Ethernet cable is a transmission medium used in computer Ethernet LANs and is one of the most important components in enabling computer network connectivity. Ethernet cables are typically used to connect multiple computers and other network devices within a small area such as a building or data centre, allowing them to transmit data to each other.
An Ethernet cable is the cable that you connect between your computer, TV, game console or other device and your router, modem or network switch. It allows your device to access your local network or the Internet. Although Wi-Fi has become a very common way to connect to the Internet, Ethernet cables can provide a faster and more stable Internet connection than wireless currently does.
Ethernet cable is what we usually call network cable, also known as Category 5 cable. It is a multimedia wire that spreads data, voice and other information communication services. It is widely used in broadband user premises network and other broadband access projects, and its quality is directly related to the transmission quality of information communication.
Classification
Common Ethernet cables have the following types:
1. coaxial cable: coaxial cable is a cable that transmits signals and consists of a layer of insulated conductors, an encrypted fabric, a metal shield and an insulating sheath. The transmission distance of coaxial cable is short, around 10M, and is suitable for small-scale network connection.
2. Twisted-pair cable: Twisted-pair cable is one of the most common types of Ethernet cables nowadays, which has the advantages of ease of use, fast transmission speed and low cost. Twisted-pair cable is usually divided into UTP (unshielded twisted-pair) and STP (shielded twisted-pair) two types, of which the UTP cable has poor anti-jamming ability, suitable for low-speed network connections; while the STP cable has a strong anti-jamming ability, suitable for high-speed network connections.
3. Fibre optic cable: Fibre optic cable is a high-speed data transmission cable with fibre optic as the transmission medium, which has the advantages of fast transmission speed and good flame retardant properties, and is suitable for places requiring long-distance high-speed data transmission.
Role
NO.1, Jiangnan Cable has advanced production technology and equipment. From the manufacturing of conductors to the processing of insulation, shielding and sheathing, every step is precise and strict to ensure the high quality of medium voltage cables.
NO.2, the quality control is extremely strict. The company has established a perfect quality inspection system, from the selection of raw materials to the finished products leaving the factory, checking at every level. Each medium-voltage cable has to go through a number of strict tests to ensure that the products meet or even exceed the national standards.
NO.3, Jiangnan Cable has invested heavily in research and development. According to the market demand and customers' special requirements, we can develop medium voltage cables with different characteristics, such as better environmental resistance and better current carrying capacity. Moreover, the rich product line can meet the different needs of various complex projects and provide customers with one-stop cable solutions.
Our Cases
what we finished
Customized | Cable Specifications | Insulation Material | Shield Construction | Sheath Material | Armor Structure | Special Performance | Length | ||||||||
Conductor Cross Section | Number of cores | Material Type | Insulation Thickness | Shielding type | Number of Shielding Layers | Material Selection | Color Identification | Armor type | Armor Layers | Fire resistance | Waterproof performance | Flame retardant performance | Cold resistance | Sample customization request meters | |
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