Equip Cat.6A U/UTP Slim Patch Cable, 5.0m, Black

The Equip Cat.6A U/UTP Slim Patch Cable 5m Black is a 5‑metre network patch cable with RJ‑45 connectors on both ends, designed for high‑speed Ethernet connections up to 10 Gbit/s. Its slim, reduced‑diameter construction (around 32 AWG) saves space in dense racks and patch panels and improves airflow while remaining suitable for typical data center and enterprise installations.

Advantages

The slim U/UTP design provides reliable 10 Gigabit Ethernet transmission up to 500 MHz with reduced crosstalk and low signal loss. Stranded bare copper conductors and molded boots with strain relief deliver flexibility and durability for frequent re‑routing. The cable is RoHS compliant and available in Low Smoke Zero Halogen (LSZH/LSOH) jacket material for safer use in enclosed spaces.

Suitable for

• Data centers and server rooms
• Enterprise network patch panels and switches
• High‑density cabling racks and horizontal cabling
• PoE and PoE+ powered devices (IP phones, access points, cameras)

Key specifications

• Length: 5 m
• Cable type: Cat.6A U/UTP (unshielded twisted pair)
• Conductor: Stranded bare copper, 32 AWG
• Bandwidth/frequency: up to 500 MHz
• Data rate: up to 10 Gbit/s (10000 Mbit/s)
• Connectors: RJ‑45 straight male — both ends
• PoE compatibility: Suitable for PoE, PoE+
• Jacket: LSZH/LSOH (Low Smoke Zero Halogen)
• Standards: Compliant with ISO/IEC 11801 and EN 50173
• Colour: Black

How to use

Connect one RJ‑45 connector to your switch, patch panel or router and the other to the network device (PC, server, access point, IP camera). Ensure connectors are fully seated and routed without sharp bends; the slim 32 AWG cable is flexible for tight spaces but should not be kinked. For best performance, keep cable runs within recommended lengths and avoid running parallel to strong EMI sources when possible.

Recommendations

Use this Cat.6A U/UTP slim patch cable for short to medium horizontal runs and high‑density patching where space and airflow matter. For environments with high electromagnetic interference, consider shielded alternatives.