Cat.6 90° Keystone Jack, Unshielded, Dual IDC

Cat.6 90° Unshielded Keystone Jack, Dual Type IDC

The Cat.6 90° Unshielded Keystone Jack is an essential component for creating reliable network connections in various settings. Designed for easy installation, this keystone jack features a 90° angle, making it perfect for tight spaces while maintaining optimal cable management. The dual type IDC (Insulation Displacement Connector) allows for quick terminations, ensuring efficient and secure connections.

Key Features:

• Cat.6 Compatibility: Supports high-speed data transfer rates up to 1 Gbps, making it suitable for modern networking needs.
• 90° Design: The angled design minimizes strain on cables and provides a cleaner, more organized installation.
• Unshielded Construction: This jack is unshielded, making it ideal for standard environments where electromagnetic interference is minimal.
• Easy Installation: The dual type IDC design simplifies termination, allowing for quick and reliable connections.

Benefits:

• Enhanced Performance: The Cat.6 specification ensures optimal performance for data-intensive applications such as video streaming and online gaming.
• Space-Saving Design: The 90° angle allows for easier cable routing, making it ideal for wall plates and patch panels in tight spaces.
• Versatile Applications: Suitable for both residential and commercial networks, it supports various setups, including data centers, offices, and home networks.

Applications: The Cat.6 90° Unshielded Keystone Jack is perfect for installations in networking environments that require reliable connectivity and efficient space usage. It is ideal for use in patch panels, wall outlets, and any structured cabling system that needs high-performance connections.

Why Choose This Keystone Jack?
The Unshielded Keystone Jack offers a combination of performance, convenience, and versatility. It is an excellent choice for anyone looking to establish robust Network connections while maximizing space efficiency and ensuring high-speed data transmission.