Kenable Network Cable - CAT5E - 3m

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OnBuy.com£3.96Visit shop Kenable Network Cat 5E Utp Crossover Cable Blue With Black Rj45 Ends 3M
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Best current price£3.96from OnBuy.com
Shopping.co.uk recommended and popular offers
OnBuy.com£3.96Visit shop Kenable Network Cat 5E Utp Crossover Cable Blue With Black Rj45 Ends 3M
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This 3-meter Kenable CAT5E crossover network cable is designed for directly connecting two similar network devices, such as two computers or two switches. Its primary benefit is enabling direct peer-to-peer connections without the need for an intermediary network device like a router or hub. A key consideration is that it's specifically a crossover cable, meaning it's not for standard connections to routers or modems. This UTP CAT5E cable features RJ45 connectors with distinct black boots for easy identification and a blue jacket.
| Series | CAT5E |
|---|---|
| Model Part Number | 003326 |
| Brand | kenable |
A standard (straight-through) Ethernet cable connects devices of different types (e.g., PC to switch). A crossover cable connects devices of the same type (e.g., PC to PC). This Kenable cable is specifically a crossover cable.
No, this is a crossover cable and is designed for connecting similar devices. For connecting a computer to a router or modem, you need a standard straight-through Ethernet cable.
This CAT5E cable supports data transfer rates up to 1000 Mbps (Gigabit Ethernet) and frequencies up to 100 MHz.
This cable is identified by its black connector boots. Standard straight-through cables typically have clear or colored (matching the cable jacket) connector boots.
This Kenable network cable is 3 meters long.
No, standard Ethernet cables do not require special drivers. The network interface cards (NICs) in your devices handle the communication protocols.
This UTP CAT5E cable is not specifically designed or rated for Power over Ethernet (PoE) applications. While it might pass some power, it's recommended to use PoE-certified cables for such purposes to ensure safety and performance.
Verify that the cable is a crossover cable. Ensure both devices are configured for direct connection, including static IP addresses in the same subnet if connecting two computers. Check that the cable is securely plugged into both ports. Test with a different known working cable if possible.
Confirm that both devices and the cable support the desired speed (e.g., Gigabit Ethernet). Inspect the cable for visible damage. Ensure there are no excessive bends or kinks. If interference is suspected, try moving the cable away from power sources or other electronic devices.
Ensure the RJ45 connectors are fully seated in the ports. Check the link lights on the network ports of the connected devices; if they are not illuminated, the connection is not established. Try a different port on each device.
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