Cable de red ACT DA4901 Cat6a U/FTP (STP) negro 1 m con RJ-45 contactos dorados

ACT DA4901 is a Cat6a U/FTP (STP) slimline network patch cable, 1 m long, in black. It features a straight RJ45 connector at one end and a 90° angled up RJ45 connector at the other, gold-plated contacts and full copper conductors. The slim 3.8 mm jacket reduces cable bulk and improves airflow in racks and cabinets while the LSZH outer sheath limits hazardous smoke and halogen release in case of fire.

Advantages

The slimline construction offers a smaller outer diameter than standard Cat6a patch cords, allowing denser cable routing and better ventilation in data centres and network cabinets. U/FTP shielding and full-copper 32AWG conductors maintain signal integrity for high-speed Gigabit and 10 Gigabit Ethernet links. Gold-plated RJ45 contacts improve contact reliability and resist corrosion. The LSZH jacket reduces the risk of toxic gas release if the cable is damaged by fire or electrical fault.

Suitable for

When it may not be suitable

This slimline Cat6a cable is not intended for long horizontal backbone runs; its 1 m length is designed for short patching tasks. In installations requiring longer distances, bulkier outdoor or direct-burial cables, or different connector orientations, choose a cable that matches those specific needs.

Key specifications

How to use

Plug the straight RJ45 connector into the patch panel or switch port and the 90° angled up connector into the device or panel where space is limited, ensuring secure mating of the connectors. Avoid excessive bending near the connector; the slimline cable has a reduced bend radius compared with standard cords but should still be routed without sharp kinks. Use cable management features in racks and cabinets to maintain airflow and strain relief.

What to consider before purchase

Recommendations

For best performance, use this slimline Cat6a patch cable for short, high-density connections in racks and cabinets; avoid sharp bends and secure cables with appropriate management to preserve airflow and signal integrity.