Patch cable helos Ultra Slim 50 cm UTP Cat 6a flat

helos Ultra Slim patch cable, 50 cm, UTP Cat 6a in green. This flat patch cable is designed for high‑speed Ethernet connections and compact installations where space is limited. With a 50 cm length and ultrathin profile, it enables reliable data transmission up to Cat 6a specifications while reducing cable clutter behind racks, desks and network equipment.

Advantages

The cable features a flat, ultrathin construction and an integrated strain relief collar for improved bend protection. Gold‑plated RJ‑45 connectors and compliance with TIA/EIA‑568‑B labeling ensure consistent contact quality and standardized wiring. Its 32 AWG conductors and UTP design provide Cat 6a performance in a low‑profile form factor ideal for tight routing paths.

Suitable for

• Short connections between patch panels, switches and wall sockets
• Dense rack and server cabinet installations where space is constrained
• Desk‑side or behind‑furniture routing to reduce visible cable bulk
• 10 Gigabit Ethernet links requiring Cat 6a performance over short runs

Key specifications

• Type: Patch cable, UTP Cat 6a
• Length: 50 cm
• Connectors: RJ‑45 male to RJ‑45 male (gold‑plated)
• Cable construction: Flat, ultrathin with strain relief
• AWG: 32
• Color: Green
• Standard/labeling: TIA/EIA‑568‑B

How to use

Plug one RJ‑45 connector into the network device (switch, patch panel or wall socket) and the other into the corresponding port. Route the flat cable along edges, under carpets or behind furniture as needed; its low profile helps keep clearances small. Avoid sharp bends beyond normal installation radii and do not subject the cable to excessive tension.

Recommendations

For optimal performance, use this helos Ultra Slim Cat 6a patch cable for short runs within racks, between equipment in confined spaces, or where a low‑profile cable is required. Avoid using it for long outdoor runs or in environments requiring additional shielding; choose shielded or thicker Cat 6a cables for longer distances or high‑EMI areas.