0.13 inch AR MicroLED Display Module

Smallest VGA Display Panel

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0.13 inch 640*480 Monochrome MicroLED
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https://visglass.com:443/product/228-ar-microled-013inch.html
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Category: MicroLED Panels

Features

Frequently Asked Questions

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MicroLED vs Micro OLED: Which is Better for AR Smart Glasses? +

MicroLED and Micro OLED represent two distinct approaches for AR display applications. The 0.13 inch MicroLED module offers ultra-high brightness (potentially exceeding 1 million nits), significantly higher than Micro OLED typical 1,500-3,000 nits. This makes MicroLED ideal for waveguide-based AR glasses that require high brightness to overcome optical losses. However, MicroLED technology is less mature and currently limited to monochrome displays for AR applications. Micro OLED offers full-color capability but with lower brightness output. For monochrome AR overlays and high-brightness applications, MicroLED is preferred; for full-color AR designs, Micro OLED remains the practical choice.

Why is High Brightness Critical for AR Smart Glasses? +

AR smart glasses using waveguide optics require significantly higher display brightness compared to VR headsets. Light must pass through the waveguide combiner, losing 90-99% of brightness in the process. The 0.13 inch MicroLED module ultra-high brightness output compensates for these optical losses, ensuring visible AR content even in bright outdoor environments. This makes MicroLED essential for all-day wearable AR glasses where ambient light conditions vary.

What are the Advantages of MicroLED for Compact AR Designs? +

The 0.13 inch MicroLED panel enables extremely compact AR optical engine designs. With self-emitting pixel technology and no backlight requirement, MicroLED modules achieve smaller form factors than equivalent Micro OLED panels. The 640x480 resolution at micro-scale pixel density provides sufficient detail for AR overlay applications while minimizing power consumption and heat generation—critical for comfortable all-day AR wearability.

Can VISGLASS Integrate MicroLED Modules with Waveguide Optics? +

Yes, VISGLASS provides comprehensive integration services for the 0.13 inch MicroLED module with waveguide-based AR optics. We can design and manufacture compact light engine assemblies that optimize brightness coupling efficiency between the MicroLED source and waveguide combiners. Our engineering team has experience with multiple MicroLED suppliers offering different specifications and pricing options to match your project requirements. We support various waveguide technologies including diffractive and reflective designs.

Can VISGLASS Customize MicroLED Optical Modules for Our AR Glasses Project? +

Yes, VISGLASS offers comprehensive customization for MicroLED optical modules and driver boards. We provide optical system design, light engine assembly, custom PCB driver boards, and complete integration services. Unlike display module manufacturing, we specialize in optical module customization including brightness optimization, coupling efficiency tuning, and thermal management for your specific waveguide design. We also provide firmware development and calibration for driver boards, ensuring optimal performance of your MicroLED-based AR glasses.