D-Link Cat6 Patch Cord NCB-C6UGRYR1-2 UTP 2M Grey

D-Link NCB-C6UGRYR1-2 Patch Cord

The D-Link Cat6 Patch Cord NCB-C6UGRYR1-2 facilitates high-speed data transmission across local area networks. This 2-meter unshielded twisted pair (UTP) cable supports Gigabit Ethernet applications. It adheres to TIA/EIA-568-C.2 standards for Category 6 performance. The architecture utilizes four pairs of 24 AWG stranded copper conductors. This design ensures flexibility during installation in dense rack environments. Consequently, the cable maintains signal integrity by minimizing Near-End Crosstalk (NEXT). Therefore, network engineers can deploy this solution in high-bandwidth environments requiring up to 250 MHz frequency support.

Key Features

• High-Grade Copper Conductors
  The cable features 24 AWG stranded copper wires to provide superior conductivity compared to CCA alternatives.

• Gold-Plated RJ45 Contacts
  Each connector utilizes 50-micron gold plating to prevent corrosion and maintain low contact resistance over time.

• Snagless Boot Design
  Integrated strain relief boots protect the RJ45 locking tabs from damage during frequent insertions or cable routing.

• PVC Outer Jacket
  The durable grey PVC sheath protects internal twisted pairs while remaining flexible for tight bends.

• Power over Ethernet Support
  This component supports IEEE 802.3af and 802.3at standards for delivering power to connected IP devices.

Specifications

What’s in the Box

• 1 x D-Link NCB-C6UGRYR1-2 Cat6 UTP Patch Cord (2M, Grey)

Why Choose This Network Cable

• The 24 AWG copper construction ensures stable throughput for 10/100/1000 Mbps network interfaces.

• Individual twisted pairs reduce electromagnetic interference between adjacent channels in the bundle.

• The molded strain relief increases the mechanical lifespan of the connection under heavy usage cycles.

• Strict adherence to international wiring standards guarantees compatibility with all standard RJ45 hardware.

• Grey jacket color allows for systematic cable management and identification within server cabinets.