Holographic Display in 1010, 1608, and 1615 LED beads
Here’s a precise technical comparison of 1010, 1608, and 1615 LED bead configurations for holographic displays:
Parameter
1010 (P1.0)
1608 (P1.6)
1615 (P1.6)
Dimensions
1.0×1.0mm
1.6×0.8mm
1.6×1.5mm
Pixel Pitch
1.016mm
1.608mm
1.615mm
Density
1010 pixels/m²
780 pixels/m²
625 pixels/m²
Resolution
3840×1280 (4K)
3072×960 (3K)
2560×960 (2.5K)
View Distance
≥0.5m
≥0.8m
≥1.2m
Brightness
2600±150nits
2400±100nits
2200±100nits
Power
180W/m²
165W/m²
150W/m²
Key Selection Guidelines
1010 – Premium Performance
Best for: ✓ High-end retail displays ✓ Interactive Holographic Display (close viewing) ✓ Glasses-free 3D with 176° viewing angle
Small Size: With a compact 1010 package size (usually referring to 1.0mm x 1.0mm), it is suitable for applications where space is limited, such as in some small – sized electronic devices or high – density circuit boards.
High Brightness: Despite their small size, 1010 – type LED beads can achieve relatively high brightness, making them ideal for applications that require good lighting effects in a small area, like indicator lights and backlights for small displays.
Good Color Rendering: They generally have good color rendering properties, which can accurately present the true color of the light, making them suitable for scenarios where color accuracy is required.
1608 – Balanced Choice
Advantages: ✓ 15% cost savings vs. 1010 ✓ Slimmer bead design (0.8mm height) for thinner displays
1615 – Cost-Effective
Ideal when: ✓ Viewing distance >1m ✓ Large video walls (lower pixel density acceptable)
Technical Notes
1608 vs 1615:
1608 provides 20% higher density than 1615 at same pitch (due to rectangular vs square beads)
1615 offers better heat dissipation for 24/7 operation