FTTx/PON deployment

Automated and on-demand testing during fiber network construction.

EXFO’s remote fiber testing and monitoring (RFTM) solution enables FTTx service providers, altnets and contractors to build high-quality passive optical networks (PON) right from the start, reducing costly rework. With automated test data collection, gain visibility into your fiber-optic network inventory and accelerate activation and monetization.

P2P link certification

Qualify and certify the fiber during buildout and activation with iOLM’s schematic view powered by the most advanced multipulse reflectometry in the industry. This automated, expert-level testing eliminates the need to manually configure parameters or analyze complex OTDR traces. The algorithm discovers elements on the fiber and displays pass/fail results, with loss/reflectance and distance values in a single click.

Advanced analytics

When monitoring the fiber, the user can leverage RFTM’s advanced analytics, which include customizable dashboards and trending KPI metrics.

Know what’s happening before it becomes a problem.

Fault analysis and troubleshooting

Providing single-test baselining, monitoring and on-demand testing for fault analysis, iOLM mode clearly identifies customer-impacting events. Combined with the RFTM mobile app and GIS software, it maps and delivers a clear analysis of events, guiding technicians towards quick fault resolution and reducing MTTR.

Easy integration with third-party solutions

The FMS supporting OTH-7000 can be easily integrated with third-party applications and workflows. GIS information can be extracted from FMS’s GIS database through open APIs or via third-party solutions. FMS APIs offer the exact same functionalities as the FMS web console and mobile app.

Instead of being controlled by the EXFO FMS, the OTH-7000 can also be configured to be controlled directly by your network management system (NMS) via open REST APIs on the unit. Integrate the OTH-7000 Client API to your corporate system to store OTDR measurements, perform analysis operations such as fiber loss calculations or create configuration files and templates for fiber breaks and degradations.