LSZH Jacket 1m Length 10gbps Ethernet Cable Passed Fluke Test

Passed Fluke Test Copper UTP Cat6a Pure Copper Patch Lan Cable

In the era of 100M Ethernet, our integrated cabling system can already meet the network applications under this bandwidth by using five types of cabling. However, with the development of computer network technology and various network applications (such as: video conferencing, online high-definition) The application of high-bandwidth data services such as video) has put forward new requirements for network bandwidth. Category 5 or even Category 5 cabling systems have basically lost their market vitality and faded out of the integrated cabling market.

Therefore, due to the difference in the cabling transmission performance requirements of the two Gigabit Ethernet standards at that time, all integrated cabling manufacturers have introduced Category 6 and Ultra 6 with stronger anti-interference ability and better transmission performance than Category 5 cabling. Class wiring system. Next, let’s briefly explain the difference in performance between CAT5E and CAT6 cabling systems:

1. CAT5E wiring physical bandwidth: 100MHz, CAT6 wiring physical bandwidth: 250MHz;

(Note: The larger the physical bandwidth, the higher the transmission rate supported)

2. CAT5E cables usually use 24AWG wire gauge (copper core diameter approximately: 0.51mm), CAT6 cables usually use 23AWG wire gauge (copper core diameter approximately: 0.57mm);

(Note: The thicker the copper core diameter, the better the conduction performance, and the smaller the signal attenuation on the line. In PoE applications, 23AWG has an absolute advantage over 24AWG in energy transfer)

3. The maximum data transmission rate supported by CAT5E wiring theory is 1200Mbps, and the maximum data transmission rate supported by CAT6 wiring theory is 2400Mbps;

(Note: The higher the data transfer rate, the larger the physical bandwidth is required)

4. The 10GBASE-T 10G Ethernet application standard that CAT5E cabling does not support, and the 10GBASE-T Ethernet application standard that CAT6 cabling can support, but the transmission distance is limited and cannot exceed 37 meters.

(Note: Category 6 cabling system can barely meet the application requirements of 10 Gigabit Ethernet over short distances, while Category 5 systems cannot support it)

5. CAT6 cables usually adopt a cross frame structure to reduce crosstalk between pairs. Its (NEXT) near-end crosstalk performance index is 5-10dB higher than that of CAT5E without a frame structure (1-100MHz);

(Note: Minimizing crosstalk between pairs is the most important basic prerequisite for the stable and high-speed transmission of data information in a wiring system)

A comprehensive comparison of the differences between the above two wiring systems shows that the Category 6 wiring system is not only much higher than the Category 5 cabling system in terms of physical and electrical performance, but also much higher than the Category 5 wiring system in terms of high-speed data and stable transmission. At the same time, with the rapid upgrade of domestic communication network systems, Category 6 wiring has gradually become the protagonist of the market. Category 5 and Category 5 products have gradually faded out of the market. Large-scale production of Category 6 and Category 6 has also made Category 6 wiring. The price of the product is no longer much higher than that of the cat5e.

 
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