Patch cable helos Ultra Slim 20m UTP Cat 6a flat — 20 m, UTP, Cat 6a, flat design

helos Ultra Slim flat patch cable, 20 m length, UTP Category 6a in yellow. The cable offers Cat 6a performance for high‑speed Ethernet links and an ultra‑thin, flat profile that simplifies routing in tight spaces such as along walls, under carpets or inside cable channels. Both ends terminate in gold‑plated RJ‑45 male connectors and the cable includes a strain‑relief sleeve for improved durability. TIA/EIA‑568‑B compliant.

Advantages

The helos Ultra Slim cable combines Cat 6a UTP performance with a flat, ultra‑thin design that reduces installation bulk and improves concealment. Gold‑plated RJ‑45 plugs and a strain‑relief sleeve enhance contact reliability and protect the connector against bending stress. AWG 32 conductors support stable data transmission for typical Gigabit and 10 Gigabit environments where shielded cables are not required.

Suitable for

• Home and small office wired Ethernet connections
• AV installations and media centers where cables must be hidden
• Routing along skirting boards, under carpets or in narrow cable ducts
• Network patching between switches, routers and wall outlets

Key specifications

• Type: Patch cable, UTP, Category 6a
• Length: 20 m
• Conductor size: AWG 32
• Connectors: RJ‑45 male — RJ‑45 male, gold‑plated
• Profile: Flat, ultra slim
• Features: Strain‑relief sleeve
• Color: Yellow
• Standards: TIA/EIA‑568‑B

How to use

Connect one RJ‑45 plug to your network device (switch, router, PC) and the other to the corresponding port or wall outlet. Route the flat cable along the desired path — the slim profile allows laying it under carpets or along skirting boards without creating significant elevation. Avoid sharp bends at the connector area; the integrated strain‑relief sleeve helps reduce stress during use.

Recommendations

For reliable Cat 6a performance, keep cable runs within recommended maximum distances for 10 Gigabit Ethernet and avoid tight coiling. Use the flat helos Ultra Slim cable where unshielded UTP is acceptable; in environments with strong electromagnetic interference consider shielded alternatives.