What is the difference between P1.2/P1.5/P2/P2.5/P3 indoor led display screen? --- JYLED

The differences between P1.2, P1.5, P2, P2.5, and P3 indoor LED displays primarily revolve around pixel pitch, which impacts resolution, optimal viewing distance, application, and cost. Here's a breakdown:

1. Pixel Pitch & Resolution
P1.2 (1.2mm):
-Highest resolution (smallest pitch).
-Ideal for ultra-close viewing (0.6–2.5 meters).
-Used in premium settings like luxury retail, control rooms, or small meeting rooms.
-Most expensive due to high pixel density.

P1.5 (1.5mm):
-Slightly lower resolution than P1.2 but still sharp for close proximity (0.75–3 meters).
-Common in corporate lobbies, showrooms, or broadcast studios.
-Balances cost and quality for detailed content.

P2 (2mm):
-Moderate resolution for medium distances (1–4 meters).
-Popular in conference halls, classrooms, and mid-sized event spaces.
-More affordable than P1.5 while maintaining clarity.

P2.5 (2.5mm):
-Lower resolution suited for larger indoor spaces (1.25–5 meters).
-Found in theaters, large lobbies, or houses of worship.
-Cost-effective for broader viewing areas.

P3 (3mm):
-Lowest resolution in this range, best for longer distances (1.5–6 meters).
-Used in airports, exhibition halls, or stadium concourses.
-Most budget-friendly but pixelation visible up close.

2. Key Differences Summary
Parameter P1.2 P1.5 P2 P2.5 P3
Pixel Pitch 1.2mm 1.5mm 2mm 2.5mm 3mm
Resolution Ultra-HD High Medium-HD Medium Standard
Viewing Distance 0.6–2.5m 0.75–3m 1–4m 1.25–5m 1.5–6m
Cost Highest High Moderate Low-Moderate Lowest
Use Cases Luxury retail, control rooms Corporate lobbies, studios Conference rooms, classrooms Theaters, churches Airports, large venues

3. Other Considerations
-Content Type: Smaller pitches (P1.2–P2) are better for text/fine details; larger pitches (P2.5–P3) suit video/large graphics.
-Screen Size: Larger screens with smaller pitches require more LEDs, increasing cost and complexity.
-Power/Heat: Smaller pitches consume more power and generate more heat due to higher LED density.
-Viewing Angle: All indoor LEDs typically have wide viewing angles (over 140°), but smaller pitches maintain clarity at sharper angles.

Rule of Thumb: Optimal viewing distance ≈ Pixel pitch (mm) × 500~1000.
Example: P2.5 is best viewed from 1.25~2.5 meters away
(2.5 × 500 = 1250mm to 2.5 × 1000 = 2500mm).

Choose based on viewing distance, budget, and content needs to balance quality and cost effectively.

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