How to use the super five unshielded jumpers

　　Super Category 5 unshielded jumpers are mainly used for signal distribution in the wiring room and information point connection in the working area. The following is the specific use of Super Category 5 unshielded jumpers:

　　I. Preparation

　　Confirm requirements:

　　Determine the length and number of jumpers required, as well as the type of device connected (e.g. switch, router, computer, etc.).

　　Preparation tools:

　　Prepare wire stripping pliers, crimping pliers, wire tester and other tools.

　　Second, jumper production

　　Stripping:

　　Use wire stripping pliers to peel off the insulation at both ends of the jumper wire to expose the copper core inside. Be careful not to damage the copper core wire when stripping.

　　Sorting and trimming:

　　Sort the copper core wires according to the T568B line sequence (white orange, orange, white green, blue, white blue, green, white brown, brown) and trim them neatly.

　　Insert the crystal head:

　　Insert the sorted copper core wires into the slot of the crystal head, ensuring that each copper core wire is inserted into place.

　　Crimp crystal head:

　　Use crimping pliers to press the crystal head tightly to ensure that the copper core wire is tightly connected to the crystal head.

　　III. Connected devices

　　Connect network devices:

　　Insert one end of the made jumper into the RJ45 interface of the network device (such as the port of the switch), and insert the other end into the RJ45 interface of another network device (such as the network interface card interface of the computer).

　　Test connection:

　　Use the network cable tester to test the connectivity of the jumper to ensure that the jumper can tranSMit data normally.

　　IV. Precautions

　　Jumper length:

　　The length of the jumper should be selected according to the actual needs, and should not be too long or too short. Too long jumpers may increase signal attenuation and interference, affecting network performance; too short jumpers may fail to connect to the device.

　　Line sequence correctness:

　　When making jumpers, they must be sorted and connected in the correct line sequence (e.g. T568B), otherwise the network may not function properly.

　　Crystal head quality:

　　Select a reliable quality crystal head for production to ensure the stability and reliability of the jumper.

　　To avoid damage:

　　During use, avoid excessive bending, pulling, and other operations on the jumper to avoid damaging the copper core inside the jumper or affecting the transmission performance.

　　Environmental adaptability:

　　Super Category 5 unshielded jumpers are suitable for network wiring requirements under general environmental conditions. When used in special environments (such as strong electromagnetic interference, high temperature, humidity, etc.), additional protective measures may be required.

　　In summary, the use of super five types of unshielded jumpers includes preparation, jumper fabrication, connecting equipment and precautions. Through correct production and use methods, the stability and reliability of the jumper can be ensured to meet the needs of network cabling.