CDD Cat6 UTP 24AWG, 500MHz Patch Ethernet Cable with Snagless RJ45 Connectors, 18 Inches
WICD0018BL
Details
The CDD Cat6 patch cable 18 inch is a high-performance Cat6 Ethernet cable designed for reliable and fast wired networking. Featuring a 500MHz transfer rate and 24AWG conductors, this Cat6 Ethernet cable delivers exceptional speed and performance for various home and office network configurations.
- 24AWG copper conductors for optimal signal integrity
- 500MHz bandwidth supporting high-speed data transfer
- 18-inch length ideal for patch panels and short connections
- Snagless RJ45 connectors to protect locking tabs
- Slim 5mm diameter cable for easy routing in tight spaces
This Cat6 patch cord is compatible with 10/100/1000 Ethernet networks and effectively reduces congestion in high-density environments such as data centers and telecommunication rooms. The slim design enhances manageability while maintaining durability thanks to its PVC jacket and CSA, CMG, FT4 approvals.
Compared to previous models and industry standards, the CDD Cat6 Ethernet cable 500MHz sets a benchmark with its lightweight construction and new design boot, enabling easier installations and secure connections. The snagless feature of the RJ45 connectors also helps prevent damage, ensuring longer-lasting reliability.
Key Technical Advantages: Technology and Performance
The Cat6 Ethernet cable provides exceptional network speed with its robust 500MHz frequency rating. Its 24AWG unshielded twisted pair wiring boosts performance for 10Gb Ethernet network connections, making it perfect for patch panels, switches, computers, and routers. The cable’s slim 5mm diameter allows effortless routing through cable management systems while maintaining high signal integrity.
Incorporating the snagless RJ45 patch cord design, this cable protects locking tabs during setup, making it ideal for high-density server rooms where durability and performance are critical. Overall, the CDD Cat6 UTP cable combines professional-grade engineering with user-friendly design for dependable, high-speed networking.
