Inter-floor backbones
High-bandwidth uplinks between floor cabinets and main equipment rooms.
Connect floors, buildings, racks and long-distance network points with fibre selected around route, distance, bandwidth, core count, environment, redundancy and active interfaces.
Request Product QuoteFibre cable type is only one component. Transceivers, connectors, patching, budgets, routes, protection and restoration strategy must match.
High-bandwidth uplinks between floor cabinets and main equipment rooms.
Protected routes and suitable optical architecture across separate buildings or operational zones.
Fibre extensions for cameras, switches and network nodes beyond practical copper distance.
Exact specifications depend on the selected product, capacity and system architecture.
Product selection works best when connectivity, infrastructure, security and deployment responsibilities are considered together.
Review integrated network, security, communication and deployment capabilities.
Compare related equipment families, software platforms and specialist systems.
Share the site, workflow, capacity and support requirements before quotation.
Clear answers to common planning and selection questions.
Distance, bandwidth, installed interfaces, optical budget and future requirements determine the suitable fibre and transceiver combination.
The approved scope can include continuity, end-to-end loss testing and OTDR testing where required, with labelled links and recorded results.
Spare cores and route diversity should be considered where growth or restoration time matters. The quantity and route separation depend on operational risk and budget.
Share route distance, endpoints, bandwidth, environment and redundancy needs for a survey.
Request RecommendationZerolink begins with site or workflow discovery, confirms the appropriate architecture and documents the agreed implementation scope before commissioning.