Fiber Solutions

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 Microtrenching is a method used for installing underground utility cables, particularly fiber optic cables, by creating small, narrow trenches in the surface of roads or pavements. Microtrenching is considered less disruptive, more cost-effective, and quicker compared to traditional trenching, as it minimizes road damage and reduces the need for extensive excavation. 

 Directional drilling is a trenchless method used to place fiber optic cables underground without extensive surface disruption. By drilling at precise angles, this technique allows installers to bypass obstacles like roads, buildings, and utilities, ensuring a smoother and more efficient cable deployment. Directional drilling is an ideal solution for fast and reliable fiber optic network expansion.

Hydro excavation is a non-invasive digging method that uses high-pressure water to break up soil, which is then vacuumed into a tank for easy removal. It is considered safer and more precise compared to traditional digging methods, as it reduces the risk of damaging existing infrastructure. 

 Open trench excavation is a traditional method of digging where a large trench is created by removing soil and earth to expose underground utilities, foundations, or to install infrastructure. This technique involves using heavy machinery like excavators to dig and remove large volumes of soil, creating an open passage to perform the necessary work.

 Core drilling is a method of extracting cylindrical samples from materials like concrete, rock, or asphalt using a hollow drill bit. It creates precise, clean holes for applications like pipe installation or material testing, without damaging the surrounding area. 

 Concrete is used to create precise channels or holes in concrete structures, like sidewalks or walls, to accommodate cables without damaging the surrounding area. This method is efficient for installing fiber optics in both new and existing buildings, supporting the deployment of high-speed broadband networks.