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CAT6 UTP network cable belongs to the six categories of unshielded twisted pair (Unshielded Twisted Pair Category) 6), referred to as Category 6 cable or CAT-6 cable. The following is a detailed explanation of the CAT6 UTP cable:
I. Definition and structure
The CAT6 UTP network cable is a multi-core compact cable composed of multiple twisted pairs. Each twisted pair has no shielding inside and is only wrapped by insulation and an outer sheath. This design makes the CAT6 UTP cable has a SMaller diameter and lighter weight, making it easy to install and use.
Second, performance characteristics
High Performance: The CAT6 UTP cable can support higher data transfer rates and longer transmission distances. Its standard channel bandwidth is 250 trillion Hz, which can support high-speed network applications such as Gigabit Ethernet.
High stability: The design of twisted pairs minimizes the impact of electromagnetic radiation and external electromagnetic interference, ensuring the stability of data transmission.
Compatibility: CAT6 UTP cable is not only suitable for existing network equipment and systems, but also provides strong support for future higher-speed network technologies.
III. Application scenarios
CAT6 UTP cable is widely used in various data network environments, such as enterprise networks, campus networks, data centers, etc. In addition, although it is mainly used for data transmission, it can also be used to connect to wired telephone systems in some cases.
IV. Logo and specifications
Logo: CAT6 UTP cables are usually marked with the words "CAT6" or "Category 6" on the outer skin to indicate that they meet the standards of Category 6 cables.
Specifications: CAT6 The bare copper wire diameter of UTP network cable is usually 0.57mm (23AWG for wire gauge), and the insulated wire diameter is 1.02mm. Its diameter is relatively small compared to shielded twisted pair (STP).
In summary, CAT6 UTP cable is a six-type unshielded twisted pair with high performance, high stability and strong compatibility, and is an indispensable part of modern network construction.