Network Cable C-TECH CB-PP6-2 Patchcord Cat6 UTP 2m Gray

The C-TECH CB-PP6-2 Patchcord Cat6 UTP 2m in gray is a network patch cable designed to connect network devices with stable performance at Gigabit Ethernet speeds. Built to Cat6 UTP specification, this 2-meter cable supports reliable data transmission while maintaining a compact length suitable for home and office cabling. The gray jacket offers a neutral look that integrates easily into existing setups.

Advantages

This Cat6 UTP patchcord provides consistent signal quality and supports higher bandwidth compared to older cable categories. The unshielded twisted pair construction reduces crosstalk between wire pairs while keeping the cable flexible for easy routing in tight spaces. A 2-meter length balances reach and tidiness, helping to avoid excess cable slack and improving cable management in patch panels, desktops, and network switches.

Suitable for

• Connecting PCs, laptops and network switches at Gigabit Ethernet speeds
• Wired connections for gaming consoles and streaming devices
• Office workstation cabling and small server room patching
• Home network setups where a short, tidy run is required

Key specifications

• Category: Cat6 (unshielded twisted pair)
• Length: 2 meters
• Color: Gray
• Connector type: 8P8C (RJ45) modular plugs
• Performance: Designed for Gigabit Ethernet and up to 250 MHz bandwidth
• Cable construction: 4 twisted pairs, UTP

How to use

Insert one RJ45 connector into the network port of your device and the other into the corresponding port on your router, switch, or modem. Ensure connectors are fully seated until they click to guarantee a secure connection. Route the cable to avoid sharp bends and sources of high electromagnetic interference, and use cable ties or organizers to maintain a neat installation. For troubleshooting, check both ends for secure seating and test connectivity with network diagnostics tools if needed.

Usage recommendations

Use this Cat6 patchcord for short to medium connections where Gigabit performance is required. Avoid running the cable parallel to high-voltage power lines for long distances, and do not subject it to repeated heavy bending or crushing. For environments with significant electromagnetic interference or where maximum shielding is required, consider using shielded cable variants.