Excel Cat6a Cable - U/FTP

U/FTP (Unshielded Twisted Pair / Foiled Twisted Pair) construction means each pair of wires is individually shielded with foil. This significantly reduces electromagnetic interference (EMI) and crosstalk between pairs, leading to higher data integrity and performance, especially at higher frequencies like those used in Cat6a.

LSOH stands for Low Smoke Zero Halogen. Cables with an LSOH jacket emit very little smoke and no toxic or corrosive gases when exposed to fire, making them safer for installation in public buildings and areas with strict fire safety regulations.

Yes, this Cat6a cable is specifically designed and tested to support 10 Gigabit Ethernet (10GBASE-T) up to a distance of 90 meters.

This cable is designed for indoor use. The LSOH jacket is not typically rated for direct UV exposure or extreme outdoor environmental conditions. For outdoor runs, a cable with a suitable outdoor-rated jacket (e.g., PE) is recommended.

Solid core cable has a single, solid copper conductor per wire, offering better signal transmission over longer distances and is typically used for fixed installations (backbone cabling, wall outlets). Stranded core cable has multiple smaller strands of copper, making it more flexible and suitable for patch cords that need to bend frequently.

Proper termination is key. Ensure the foil shield makes good electrical contact with the grounding point at the connector or patch panel to effectively drain away interference. Avoid damaging the foil during the stripping and termination process.

Euroclass Dca is a fire classification according to the Construction Products Regulation (CPR). Class Dca indicates a certain level of reaction to fire performance and is generally suitable for general building installations where moderate fire safety requirements are in place.

Verify that the cable is terminated correctly on both ends according to industry standards. Check for any kinks, sharp bends, or damage to the cable sheath or internal pairs. Ensure that the foil screening is properly grounded at the termination points. Test with a certified network cable tester to identify any shorts, opens, or performance issues.

Re-terminate the cable ends, ensuring each conductor is correctly seated in the IDC slot and the foil shield is making good contact. Confirm that the correct wire mapping standard (TIA-568A/B) is used. Ensure the cable meets the specified bend radius and has not been subjected to excessive tension during installation.

While LSOH cables are generally suitable for PoE, high-density bundling can lead to heat build-up. Ensure adequate airflow around the cable bundles. Consider derating the cable's performance or using lower-density bundling if consistent high-power PoE is required over extended lengths.