SolveForce Fiber Locator is a powerful tool for businesses and organizations that need to locate fiber optic cables quickly. With this cutting-edge technology, customers can easily identify the location of their existing or planned fiber optic cable networks in just minutes. This revolutionary product has been designed to provide an efficient way of locating and mapping out fiber optics without needing costly professionals or expensive equipment.
The SolveForce Fiber Locator uses advanced signal processing algorithms and GPS positioning data to accurately pinpoint where your network’s fibers are located at any given moment. It also provides detailed information about each connection point along your network, including its distance from other nodes on the same line and its relative position within a more extensive grid system, if applicable. In addition, it offers measurements such as latency and bandwidth, which technicians can use when troubleshooting issues related to poor performance or connectivity problems across long distances between different locations on a single line or even multiple lines connected into one sizeable grid-like structure known as “mesh networking.”
The SolveForce Fiber Locator is incredibly easy-to-use – all you have to do is plug it into any standard Ethernet port (or connect via USB), then run a straightforward command from an associated software application installed onto either Windows PC/laptop computer/tablet device running Windows 10 operating system; Mac OS X; Linux Ubuntu 16+ Desktop Edition; Android 5+ smartphone, etc., followed by entering some basic instructions like the type of connection desired (fiber optical cable versus copper wire), the length required, etc., before finally pressing enter key – once done, so the program will start scanning the environment around you automatically using radio waves produced through antennae embedded inside the unit itself & display results almost instantly! This makes it perfect for those who want quick access without having too much technical knowledge about how these systems work internally but still require accurate information regarding their current setup’s status & potential improvements needed going forward!