The core technologies of Category 6 network cables mainly include its core design, outer sheath material, crystal head processing and the improvement of transmission speed.
Core design: Category 6 network cables adopt an eight-core twisted pair structure, adding a visible cross skeleton for insulation, which can isolate four pairs of twisted pairs and rotate the angle with the change of length to maintain the relative position of the four pairs of twisted pairs, reducing signal crosstalk and echo loss during transmission. Category 6 cables are also thicker in diameter, with faster signal transmission speed and a transmission frequency of up to 250MHz.
Outer sheath material: The outer sheath is made of high-quality environmentally friendly PVC material, which is wear-resistant and oil-proof, and can increase the service life of the cable. At the same time, the outer sheath is soft and available in a variety of colors, which is both practical and beautiful.
Crystal head processing: Category 6 network cables use high-quality three-prong chip contacts with gold plating, which is wear-resistant and anti-oxidation, ensuring long-term high-speed and stable signal transmission. It is also equipped with a dustproof protective cover to protect the crystal head from external damage, dust and moisture, and prevent copper corrosion.
Increase in transmission speed: The maximum access speed of Category 6 network cable is 91.2MB/s, which is equivalent to 500M-1000M broadband, with no signal attenuation, faster downloading, smoother gaming, and smoother watching. Category 6 wiring system is widely used in the field of high-speed local area network wiring, and it supports Gigabit Ethernet very well and achieves a transmission distance of 100 meters.
In summary, the core technology of Category 6 network cable provides stable and high-speed data transmission capabilities by optimizing the core design, using high-quality outer materials, improving crystal head processing, and improving transmission speed, making it the preferred solution for modern network wiring