FGB 2 Pack Ethernet Wall Plate – 1-Port Keystone with Bracket and Cat7 Shielded RJ45 Coupler

Overview

The FGB 2 Pack Ethernet Wall Plate set includes two identical 1-port keystone plates with a practical mounting bracket, designed for clean, flush-to-wall installation. Constructed from white ABS flame-retardant material, these plates offer a calm, low-profile look that blends with most interiors while prioritizing safety and durability in high-traffic areas.

Shielded performance for busy networks

At the heart of the system is a Cat7 shielded RJ45 keystone coupler. The shielded housing and gold-plated contacts work together to reduce EMI and RFI, helping preserve signal integrity as network activity climbs. This design is compatible with multiple Ethernet standards, giving you flexibility for current setups and future upgrades.

• Pluggable, plug-and-play design compatible with Cat5e, Cat6, Cat6a, and Cat7 cables
• Gold-plated contacts and shielded metal housing minimize interference for crisper data transmission
• Cat7-level performance with transmission speeds up to 10 Gbps per link
• Flush, single-gang appearance that keeps walls neat and cable routes tidy

Easy, versatile installation

The installation is straightforward and toolbox-friendly: a single screwdriver is all you need to mount each wall plate. The included mounting bracket supports secure, reliable placement in residential or small office environments, and the pluggable design makes it simple to adapt to a range of network layouts.

• Easy to replace a single gang wall plate in minutes
• Bracket enables secure wall mounting and clean, professional results
• 2-pack gives you two outlets for simultaneous connections or future expansions

Real-world use cases span home entertainment centers, gaming workstations, streaming setups, and small office workstations where tidy wiring and dependable connections matter. By offering a shielded, high-speed solution in a compact form, these plates help you plan network layouts with flexibility. Note that benefits are described as possibilities based on design features, rather than guaranteed outcomes.