Ethernet cables are a wide type of network cable that is used for wired connection. These cables are used to connect devices that are located on (LANs) Local Area Networks, such as routers, PCs, and switches. It is one of the most common wired networks that can be used to connect Ethernet ports on network routers and computers or other devices.
To create a good home or office LAN network, you need to obtain quality hardware for switches and routers, which also includes the best quality of Ethernet cables.
Here are the Top 7 Ethernet Network Cables that can be used in 2020:
1. Cat5e RJ45 Booted Ethernet Cable:
Each Cat5e Ethernet cable consists of 4 pairs coded in colour. PVC outer sheath and stranded cores create highly flexible and resilient cable. The moulded boot provides the cable with strain relief to avoid the cable being pulled free from the RJ45 plug. Available in a wide variety of colours and up to 30 metres in length.
Features :
- Guaranteed 125MHz output
- From stranded cores, superior cable versatility
- Compliant with RoHS
2. Cat6 RJ45 Booted Ethernet Cable:
Cat6 RJ45 Booted Ethernet Cables are produced and tested to comply with all necessary Cat6 communications standards. With high-quality Cat6 plugs, highly flexible PVC sheath and stranded copper conductors, each lead is created. There is a boot between the cable and the plug to provide the cable with tension relief and protection. The boot’s low profile nature ensures that it is suitable for use in installations with high density.
Features :
- Guaranteed 250MHz performance
- Flame Retardancy is verified.
- Compliant with RoHS
3. Cat6a SSTP LSOH Booted Ethernet Cable:
Cat6a SSTP LSOH Booted Ethernet Cables add copper infrastructure performance capabilities to new heights. Support for emerging applications such as 10GBase-T, 10 Gigabit Ethernet. Each Category 6a patch lead consists of four twisted pairs of 26AWG stranded copper wires.
Features :
- Up to 500MHz stated
- Suitable for applications with 10 Gigabit, 10GBase-T, Ethernet
- Halogen Low Smoke Zero Outer Sheath
4. Cat5e RJ45 Shielded Ethernet Cable:
Cat5e RJ45 Shielded Ethernet Cables are made, checked and independently confirmed. Each cable consists of 8 stranded conductors with colour coding twisted together to form 4 pairs of varying lay lengths. With specification info, the heat resistant UL rated outer sheath is clearly printed.
Features :
- Cost-efficient
- Halogen-free low-smoke cable
- Suitable for the application of Gigabit Ethernet
5. Cat5e RJ45 Ethernet Cable:
Cat5e RJ45 Ethernet Cables are designed and individually tested for the patch panel and network consumer outlet link of the network equipment. Cat5e TIA / EIA-568-B-2.1 June 2002 channel test on a Permanent Connection approved for up to 100 MHz transmission frequencies is warranted.
Features :
- Identification of light by plastic optical fibres
- Multiple lengths from 2 feet (0.6 m) to 16 feet (4.9 m) for patch panels and terminal connections
- Special labelling of serial number on the cable
6. Cat5e RJ45 LSOH Ethernet Cable:
These Cat5e RJ45 LSOH Ethernet Cables are manufactured with an LSOH outer sheath using the best quality connectors and stranded 4-pair core cables. To conform with the EIA / TIA Cat5e specification, all leads are 100% fully tested.
Features :
- Cost-efficient
- Halogen-free low-smoke cable
- Comes with Boots for Strain Relief
7. Cat6 RJ45 SFTP Shielded Ethernet Cable:
Cat6 RJ45 SFTP Shielded Ethernet Cables come with double shielding, suitable for use when there is a problem with electrical interference. Every assembly of RJ45 Ethernet cables comes with a strain relief boot assembled. To comply with all Cat6 Requirements, these leads are thoroughly tested. It comes in a number of colours to support your network colour code.
Features :
- Cost-efficient
- Halogen-free low-smoke cable
- Suitable for the application of Gigabit Ethernet
Conclusion :
With various speeds and cable types, we have several Ethernet requirements. Ethernet is a family of standards defined by the IEEE and describes the physical layer and the relation of data.
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