StarTech.com CAT6 Cable - Slim - 3m - Black

The slim design is 36% thinner than standard cables, which significantly improves airflow and heat dissipation in crowded network racks and makes the cable more flexible and easier to route in tight spaces.

This is a Category 6 (CAT6) cable, which is specified for speeds up to 1000 Mbps (Gigabit Ethernet). For 10 Gigabit Ethernet, you would typically need a CAT6a or higher-rated cable.

Snagless connectors feature a design where the release tab (clip) is protected by the connector housing. This prevents the clip from catching on other cables or objects when you are pulling the cable through tight installations, reducing the risk of breakage.

Yes, the RJ45 connectors on this cable feature 50-micron gold plating. This ensures optimal conductivity and resistance to corrosion, helping to maintain a reliable signal.

This cable uses 28 AWG stranded copper wire conductors.

While the cable is designed for data transmission, specific PoE compatibility depends on the power requirements of the devices and the overall network infrastructure. Standard CAT6 cables generally support PoE, but always check device specifications.

The primary difference is color, which is often used for identification purposes in network setups. The technical specifications and performance are generally the same across different colors within the same product line.

Verify both ends of the cable are securely plugged into the correct ports. Check if the cable is damaged. Try a different Ethernet cable to rule out the cable as the issue. Ensure the network device on both ends is powered on and functioning.

Confirm the cable is properly seated in the ports. Ensure all connected devices and network infrastructure support Gigabit speeds. Check for any physical damage to the cable or connectors. Consider if the cable length exceeds optimal ranges for 28 AWG wire.

The snagless boot is designed to protect the clip. If the clip breaks, the cable may not stay securely connected. Replace the cable as the connector is compromised.