Most of the people have a perception that a data cable connection is simple plug and play. Mostly, this is true as the current set of Ethernet standards have developed into a reliable industry and are good enough. However, there are still some challenges when it comes to data cable installation.
Some of the tips when it comes to data cable installation are-
Avoid Neat Cabling
This tip might sound strange but avoiding neat cabling is the first tip that individuals need to keep in mind during data cable installation. Neat cabling causes signal degradation due to induction. This is the result of electromagnetic induction, which is the cause of cross talk. Based on this, it is important to ensure that cabling should be loosely bundled, untidy, and randomly arranged to reduce the likelihood of signal induction.
Keeping Away The Power Cables
During data cable installation, it is important to ensure that copper cables do not run parallel to the electric cables. This is because they usually behave like inductors or transformer and are one of the reasons why 50/60 Hz currents and variant noise spikes are induced from the electrical table. A lot of distance should be maintained between the data and power cables.
Ensuring That The Cables Are Dry
Moisture is known to influence the dielectric coefficient in wires that are made of copper. This in turn, negatively affects the performance of the signal. Hence, keeping the cable dry during the process of data cable installation is important. When copper cables are used in conduits or in trenches that are located between buildings, special features like those that waterproof conduits and wires with capped ends should be used to prevent any kind of moisture creep.
Reducing Data Cables’ Heat
This data cable installation tip might be obvious but lower the heat in the cables better is the performance of the signal that is running through the wire. This might not be a concern during the winter but during the summer season care should be taken to ensure that the temperature does not go up in the wires. If the heat in the wire goes up to an extent, then the performance of data transmission is influenced negatively. To avoid this, technicians usually go for cables that are shielded. These shielded cables are useful, especially if a 4-pair PoE is used. The bigger 22 AWG conductors are located in Cat6A/Class EA cables reduces the overall DC resistance and results in low heat generation from cables.
Power over Ethernet (PoE)
Over the years, the numbers of devices using cost-effective and efficient devices like PoE to eliminate the need for circuits for devices like IP CCTV cameras, digital signage, access points that are wireless, and many more. PoE standards are continuously evolving to meet the demands of increased power and new types of remote devices.
Adding New Life To An Old Data Cabling System
A base that contains Cat 6 and Cat 5 E is usually limited to a bandwidth of 1 GB/s, which usually does not the meet the performance requirements of many organizations. One of the traditional methods has been expensive and it involves messy upgrades to remove aging cabling and use some of the new up to date solutions. With technology evolving at a rapid pace, the new cabling techniques might be replaced with new ones. The NBASE-T consortium is right now working on creating a new standard for Ethernet that will be up for use as IEEE 802.3bz or Multi-Gig. Using this standard will allow network owners to upgrade their network speed and capacity without worrying about replacing the entire cabling system.