Legrand Group C2G 3ft Cat6 Snagless Unshielded Ethernet Patch Cable – White
Item #: 27161 | Model #: 0757120271611
C2G 3ft Cat6 Snagless Unshielded (UTP) Ethernet Network Patch Cable - White
Designed for high-performance Ethernet networks, the Legrand Group C2G 27161 3ft Cat6 patch cable delivers reliable connectivity for bandwidth-intensive applications such as voice, data, and video distribution. This cable meets all Category 6 TIA/EIA standards, ensuring optimal performance by reducing impedance and structural return loss (SRL). The bonded pairs help maintain twist-spacing throughout the length, minimizing Near-End Crosstalk (NEXT) and providing a clear, stable signal. Constructed from high-quality copper, it guarantees durability and consistent performance across various network setups. The molded, snagless boot prevents accidental snags during installation and adds extra strain relief, making it easier to manage in tight spaces. Available in classic white, this cable is ideal for color-coded network systems, simplifying identification and organization. Its compatibility with network adapters, switches, routers, hubs, DSL/cable modems, and patch panels makes it versatile for different network configurations. Whether used in home or office environments, this patch cable ensures fast, reliable connections with minimal interference and maximum durability. The 3-foot length is perfect for connecting devices in close proximity while maintaining flexibility in cable management. Manufactured in China by Legrand Group, this product combines quality and performance, backed by a reputable brand committed to high standards of network infrastructure solutions.
Features:
- Meets all Cat6 TIA/EIA standards for high-speed network performance
- Bonded pairs maintain twist-spacing to reduce crosstalk and interference
- Constructed from high-quality copper to minimize Near-End Crosstalk (NEXT)
- Molded snagless boot prevents snags and provides extra strain relief during installation
- Color-coded in white for easy network organization and identification
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