6 types of crystal heads and 5 types of differences

　　The six types of crystal heads and the five types of crystal heads are significantly different in several aspects. Here is a detailed comparison of the two:

　　I. Structure and design

　　Network cable arrangement: The network cables of the five types of crystal heads are usually arranged in a line shape, while the network cables of the six types of crystal heads are divided into upper and lower rows and staggered from each other. This design helps to reduce signal interference and improve tranSMission efficiency.

　　Internal structure: The inside of the five-type crystal head usually contains four pairs of twisted pair copper wires, while the inside of the six-type crystal head may contain a cross skeleton to better support and protect the network wires. In addition, the wire holes of the six-type crystal head are thicker, which can accommodate thicker network wires. The copper terminals are also widened and thickened, and then gold-plated, which is not easy to oxidize and has better overall quality.

　　Second, copper core specifications

　　Copper core diameter: The diameter of the copper core inside the five-type crystal head is usually between 0.45mm and 0.51mm, while the diameter of the copper core inside the six-type crystal head is usually between 0.52mm and 0.58mm. Thicker copper core means that it can carry more current and higher signal frequency, thus improving transmission performance.

　　Three, application field and performance

　　Application field: Five types of crystal heads are usually used to connect 100M networks, while six types of crystal heads are widely used in gigabit networks. With the continuous development of network technology, the demand for high-performance network infrastructure is also increasing, so six types of crystal heads have been more widely used.

　　Electrical transmission performance: The electrical transmission efficiency of the five types of crystal heads can reach up to 100MHz, and the network speed can reach up to 100Mbps. The electrical transmission efficiency of the six types of crystal heads can reach 250MHz, and the network speed can reach 1000Mbps. This means that the six types of crystal heads are better than the five types of crystal heads in terms of data transmission speed and quality.

　　IV. Price and cost-effectiveness

　　Price: Since the six types of crystal heads are more complex in material, design, and manufacturing than the five types of crystal heads, they are usually more expensive.

　　Cost-effective: In the long run, the six types of crystal heads are more cost-effective due to their excellent performance. Especially in large-scale network deployments and enterprise-level applications, the six types of crystal heads can improve overall network efficiency and create greater value for the enterprise.

　　V. Other features

　　Anti-electromagnetic interference ability: Six types of crystal heads use more advanced production processes and material technologies, so they have stronger anti-electromagnetic interference capabilities and can ensure the accuracy and stability of data transmission.

　　Compatibility: Whether it is a five-type crystal head or a six-type crystal head, they all have good compatibility and can be compatible with a variety of network devices and cables, such as computers, routers, switches, etc.

　　To sum up, there are significant differences between the six types of crystal heads and the five types of crystal heads in terms of structure and design, copper core specifications, application field and performance, price and cost performance, and other characteristics. When choosing a crystal head, the appropriate type should be selected according to the specific network needs and environment.