In training rooms and lecture spaces, wireless screen mirroring is already part of the daily workflow. A presenter walks in, connects a device, and the image appears on the screen without dealing with cables or fixed seating. That same expectation now extends to everyday office work. Teams want desks that stay clean, screens that can be placed anywhere, and a display setup that works the moment it is powered on. Wireless HDMI solutions such as the P10 are designed to meet these needs in real office environments.

1. Common Display Needs in Today’s Office Environment

Modern offices no longer follow a fixed desk layout. Employees move between meeting rooms, shared desks, and temporary workspaces throughout the day. Display solutions must adapt to this movement instead of limiting it.

1.1 Flexible Workspaces and Cleaner Desks

In open offices and shared meeting rooms, traditional HDMI cables often run across desks or floors. This limits where laptops can be placed and creates visual clutter. With a wireless HDMI transmitter and receiver, the cable connection is removed from the workflow.

Using the Lemorele P10, the transmitter plugs directly into a laptop through USB-C, while the receiver stays connected to the display. Once both ends are powered, there is no need to route or adjust cables. The desk stays clear, and the user can place the laptop wherever it feels comfortable.

1.2 Faster Meeting and Presentation Setup

Meeting delays often happen before the presentation even begins. Users search for the correct HDMI cable, test adapters, or troubleshoot signal issues. These small steps can easily add several minutes.

With a wireless HDMI setup, the process becomes consistent. Power on the receiver, connect the transmitter, and wait a few seconds. The P10 automatically recognizes the connection and mirrors the screen without installing software, launching apps, or joining a network. This allows meetings to start on time and keeps attention on the content instead of the setup.

1.3 Support for Daily Productivity Tasks

Office work rarely involves a single display mode. Users frequently switch between screen mirroring and extended display depending on the task. The P10 supports both modes through the operating system’s display settings.

This allows users to mirror slides during a presentation, then switch to extended mode for spreadsheets, design layouts, dashboards, or collaborative reviews. The transition happens on the computer side without changing any hardware connections.

2. Wireless Display Installation Workflow with the P10

The P10 is designed as a plug-and-play wireless HDMI adapter. The goal is to keep the installation process predictable, especially in shared office spaces managed by IT teams.

2.1 System Components and Signal Path

• The system consists of two hardware components.
• The TX transmitter connects to the source device using USB-C.
• The RX receiver connects to the display using HDMI.

Audio and video are transmitted through a point-to-point 5 GHz wireless connection based on the 802.11ac standard. The system does not rely on the office network and does not require internet access.

2.2 Automatic Connection Process

Each P10 kit is paired at the factory. During normal use, no manual pairing is required.

After powering the receiver, a startup screen appears on the display. When the transmitter is connected to the source device, the system completes the connection automatically. Within a few seconds, the image locks in and remains stable.

There is no need to select an SSID, enter a password, or open a pairing application. This behavior is especially useful in meeting rooms where different users connect throughout the day.

2.3 Stability in Real Office Conditions

Office environments often include Wi-Fi routers, wireless peripherals, partitions, and reflective surfaces. These factors can affect wireless performance.

The P10 uses automatic signal balancing to adjust transmission parameters in real time. This helps maintain smooth video output at 1080p and 60 Hz. In open areas, the wireless transmission distance can reach up to 50 meters, providing flexibility in room layout.

3. Common Connection Considerations in Daily Use

Even with a simple workflow, certain practical details affect long-term stability and performance.

3.1 Power Supply and Stability

Both the transmitter and receiver require a 5 V / 2 A power supply. While the receiver may work when powered from a display’s USB port, power output from these ports can be unstable.

Using a dedicated USB power adapter helps prevent screen dropouts, connection delays, or intermittent signal loss. Insufficient power is one of the most common causes of instability in wireless HDMI setups.

3.2 USB-C Video Output Compatibility

The P10 transmitter relies on USB-C video output. The source device must support DisplayPort Alt Mode on its USB-C port.

Most modern laptops and many tablets support this feature. However, USB-C ports that only provide data or charging will not output video. Confirming USB-C video support before deployment avoids unnecessary troubleshooting.

3.3 Latency and User Experience

Wireless HDMI introduces a small amount of delay compared to a wired connection. Under typical office conditions, latency stays within the 50 to 80 millisecond range.

This level of delay is not noticeable during presentations, document editing, or video playback. It is not intended for competitive gaming, but it aligns well with professional and educational use.

3.4 Wall Penetration and Room Layout

The wireless signal supports light obstacles such as glass, wood, or thin partitions. Thick concrete walls or reinforced structures can reduce signal strength.

For best results, the transmitter and receiver should remain in the same room or within an open office area. Keeping a clear line of sight improves stability.

4. Step-by-Step Installation Demonstration

The installation process remains the same across offices, classrooms, and meeting rooms.

4.1 Standard Installation Steps

First, connect the RX receiver to the HDMI input of a monitor, TV, or projector.

Next, power the receiver using a stable 5 V / 2 A USB power source.

Then, set the display to the correct HDMI input and wait for the startup screen.

After that, connect the TX transmitter to the laptop or source device via USB-C.

Within a few seconds, the screen image appears automatically.

4.2 Re-Pairing When Needed

In rare cases, incorrect operation may require re-pairing.

Press and hold the reset pinhole on the receiver for about five seconds until pairing mode appears on the screen.

Then press and hold the reset pinhole on the transmitter until the indicator resets.

Wait for the on-screen “Pair OK” message to confirm the connection.

This restores the original point-to-point pairing.

5. Office Scenarios Where the P10 Fits Best

5.1 Enterprise and IT Departments

Large organizations value consistency. The P10’s fixed workflow, factory pairing, and driver-free operation reduce support requests and simplify deployment across multiple rooms.

5.2 Small Businesses and Startups

For small teams, cost control and speed matter. A single P10 kit replaces long HDMI cables and signal extenders while remaining easy to move between rooms.

5.3 Creative and Design Teams

Design work benefits from clear 1080p output and smooth motion. Wireless display allows flexible screen placement during reviews and brainstorming sessions without compromising visual clarity.

5.4 Education and Training Environments

Instructors can move freely while sharing content. Setup time between sessions is reduced to seconds, helping classes start on time and stay focused.