Siemon Cat 6a Patch Cord 3M 10Gbps 500MHz

Siemon 10GbE 3M Cord

The Siemon Cat 6a Patch Cord 3M 10Gbps 500MHz provides high-performance data transmission for modern enterprise network infrastructures. This 3-meter component is engineered to support 10GBASE-T applications while maintaining backward compatibility with legacy systems. Consequently, it provides a versatile solution for cross-connects or equipment connections in high-density data centers. The architecture utilizes high-quality stranded copper conductors to ensure flexibility and durability during frequent moves, adds, and changes. Therefore, IT professionals can rely on this interconnect for stable signal integrity in challenging patching environments.

Key Features

• Standard Compliance
  This component exceeds all TIA/EIA-568.2-D and ISO/IEC 11801-1 Class EA performance requirements for channel and component levels.

• Advanced Plug Design

  • Patented cross-talk resistant plug architecture.
  • 50 microinch gold-plated contacts for corrosion resistance.
  • Integrated snagless boot to protect the latch mechanism.

• High Frequency Performance
  The cable supports frequencies up to 500MHz, doubling the bandwidth of standard Category 6 alternatives.

Specifications

What’s in the Box

• 1 x Siemon 3-Meter Cat 6a Interconnect Cable

Why Choose This Siemon Solution

• The 3-meter interconnect utilizes a 26 AWG stranded copper construction to balance signal attenuation with physical flexibility.
• Additionally, the jacket provides sufficient protection against mechanical stress while maintaining a manageable bend radius for tight rack spacing.
• Because the 10GbE standard is sensitive to external interference, this specific model incorporates design elements to mitigate Alien Crosstalk.
• Furthermore, factory testing ensures every unit meets the stringent NEXT and Return Loss parameters required for high-speed copper networking.
• Choosing this hardware ensures that the physical layer of the network does not become a bottleneck for data-intensive server applications.