StarTech.com Slim CAT6 Ethernet Cable - Pink

The 'Slim' designation refers to the cable's reduced outer diameter (3.6mm), making it 36% thinner than standard Cat6 Ethernet cables. This allows for easier routing, better airflow, and higher density installations in network racks.

Yes, this cable is designed to support IEEE 802.3bt Type 4 PoE++ (4PPoE), allowing it to deliver up to 100W of power to compatible devices.

No, this is an Unshielded Twisted Pair (UTP) cable. While it meets Cat6 standards for performance, it does not offer the additional protection against electromagnetic interference (EMI) that shielded cables provide.

The Low-Smoke Zero Halogen (LSZH) jacket is designed to emit very little smoke and no toxic halogenated fumes when exposed to extreme heat or fire. This makes it a safer choice for installations in enclosed spaces or areas with strict fire safety regulations.

This cable is rated for Cat6 standards, which guarantee performance up to 1 Gbps (Gigabit Ethernet) at 250MHz. While it might function at higher speeds in some configurations, it is not officially certified for speeds beyond 1 Gbps.

The primary difference is the diameter: this 'Slim' version is 36% thinner. It also explicitly supports 100W PoE++ and features an LSZH jacket, which might not be standard on all Cat6 cables.

The 1-meter length is ideal for short connections, such as linking equipment within a rack or connecting a device directly to a wall port. For longer distances, you would need a cable of appropriate length.

Ensure both ends of the cable are securely plugged into the correct ports. Check if the cable is damaged. Try a different known-good Ethernet cable to isolate the issue. Verify that the connected devices and network ports are functioning correctly.

Confirm that the connected devices and network infrastructure support Gigabit Ethernet. Ensure the cable is not being used for excessively long runs beyond optimal specifications (though 1m is well within limits). Check for interference if in a highly electromagnetically noisy environment, though the slim design and UTP offer standard protection.

Verify that the connected network device is PoE++ compatible and requires no more than 100W. Ensure the network switch or injector providing the PoE power is functioning correctly and capable of delivering the required wattage. Check the cable for any signs of damage that could affect power delivery.

While the snagless boot offers protection, extreme force can still damage the clip. If the clip is broken, the cable may not stay securely connected. Replace the cable if the connector is damaged.