New or Used P2.5 vs. P3 vs. P4 LED Display: How to Choose?

When you are looking for LED displays, you might hear terms like P2.5, P3, and P4. What is the meaning? These numbers represent the pixel pitch, which is the distance between individual pixels or LEDs on the screen, measured in millimeters. To put it simply, P2.5 has a pixel pitch of 2.5mm, P3 has 3mm, and P4 has 4mm. But what does this mean for your display quality and performance, and which one should you choose for your indoor space?

Why pixel pitch is Important?

The pixel pitch determines how densely the pixels are packed on the LED screen. The Smaller pixel pitches and the more pixels per square meter, resulting in higher resolution and better image quality. Larger pixel pitches, on the other hand, are better suited for viewing from a greater distance.

Comparing P2.5, P3, and P4

When it comes to choosing the right indoor LED display for your project, you’ll have better choose the P2.5, P3, or P4. Let’s break down the differences between these options.

P2.5 LED Display:

  • Pixel Pitch: 2.5mm
  • Pixel Density: 160,000 pixels per square meter
  • Best Viewing Distance: 2-20 meters
  • Price: Relatively high

The P2.5 LED display offers exceptional clarity and high resolution. It’s suitable for applications where pixel density and image quality are of utmost importance. The best viewing distance falls within the 2-20 meter range, making it ideal for large indoor spaces or venues where viewers are relatively close to the LED screen. However, it comes at a higher cost compared to P3 and P4 Indoor LED screens.

P3 LED Display:

  • Pixel Pitch: 3mm
  • Pixel Density: Approximately 111,111 pixels per square meter
  • Best Viewing Distance: 4-20 meters
  • Price: Moderate

The P3 LED display has a balance between image quality and affordability. With a pixel pitch of 3mm, it offers clear visuals and is suitable for viewing distances ranging from 4 to 20 meters. This option is a popular choice for many indoor applications as it provides a good compromise between quality and cost.

P4 LED Display:

  • Pixel Pitch: 4mm
  • Pixel Density: 62,500 pixels per square meter
  • Best Viewing Distance: 5-13 meters
  • Price: Cost-effective

P4 Indoor LED displays are the most commonly used in the market. They offer a pixel density of 62,500 pixels per square meter and are well-suited for viewing distances of 5-13 meters. Not only are they budget-friendly, but they also provide satisfactory image quality for everyday use. The larger pixel pitch is perfect for situations where viewers are further away from the screen.

How much does P2.5-P4 Indoor LED Display Cost?

The price of LED displays varies depending on factors such as manufacturer, specification, size, technology, etc. The price is between 300 USD/square meter and 1,800/square meter for P2.5 to P4 indoor LED display.

Generally speaking, the smaller the pitch of the LED display, the higher the price. For example, the price of P2.5 indoor LED display is about 800 USD-1,800 USD/per square meter, while the price of P3.91 indoor LED display is about 450 USD- 800 USD/per square meter.

P2.5 vs. P3 vs. P4 Indoor LED Display: Making the Right Choice

So, which LED display should you choose? The decision should depend on several factors, including your usage environment, budget, and specific requirements:

If you need the highest resolution and image quality and have the budget for it, P2.5 is the way to go.

For a balance between quality and cost, the P3 indoor LED display is a popular choice for various indoor applications.

If you’re on a tight budget and your viewers will be at a moderate distance from the LED screen, P4 offers excellent value for money.

It’s important to remember that the best choice isn’t always about going for the highest pixel pitch. The right LED display will meet your unique needs and provide the best viewing experience for your audience.

Alternative Options

In addition to considering brand new LED displays, if you have limited budget but still desire high-quality LED display visual solutions, you can consider using used LED screens. For example, IAMLEDWALL, a reputable used LED video wall supplier, provides a full range of top-notch second-hand LED screens at reasonable prices.

Their used LED displays will be a cost-effective way to achieve your visual goals without compromising on quality. IAMLEDWALL and similar providers specialize in refurbishing and reselling used LED screens. These Used LED screens often come from various sources, such as Absen, Golshine and Leyard, making them a sustainable and budget-friendly choice.

By choosing their used LED screens, you can enjoy several benefits:

Cost Savings: Used LED displays typically come at a fraction of the cost of new ones, allowing you to allocate your budget more efficiently.

High Quality: Reputable used led screen providers like IAMLEDWALL ensure that their second-hand screens undergo thorough inspections and maintenance to guarantee optimal performance and longevity.

Environmental Considerations: By choosing used LED displays, you are contributing to a more sustainable and eco-friendly approach, as these LED screens are given a second life rather than ending up as electronic waste.

Variety and Customization: Their Used LED displays are available in various sizes and specifications, providing flexibility when you choose the right screen that suits your specific needs.

Related Article:

P3 vs. P4 vs. P5 vs. P6 LED Display Wall

In conclusion

When you buy indoor LED displays, P2.5, P3, and P4 indoor LED displays are available on the market. Each of these options has its own advantages, and selecting the one that suits your needs will ensure that your indoor application. 

In addition, if you have a limited budget and want high-quality LED screens, you can also consider second-hand LED displays, such as IAMLEDwall, which provides a full range of high-quality used LED screens at a reasonable price. These high-quality LED screens will create an immersive and visually appealing experience for your audience, whether they’re up close or at a distance.