End-to-End Hardware & Software Synergy for Passive Optical Networks
From clip-on passive tags to cloud OSS integration, every layer is engineered for carrier-grade field operations.
Sub-control Board
(Standard ODF/Sub-rack Compatible)Modular optical tray/sub-rack controller for real-time port state monitoring.
Main Control Unit (MCU)
High-reliability central controller for data aggregation and bus communication.
RFID Tag
(No external power required)Clip-on passive smart tags for optical patch cords and fiber ports.
Central NMS / Cloud OSS Platform
Centralized Optical Resource Management System with cloud OSS integration engine.
Lightweight Mobile App Operations + Fiber Path Digital Twin
Mobile efficiency for field teams. Visual intelligence for fiber resources. A smarter way to manage your network.
Lightweight Mobile Field Operations
- One smartphone completes site connection, tag collection, and task closure.
- Streamlines on-site construction, routine inspection, and preventive maintenance.
- Eliminates paper-based records and redundant manual data entry.
- Frontline staff can operate with zero learning curve.
Fiber Path Digital Twin
- Maps physical fiber connection relationships into a dynamic, visual topology model.
- Supports end-to-end path tracing, port occupancy lookup, and real-time relationship verification.
- Full-path physical traceability for every fiber link.
- Pinpoints fault locations accurately to accelerate MTTR (Mean Time to Repair).
On-site work becomes easier, resource topology becomes crystal clear, and fault handling becomes significantly more efficient.
Enhance Operational Efficiency Through Digitalization
Reduce operational complexity · shorten construction time · lower labor costs · increase asset utilization.
From Manual Lookup to Sub-Second Calculation
Platform intelligence makes physical assets transparent and accelerates network planning and maintenance.
End-to-End Resource Visualization
Full visibility of nodes, ODF ports and fiber cores; real-time topology displays complete end-to-end physical routing.
Intelligent Service Route Computation
Core algorithmic routing automatically designs optimal end-to-end paths and outputs work orders in seconds.
Rapid Fault Restoration & Failover
Pinpoint breaks and switch to standby protection routes within 1 second, drastically shortening critical network downtime.