Viewing distance is one of the most important factors when choosing an LED screen. As a general guideline, the minimum distance in meters usually corresponds to the pixel pitch value in millimeters.

A P3.9 screen is best viewed from about 3 meters away, while a P10 screen is designed to be viewed from about 10 meters away. However, other factors also play a role, such as the overall screen size, the type of content, and the required level of detail.

In spaces where the public is very close, such as shop windows or retail interiors, it is essential to use a low pixel pitch. However, outdoors or in large spaces, higher pitches can be used without losing effectiveness.

The price of an LED screen depends primarily on the pixel pitch, whether it's for indoor or outdoor use, and the quality of the components. As a general guideline, the cost typically ranges from €1.200 to €2.500 per square meter, and can be higher for high-end products.

P10 outdoor displays are typically the most economical in the professional market. P6 and P8 displays offer a balance between price and quality. P3.9 displays, the most widely used, fall into the mid-to-high price range, especially for rental solutions. P1.9 models are the most expensive due to their high resolution.

It is important to note that the price of the panel does not include elements such as structure, installation, transport or control system, which may increase the total cost of the project.

Indoor and outdoor LED displays are designed for completely different conditions. The main difference is the brightness level and resistance to environmental factors.

Indoor displays have lower brightness, sufficient for controlled environments without direct sunlight. They offer higher resolution and are used in shops, shopping centers, or meeting rooms. Outdoor displays are designed to withstand rain, dust, and direct sunlight, so they have much higher brightness levels and protection from the elements.

Installing an indoor screen outdoors causes a lack of visibility and drastically reduces its lifespan.

LED and LCD screens have different applications. LED technology is modular, allowing for the creation of large-scale screens without limits, and offers high brightness levels, making it ideal for advertising and long-distance visibility.

LCD screens have a limited size and lower brightness, so they are used in smaller or controlled environments such as offices or indoor signage.

For projects with visual impact, shop windows, events or outdoor advertising, LED technology is clearly superior.

The brightness level is measured in nits and determines the visibility of the screen according to the ambient light.

Indoors, a range of 800 to 1.500 nits is sufficient for good viewing. Outdoors without direct sunlight, between 3.000 and 4.000 nits are recommended. In locations with direct sunlight, values ​​between 5.000 and 7.000 nits are necessary to ensure a visible image at all times.

A screen with insufficient brightness completely loses its effectiveness during the day.

For an LED screen to function, a control system is needed, consisting of a controller and content management software.

The controller receives the video signal and distributes it correctly among the display modules. The software allows for easy management, scheduling, and updating of the content.

There are local control options via direct connection and remote control systems via the internet, allowing content to be updated from any location.

A good control system facilitates management and improves the performance of the installation.

Installing an LED screen requires a suitable structure, a correct electrical connection, and a precise configuration of the control system.

The process includes assembling the metal frame, attaching the LED modules, connecting the wiring, and configuring the system to adjust the image. It is important to ensure adequate ventilation to prevent overheating and guarantee a long lifespan.

Installation errors can cause technical failures and reduce screen performance.

Professional LED displays are designed for continuous operation without the need for regular maintenance. Under normal usage conditions, they do not require constant inspections or technical interventions, making them a highly efficient and reliable long-term solution.

At Ledlemon we work with screens that do not need regular maintenance, as they incorporate high-quality components and systems prepared for intensive use both indoors and outdoors.

Even so, as with any electronic device, occasional malfunctions may occur over time. In such cases, we offer technical support to resolve any issues quickly, including module replacement or specialized assistance.

This allows the customer to not have to worry about daily maintenance, but have the peace of mind of having support when they really need it.

The decision between buying or renting depends on the intended use.

Purchasing is the best option for businesses that use the screen continuously, such as shops, fixed advertising, or permanent installations. Renting is more suitable for events, trade shows, or one-off uses where the investment in ownership isn't justified.

Choosing correctly allows you to optimize your investment and adapt the solution to each project.

LED screens can be fully adapted to the needs of each project, in terms of size, shape, and resolution.

Customized solutions can be designed for facades, shop windows, stages, or special installations. This flexibility allows for the creation of unique visual experiences and maximizes advertising impact.

A custom design ensures that the screen integrates seamlessly into the environment and meets the client's objectives.

The process begins with an analysis of the client's needs, taking into account the location, viewing distance, and type of content. From there, the pixel pitch, screen size, and necessary components are defined.

Manufacturing, shipping, and installation then take place. Finally, the control system is configured and commissioned to ensure proper operation.

A well-defined process prevents errors and ensures efficient installation.

For a shop window, it's essential to choose a screen with a low pixel pitch, as people usually view it from a short distance. This allows for a sharp and attractive image even from just a few meters away.

Brightness is also an important factor to consider. Even indoors, a shop window receives natural light, so a screen with sufficient brightness is recommended to maintain visibility during the day.

Another key factor is design. LED shop window displays must blend seamlessly into the space, with thin frames or even transparent solutions if visibility of the shop's interior is desired.

Choosing an unsuitable screen in a shop window can cause the content to look pixelated or unprofessional, directly affecting the image of the business.

At events, the priority is versatility, ease of assembly, and visual quality. The most commonly used screens have a pixel pitch of 3.9, as they offer a good balance between resolution and performance at different viewing distances.

Rental screens are designed for quick assembly and disassembly, with fast anchoring systems and modular structures. They are also typically more resistant to transport and heavy use.

It's also important to consider the type of event. For large concerts or festivals, higher pitches can be used if the distance is greater. For corporate or indoor events, finer resolutions are recommended.

A reliable control system and proper installation are essential to avoid failures during the event.

The lifespan of a professional LED screen is usually between 50.000 and 100.000 hours of use, although this depends on the quality of the components and the operating conditions.

Factors such as temperature, ventilation, continuous use at maximum brightness, and the quality of the power supply directly influence its durability. An unsuitable environment can significantly reduce its lifespan.

Higher quality screens maintain better color and brightness uniformity over time, which is key in advertising applications.

Working with appropriate configurations allows for a longer lifespan and ensures stable performance for years.