Maintaining a stable wireless HDMI connection involves more than just plugging in cables. Stability depends on many subtle factors that only become apparent during real use—like how nearby Wi-Fi signals behave, how antennas are angled, and even what materials the room is made of. The Lemorele G500 is designed with these real-world conditions in mind, and with proper setup, it can deliver interference-free video transmission in even the busiest professional spaces.

1. Choosing the Right Frequency to Avoid Interference

The G500 wireless HDMI transmitter & receiver operates on the 5.8 GHz band, which is typically faster and less congested than the commonly used 2.4 GHz range. In large conference spaces or office buildings, overlapping Wi-Fi signals are everywhere. Nearby access points often compete on the same channels, so performance can drop sharply if the G500 shares those frequencies.

1.1 Scanning for Cleaner Channels

During setup, consider using Wi-Fi scanning tools to check the spectrum. Applications like WiFi Analyzer can help you spot congested channels and identify cleaner ones.

1.2 Isolating Presentation Bandwidth

For companies with complex networks, it’s a good idea to allocate a separate frequency band just for wireless HDMI transmission. Isolating the G500 from the main network traffic results in fewer disruptions, especially when multiple users are on video calls or transferring large files over Wi-Fi.

2. Adjusting Antennas for Stronger Signal

The position of the antenna matters more than most users expect. Both the transmitter and receiver in the G500 system come equipped with high-gain antennas tuned for 5.8 GHz. To get the best performance, antennas should always point straight up. Even a slight tilt can reduce range significantly.

2.1 Real-World Placement Considerations

In practical setups—like a presentation stage with a large rear display—the transmitter usually sits at the front of the room, while the receiver is mounted near a projector or screen in the back. Make sure there are no glass panels, mirrors, or shiny metal surfaces between them. These can reflect the signal, causing distortion or brief signal drops.

2.2 Avoiding Local Interference Sources

Check your power and lighting cables. Bundles of electrical wires or fluorescent lighting can add unexpected noise to the system. The G500’s transmitter is battery-powered, so you can place it anywhere without worrying about extension cords cluttering the area.

3. Optimizing the Room to Support Signal Quality

In many cases, poor performance has more to do with the room than the device. Packed rooms, metal construction, or uneven placement of equipment can degrade the signal before it even reaches the receiver.

3.1 Elevation and Line-of-Sight

Mount receivers slightly higher than head height to avoid signal blockage from people walking around. Keep other 5 GHz devices—like routers and Bluetooth hubs—at least 2 meters away from any part of the G500 system. This helps prevent radio interference.

3.2 Adjusting for Structural Challenges

If you’re working in a building with steel supports or reinforced glass, remember these materials can reduce signal strength by up to 40%. A small shift in placement—moving the receiver 10–15 centimeters left or right—can sometimes fix flickering screens or audio drops.

3.3 Managing Dense Environments

In crowded venues like trade shows or seminars, human bodies can act as soft barriers to signal. Avoid placing the transmitter at waist height or behind furniture. Instead, elevate it above the audience line-of-sight to maintain signal integrity.

4. Always Run a Signal Test Before Use

It only takes a minute to test the G500 system before your first presentation, but that minute can save you from technical embarrassment.

4.1 Basic Testing Procedure

First, plug the receiver into your display using HDMI. Then, connect power to the receiver using the included USB-C cable. Next, plug the transmitter into your video source and hold the power button for about half a second. The light will blink, and after 5 to 10 seconds, the signal should lock in.

4.2 Movement and Range Testing

Walk around the room with the transmitter and check the screen for smooth video and audio sync. The G500 normally keeps latency under 50 milliseconds in open spaces. If you're using multiple transmitters, verify that switching between them happens instantly without visible lag.

4.3 Multi-Device Simulation

If your environment includes more than one signal source, simulate this setup before the actual use. Connect multiple transmitters, walk each one through its zone, and observe how the system handles handoff and coexistence. This test is especially useful for events with back-to-back speakers or camera feeds.

5. Tips for Long-Term Use and Professional Setup

The charging base that comes with the G500 can hold two transmitters. Once placed into the dock, magnetic connectors start charging immediately—no manual cable handling needed.

5.1 Labeling and Monitoring

You can check battery levels using the four LEDs on the side of each unit. Each light indicates about 25% charge, so you’ll always know when it’s time to recharge. If you’re running several transmitters in the same environment, label them clearly based on their video source—"laptop A," "camera 2," etc. Switching sources mid-meeting is as easy as tapping the pairing button.

5.2 Power and Cable Management

Avoid using a USB hub to power the transmitter. Hubs often provide inconsistent current, which can lead to pairing failures or signal dropouts. For neatness, even in a wireless setup, route your HDMI and power cables cleanly. Keeping everything tidy reinforces the sense of polish your clients and teammates will notice immediately.

5.3 Scheduled Maintenance

Periodically inspect your devices for physical wear, loose connectors, or antenna damage. Recheck firmware updates and power adapters every few months. This ensures your G500 setup continues to perform reliably over time, especially if used frequently in different locations.