Patch cable helos Ultra Flex S/FTP Cat 6a TPE, 2.0 m, green

Helos Ultra Flex patch cable S/FTP Cat 6a with a halogen-free TPE jacket, 2.0 m length in green. The cable features individually shielded twisted pairs plus an overall shield (S/FTP) and full-copper conductors (4 x 2 x AWG 27) to support high-speed Ethernet up to 10 Gbps and a bandwidth of 500 MHz. Its narrow bend-protection boot and highly flexible construction make it suitable for dense installations such as patch panels and network racks.

Advantages

The cable offers double shielding to reduce crosstalk and electromagnetic interference, gold-plated contacts for reliable signal transmission, and a full-copper conductor for consistent performance. The halogen-free TPE outer jacket improves environmental safety and durability, while the slim bend-protection sleeve and extreme flexibility enable easier cable routing in tight spaces and optimized cable management.

Suitable for

• Patching between switches, patch panels and servers in networks
• High-density installations and structured cabling in network cabinets
• Media technology setups and AV racks with limited space
• 10 Gigabit Ethernet links and Cat 6a-compliant connections

Key specifications

• Standard: Cat 6a, 1:1 wiring EIA/TIA 568B
• Shielding: S/FTP (screened pairs + overall shield)
• Conductor: 4 x 2 x AWG 27, solid copper
• Bandwidth: 500 MHz; 10-Gigabit capable
• Jacket: Halogen-free TPE (IEC 60754-2)
• Length and colour: 2.0 m, green
• Contacts: Gold-plated
• Manufacturer MPN / EAN: 263791 / 4005938637911

How to use

Connect one RJ45 plug to the network device (switch, patch panel or computer) and the other to the corresponding port. Ensure proper 1:1 EIA/TIA 568B termination on connected panels or devices. Route the cable using its slim bend-protection boot to avoid sharp bends; secure within cable management accessories or racks to prevent strain and maintain signal integrity.

Recommendations

Use this Helos Ultra Flex S/FTP Cat 6a patch cable for short-range patching and high-density environments. Avoid tight wraps around small radii that exceed the cable's bend capability, and keep the cable away from strong sources of electromagnetic interference for best performance.