The surges and spikes in power occurring on data lines as a result of lightning strikes either directly or as strikes nearby to the lines themselves can produce corrupted data as well wreck complete destruction of communications awards. This is why unwanted energy must be diverted through the use of surge protectors which have been designed specifically for these purposes. Data surge protection is crucial in order to maintain critical information as well as important records used in the ongoing daily business. Surge protection devices must be compact in size yet offer surge capacities which are very robust. Surge protection solutions that are found within technologically advanced industries are one of the primary methods of protecting both the equipment involved in the process as well as the satisfaction of the customer base. For example, cellular users care little about natural events like lightning strikes which will produce damage and limit connectivity. Their only concern is a lack of ability to connect to the network or communication slowdowns which will deliver long download times or buffer in on streaming services. The unhappy customer will move to the nearest competitor almost without thinking, since they believe that anything shy of 100% connectivity and strong signals is inferior. As a result of maintaining both equipment used in the process as well as the customer base in a happy state, some competitors outperform others. Those that invested in the most technologically advanced surge protection devices are generally the winners.
RF signal protection is the industry terminology for the devices which assist in maintaining of an ongoing uninterrupted signal between the base station unit and the remote radio heads at the top of a cell tower. The ongoing communication between these two systems is crucial when it comes to keeping the signal strong and ongoing. Lightning strikes to either the power lines which supply electricity to these components or to the data lines which allow communications between them create issues with regard to both equipment damage as well as data loss. Both of these factors contribute to negative customer experiences and can cost carriers significant customer loss and profits. Data lines are directly connected to the equipment in the cell tower system. This means that these connectivity lines absolutely must be shielded from transients in order to maintain the communication levels customers demand. Signal protection devices will shield the radio frequencies involved in this process from an interruption while also protecting against electromagnetic pulse issues provided by those same lightning strikes. The equipment involved in the process can be not only better protected but potentially used for far longer periods in the field before maintenance for replacement will be necessary, significantly impacting the bottom line of the owner. Signal protection devices for radio frequencies help to build stronger networks and happier customers every day. The integration of these surge protection devices and systems is crucial to maintaining a competitive advantage.