What is Pixel Pitch in LED Display?
Pixel pitch refers to the distance (in millimeters) between the centers of two adjacent pixels on an LED display. Since each pixel is composed of an individual LED, the pixel pitch effectively measures the gap between two LEDs.
For example:
- P5 (or PH5) denotes a pixel pitch of 5mm, meaning the center-to-center spacing between two pixels is 5mm horizontally and vertically.
Key Implications of Pixel Pitch:
- Smaller pitch = Higher pixel density – Reduces the gap between pixels, resulting in sharper images and higher resolution.
- Larger pitch = Lower resolution – Suitable for viewing from greater distances (e.g., outdoor billboards).
Pixel pitch is a critical factor in determining optimal viewing distance and image quality for LED screens.
The Critical Importance of Pixel Pitch in LED Displays
Pixel pitch fundamentally determines an LED display's performance and application suitability through three key relationships:
1. Resolution and Physical Dimensions
Pixel pitch creates an inverse relationship between resolution and screen size:
Same Resolution: Smaller pitch = more compact LED screen
Example: 1920×1080 (Full HD 1080p) resolution LED screen
- P2 LED screen: 3.84m × 2.16m
- P3 LED screen: 5.76m × 3.24m
Same Size: Smaller pitch = higher resolution LED screen
Example: 1.5m × 1.5m LED screen
- P2 LED screen: 750×750 pixels
- P3 LED screen: 500×500 pixels
2. Optimal Viewing Experience
Unlike consumer TVs, LED displays have strict viewing distance requirements:
Minimum Viewing Distance ≈ Pixel Pitch (mm) × 1000
- (e.g., P3 LED screen requires ≥3m viewing distance)
3. Image Quality Parameters
Smaller pitch provides:
- Higher pixel density
- Sharper image quality
- Closer viewing capability
Practical Implications
- Indoor Applications (P1.2-P3): Prioritize smaller pitches for close viewing
- Outdoor Displays (P4-P10): Use larger pitches for cost-effective visibility at distance
This technical relationship makes pixel pitch selection the most crucial decision in LED display specification.
pixel pitch and close viewing distance
3 Key Considerations for LED Display Selection
1. Optimal Viewing Distance Formula
For optimal viewing comfort, the physical separation between audience and LED screen should be proportional to the LED display's pixel pitch.
- Calculation: Minimum Viewing Distance ≈ Pixel Pitch (mm) × 1000
Please check below table for each pixel pitch.
2. Resolution-Pitch-Size
Match pixel pitch to content source:
- 4K content: ≤P2 recommended
- HD content: P2.5-P4 acceptable
- Simple graphics: P4+ sufficient
Size-to-resolution trade off:
- Higher resolution ↔ Smaller pitch ↔ Higher cost
Please click the below "Button" and check the blog for "LED Screen Sizes in 720P, 1080P, 2K and 4K".
3. Total Project Budgeting
Comprehensive cost factors:
- Display panels (50-70% of budget)
- Control system (15-20%)
- Installation/structures (15-25%)
- Contingency (5%): Installation variables
Decision Framework:
- Determine primary viewing distance
- Identify content resolution needs
- Allocate budget across all project components
- Select pitch that balances these factors
Expert Tip: Always specify 10-15% higher resolution than current needs to future-proof your investment, especially for long-term installations.
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