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This kenable 005035 networking cable is designed for reliable data transmission in environments like schools and universities. It offers a stable Gigabit Ethernet connection over its 3-meter length with a Cat6 UTP LS0H white jacket, suitable for in-building installations. A key benefit is its low smoke zero halogen construction, enhancing safety, though its Copper Clad Aluminium (CCA) construction may offer less conductivity than pure copper for very high-demand applications.
| Series | CAT6 |
|---|---|
| Model Part Number | 005035 |
| Brand | kenable |
LS0H stands for Low Smoke Zero Halogen. It means that in the event of a fire, the cable jacket will emit very little smoke and no toxic halogenated compounds, making it safer for use in public buildings like schools, hospitals, and offices.
No, this cable is designed for indoor use only. The LS0H jacket is not weather-resistant and would degrade if exposed to outdoor elements.
Cat6 cables offer higher performance than Cat5e, supporting higher frequencies (up to 250 MHz) and enabling faster data transfer rates (up to 10 Gbps over shorter distances, and typically 1 Gbps over standard lengths) compared to Cat5e's 100 MHz and 1 Gbps limit.
UTP stands for Unshielded Twisted Pair. It means the cable consists of pairs of insulated wires twisted together but without an additional metallic shield around the pairs or the cable. This makes it more flexible but also more susceptible to interference than shielded cables.
Copper Clad Aluminium (CCA) offers good conductivity for standard networking needs and is lighter and less expensive than pure copper. However, pure copper offers better conductivity, lower resistance, and is generally considered more reliable for long-term use and higher performance applications.
Yes, Cat6 cables are backward compatible and will work with older devices. The connection will simply operate at the maximum speed supported by the older device (e.g., 100 Mbps).
Verify that both RJ45 connectors are securely plugged into their respective ports. Check the device's network settings and ensure the network port is enabled. Try a different Ethernet cable to rule out a faulty cable.
Ensure the cable is fully seated at both ends. Check that both connected devices support Gigabit Ethernet. Inspect the cable for visible damage or kinks. If connected to a router or switch, ensure it also supports Gigabit speeds.
Check for any physical damage to the cable, especially near the connectors. Ensure the cable is not routed near strong sources of electromagnetic interference (e.g., power cables, fluorescent lights). Try connecting the devices closer together to test if the length is a factor.
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