Jaze FiberMap
Every route, splice and asset on one map.
FiberMap plots the fiber plant as it was actually laid. Coordinates are captured in the field for active and passive equipment, and each core is traced from the POP through the joint closures and splitters to the subscriber's ONT.
- OLT
- 0
- Splitter
- 0
- ONT
- 0
What gets mapped
From the exchange to the subscriber's wall.
Every stage of the path is a record with coordinates behind it, which is what makes a fiber route traceable rather than approximate.
POP
Feeder cores leave the exchange, recorded port by port.
Feeder route
Each cable laid on the ground, captured where it runs.
Joint closure
Splice detail inside the JC: cores used and cores spare.
Splitter
The distribution split, with the drops it serves.
Building
Floor and unit hierarchy for multi-dwelling premises.
ONT
The subscriber's device, against the core that feeds it.
Capabilities
Routes, cores and everything on them.
Fiber mapping
The plant as it runs, not as it was planned
- Backbone and distribution routes on one interactive map
- Every fiber laid on-field plotted along its route
- Fiber paths traced end to end from any subscriber
- Fault isolation against the route rather than the area
Equipment mapping
Active and passive, with coordinates
- Coordinates captured for OLTs, ONTs, splitters, switches and routers
- Live view of device placement and connectivity
- Equipment status and power levels held against each asset
- Manual tracking errors removed from the inventory
Fiber core mapping
Which strand goes where
- Core-level logical view of every fiber connection
- How each strand connects one device to the next
- Signal paths traced across the deployment
- Redundancy managed and overlaps prevented
Splicing details
Inside every joint closure
- Each splice connection documented within its JC box
- Cores used and cores still available, per closure
- Accurate fiber path tracing through the splice
- Maintenance and repair work planned from the record
Building hierarchy
Down to the floor and the unit
- Floor-wise and unit-level structure for large buildings
- From the main OLT down to each individual ONT
- Residential complexes and enterprise premises alike
- Subscribers and deployed equipment held against each unit
Subscriber mapping
Who is on which device
- Subscribers mapped to the CPE deployed for them
- Real-time equipment status and optical power levels
- Subscribers who are down shown on the map
- Affected drops identified against the route above them
In practice
Surveyed on site, read from anywhere.
On the ground
Captured where the work happens
- Mobile app for capturing location coordinates on site
- Fiber cable routes recorded as they are laid
- Assets added from the field rather than from a desk
- Available on Google Play and the App Store
Who maps with it
The networks FiberMap is built for
- ISPs optimising FTTH rollouts and service reliability
- Telecom operators running large-scale fiber deployments
- Campus networks needing building-level visibility
- Data centres mapping inventory across multiple vendors
See your own plant on the map.
A walkthrough of GIS mapping against a section of your network, from the feeder route to the subscriber drop.