The necessity of a reliable network cannot be emphasised, given the current data use and proliferation trends. In high-performing
networks, the level of fiberisation in data networks is a critical component. With 5G deployments on the horizon and discussions about an IoT ecosystem afoot, fiberization becomes even more essential.
This is how the concept of deep fiberisation is being implemented across industries:
Around the world, the transition to substantially fiberized networks has already begun. At this point, there is a compelling need for quick and cost-effective rollouts. Large-scale fiberisation projects, on the other hand, are difficult to implement because to the following issues:
RoW is a multi-layered and complicated procedure.
Furthermore, the market is mainly driven by unorganised companies, and the need for ultra-fast rollouts will not be satisfied until fibre rollouts are re-imagined as a whole.
The pace and scale necessary to convert legacy infrastructure into fibre dominating infrastructure is unprecedented. In this case, STL draws on decades of fibre knowledge to create an STL method of execution that makes large-scale fibre roll-outs quick, repeatable, and cost-effective. The STL execution method fundamentally solves all obstacles and brings to the table: