100-pack CAT6 Shielded Modular RJ45 Plugs for 23 AWG Wire
The Black Box FMTP623S-100PAK CAT6 shielded modular plugs are engineered to provide dependable terminations for shielded CAT6 cables, ensuring optimal performance in environments prone to EMI. Designed for 23 AWG wire, these plugs support high-speed data transfer and maintain signal quality over long distances.
Features :
These RJ45 modular plugs are crafted to meet industry standards for CAT6 wiring, supporting Gigabit Ethernet and higher bandwidths. Their shielded construction minimizes external noise and interference, making them ideal for demanding settings such as industrial facilities, data centers, and high-traffic commercial networks. The plugs are easy to crimp onto shielded cables, providing a secure and reliable connection that preserves signal integrity.
Advanced Options :
The shielded design of these plugs provides superior protection against electromagnetic interference in high-noise environments, ensuring stable signal transmission even in challenging conditions. The 100-pack configuration offers excellent value for large-scale network installations or maintenance projects, providing consistent quality and performance across your entire infrastructure.
Product Key Features
- Pack of 100 shielded CAT6 modular plugs designed for 23 AWG wire
- RJ45 connector compatible with standard Ethernet networking
- Shielded to reduce electromagnetic interference (EMI) for stable signal integrity
- Supports high-speed Gigabit Ethernet and beyond
- Easy to crimp for secure, durable connections
- Suitable for large-scale installations, industrial, commercial, and residential applications
Reliability & Performance :
Sold in a cost-effective 100-pack, these plugs are perfect for large projects or ongoing network maintenance. Their durable design ensures long-lasting performance, compatibility with various networking equipment, and resistance to external interference. The shielded construction provides consistent signal integrity even in environments with high electromagnetic interference, making them a dependable choice for critical network infrastructure.
