Giganet GN-C6A-UTP-03M-GR-26 Cat6a UTP 26AWG LSZH 3M Grey Patch Cord

Giganet Cat6a UTP Patch Cord

The Giganet Cat6a Patch Cord provides the high-frequency overhead required for 10-Gigabit Ethernet (10GBASE-T) deployments over copper. This assembly utilizes 26AWG stranded bare copper conductors to facilitate tight bend radii within server racks. The Low Smoke Zero Halogen (LSZH) outer jacket ensures compliance with fire safety regulations in public buildings and data centers. Additionally, the unshielded twisted pair (UTP) design reduces the complexity of grounding while maintaining signal integrity through precise pair twisting. Consequently, this component supports bandwidths up to 500MHz.

Key Features

• High-Bandwidth Performance
  This cable supports data transmission speeds up to 10Gbps at frequencies reaching 500MHz for enterprise use.

• LSZH Outer Sheath
  The jacket material minimizes toxic gas and smoke emission during combustion for enhanced safety protocols.

• Advanced Connector Design

  • Molded snagless boots protect the RJ45 locking tabs from damage during installation.
  • 50-micron gold plating on contacts prevents oxidation and ensures low contact resistance.

• 26AWG Stranded Core
  Stranded copper construction provides superior flexibility compared to solid core leads in high-density patching zones.

Specifications

What’s in the Box

• 1 x Giganet 3M Cat6a UTP LSZH Grey Patch Cord

Why Choose Giganet Interconnects

• This Ethernet lead undergoes rigorous factory testing to ensure it meets TIA/EIA-568-C.2 performance standards for 10G networks.
• The LSZH jacket allows for safe deployment in vertical shafts and confined spaces where air circulation is limited.
• Furthermore, the unshielded design eliminates the need for specialized shielded patch panels, reducing overall infrastructure costs.
• The 26AWG wire diameter provides a balance between signal attenuation and mechanical flexibility for cable management.
• Therefore, network engineers can rely on this component for consistent throughput in high-density top-of-rack switching applications.