P4 vs P6 vs P8 vs P10 Outdoor LED: Distance, Content & Size

P4, P6, P8 or P10: what are you comparing?

Pixel pitch is the centre-to-centre distance between neighbouring pixels, in millimetres. At the same physical screen size, a finer pitch gives you more pixels for text, edges and image detail. Whether that extra detail is useful depends on what people need to read and where they will stand.

These are nearby pitch classes, not interchangeable specifications. A “P6” quotation should identify P6.25 or P6.67 and state the cabinet and complete-screen pixel resolution. Other pitches are available; this table focuses on the four common comparison terms.

Start with the intended viewing positions

Record the nearest position where someone will deliberately watch, the main audience area and the farthest position where a particular message must remain readable. Someone passing directly underneath a high-mounted billboard may not be its intended audience. Account for mounting height, viewing angle and how long the message will be visible.

Seeing individual pixels and reading a message are different tests. A distant viewer may see a smooth image yet struggle with text that is physically too small. A closer viewer may notice pixels while still reading a large price clearly.

Planars vejledning til synsafstand distinguishes visual-acuity estimates from comfortable viewing, which also depends on content and eyesight. Use distance rules as a shortlist aid, then evaluate the proposed content and configuration; a pitch number is not a guaranteed distance in metres.

Check the content that must remain readable

Choose the most demanding frame you expect to show. A short advertising headline, a detailed menu and a timetable place different demands on the same screen. For text, inspect the smallest important characters, their stroke thickness, spacing and contrast—not just the overall image.

• Prices, schedules and small text: compare the critical characters on each candidate’s native pixel canvas. Keep the proposed physical layout consistent when judging pitches.
• Logos and large messages: check whether thin lines and brand details survive scaling. Simplifying the artwork may be more useful than retaining unnecessary fine detail.
• Video: check the source quality, framing and any captions. More display pixels cannot recover detail missing from a low-resolution source.
• Brief viewing opportunities: make the message short enough to recognise. Finer pitch cannot compensate for too much information or insufficient reading time.

A native-resolution preview helps reveal lost strokes and unsuitable layouts. It does not reproduce the screen’s physical size or outdoor viewing conditions on a laptop. Where practical, validate the key content on the proposed configuration at representative positions. Daktronics’ content-preview guidance likewise recommends checking from the target audience’s position.

Calculate native resolution at your screen size

Start with the actual cabinet grid. The example below uses six columns × three rows of standard Square 960: 18 cabinets forming a 5.76 × 2.88 m display. Only the pitch changes; the screen dimensions stay the same.

Multiply cabinet pixels by columns and rows. For P6.67, that is 144 × 6 by 144 × 3, giving 864 × 432 pixels. Use the specified cabinet resolution rather than dividing by the rounded pitch label.

This is a calculated layout, not a field readability test. Its aspect ratio is 2:1, so a 16:9 video needs an agreed treatment: recompose the content, preserve it with unused space, or crop it. Check that captions and essential details remain visible.

A 1080p or 4K input does not change the screen’s physical pixel count. Confirm the selected controller’s input and scaling capabilities separately. Likewise, a larger screen does not automatically need a coarser pitch: increasing size at the same pitch adds pixels, while changing pitch alters how much detail fits into the available area.

Choose standard Square—or FO below P2

Begynd med standard Square 960 when its pitches and cabinet grid meet the project’s viewing and content requirements. Compare standard Square 1000 when a 1000 mm grid or its specific pitches fit better. Its P2.97 and P3.91 options also serve requirements finer than P4.

For an explicit outdoor pitch below P2, vurder FO. The original FO configuration offers P1.25, P1.5 and P1.875. If a request says P1.2, P1.8 or P1.9, confirm the exact pitch and version being specified. Match that version’s brightness and front/rear protection to the actual site exposure.

Selecting a finer pitch does not itself require Square Pro. Consider Pro when its cabinet or environmental configuration fits a separate project requirement. High-brightness and low-temperature options are also available on standard Square by order.

For en nyttig configuration quote, have each proposal state the exact model and pitch, cabinet grid, finished dimensions and native resolution. Then assess the same key content from the intended viewing positions before finalising the configuration.

Emne

P4, P6, P8 and P10 outdoor LED pitch selection

Beslutning

Compare intended viewing positions, critical content and native resolution at the proposed physical size; viewing distance is not a guarantee.

Primær rute

Standard Square 960, with standard Square 1000 as a cabinet-grid and pitch alternative.

Pitch labels

P6-class options include Square 960 P6.67 and Square 1000 P6.25; specify the actual model and pixel count.

Calculated layout

18 standard Square 960 cabinets in a 6 by 3 grid form a 5.76 by 2.88 m, 2:1 display.

Native pixels

At that grid: P4 1440 by 720; P6.67 864 by 432; P8 720 by 360; P10 576 by 288.

Under P2

Original FO offers P1.25, P1.5 and P1.875. Confirm version, brightness and front/rear exposure for the site.

Beviser

Cabinet pixel counts and layout calculations; not a field readability test.