Quick Install Wiring Guide for GAT Extender – A Step-by-Step Educational Guide

Powered networks are everywhere — from security cameras and Wi-Fi access points to VoIP phones. But what happens when you need to power devices farther away than a normal Ethernet cable can reach? That’s where a PoE Extender like the GAT Extender and GPOE-Extender comes in. This guide will teach you how PoE extenders work and walk you through a simple, practical installation just like the video does.

What Is a PoE Extender?

A PoE (Power over Ethernet) Extender is a network device that boosts both power and data signals over Ethernet cables, allowing you to place devices farther from the network switch than the usual limit of 100 meters (328 ft). It’s often used in network installations where a powered device (like a CCTV camera) needs more distance from the main network.

What You’ll Need (Parts & Tools)

Before you begin, make sure you have:

•  A PoE source: This could be a PoE-enabled network switch or a PoE injector.

•  A GAT Extender unit.

•  PoE-powered device (e.g., camera or access point).

• Cat5e or Cat6 Ethernet cables, long enough for your setup.

No software or configuration tools are typically needed — it’s plug-and-play.

How PoE Extenders Work – The Basics

Power over Ethernet works by sending power and data over the same cable. But there’s a distance limit — usually 100 meters (328 ft) of cable. A PoE extender inserts another powered point in the cable to push power and data beyond that limit, effectively repeating the signal while still complying with Ethernet and PoE standards.

Most extenders follow IEEE standards such as 802.3af (standard PoE) or 802.3at (PoE+), delivering up to about 30 W of power to devices.

Step-by-Step Installation Guide

1. Connect Your Network Source

Plug an Ethernet cable from your PoE switch or injector into the PoE IN port on the GAT Extender.

• This connection carries both power and data toward your end device.

• Ensure the PoE source supports the required standard (usually 802.3af or 802.3at).

2. Extend Toward Your Device

Use another Ethernet cable to connect the PoE OUT port on the extender to your device such as:

• Security camera

• Wireless access point

• VoIP phone

This second cable receives both power and data as well — giving your device what it needs to operate.

Add Additional Extenders (Optional)

If you need even more range:

Install a second extender inline after the first one.

Each extender adds additional range beyond the casual 100-meter limit, helping extend your power chain considerably while maintaining connectivity and power delivery.

Testing & Troubleshooting Tips

Here are a few simple checks to ensure your setup works smoothly:

✔ Indicator Lights:
Many extenders have LED lights showing power and link status — use these to confirm connections.

✔ Cable Quality:
Use quality Cat5e or Cat6 cables to maintain solid network speeds and reliable power delivery.

✔ Power Budget:
If your device isn’t powering up, check that your PoE source can supply enough total watts — multiple extenders and devices draw from the same power budget.

Why This Matters

PoE extenders are a simple, cost-effective way to expand your wired network without adding power outlets or complex wiring. They’re especially useful for:

• Outdoor cameras far from indoor network switches

• Access points on high ceilings or distant buildings

• IoT devices placed throughout campuses or warehouses

Once you understand how to wire them and how they extend power and data, you can design flexible network deployments reliably.

Final Tips for Better Installations

- Always plan your cable paths to avoid interference or bends that could reduce network quality.
- Keep power sources and extenders dry and secure — some are outdoor-rated (water resistant) but not fully waterproof.
- If using outdoors, consider protective housings or IP-rated extenders when applicable.