Telecommunication networks offer faster, better, and safer transmission of important information over long distances. But overtime, some networks will not function as reliably because of growing demands that are beyond their capacity. This is why these networks are now being reconfigured with optical fibers instead of copper wires. In fact, telecommunication networks that are scheduled for construction are using optical fibers right from the start in order to prepare for growing loads down the line.
Several telecommunication network design installations in Boston, MA are now incorporating fiber optic splicing because it is more efficient than traditional copper wiring.
Professional fiber optic splicing allows for drawing thinner optical fibers into much smaller diameters so that more cables can be bundled into a single wire. This means that the wires in the telecommunication network will have a higher carrying capacity than traditional wiring. Because fiber optics use light signals that do not interfere with each other even when passing in a single cable, less signal degradation can be expected. And light travels faster making data transmissions faster as well. These characteristics contribute to clearer phone conversations, video reception, and internet-related operations.
To find out more about telecommunication network design installations, contact ElecComm.
