continuity and mapping before and after splice operations. Single mating cycle for complete verification.
Retrofit documentation to legacy fiber plants. Map every strand with 100% confidence.
Monitor splice performance in real time using integrated OLS and OTDR modules.
Identification, fault location, qualification testing, and power metering — all on one connection.
Describe your environment and our team will recommend the right configuration.