Quantum Photonic Imager (QPI®)

The first full-color ≤ 10µm µLED micro display.

Advanced Technology. Patent Protected.

Advanced Technology. Patent Protected.

Ostendo Technologies has invented a novel technology platform based on quantum photonics- how to use the power of light. Ostendo's platform can accelerate the next great opportunities in technology, and the possibilities can touch any industry or part of our lives. Our IP portfolio reflects our experienced team's expertise in electron-photon energy transfer through bandgap tuning and matching.

Full-color

≤ 10µm µLED

micro display with single aperture micro-scale pixels

Collimated light

at source for fewer, simpler external optics

8x

smaller for full color

Peak performance using

78%

of power

200x

more connections per color

1,800+ views

in direct view light field display

Dynamic

color gamut for improved efficiency

Full-color

≤ 10µm µLED

micro display with single aperture micro-scale pixels

Collimated light

at source for fewer, simpler external optics

8x

smaller for full color

Peak performance using

78%

of power

200x

more connections per color

1,800+ views

in direct view light field display

Dynamic

color gamut for improved efficiency

5-10 micron

Full-color single aperture micro-scale pixels.

5-10 micron

Full-color single aperture micro-scale pixels.

The QPI® is the only monolithically integrated light modulation device in the market that can enable the immersive and volumetric display aspects needed to realize both wearable near-eye displays and holographic Light Field Displays.

In-App and In-Use invocation

Software-locked capabilities.

In-App and In-Use invocation

Software-locked capabilities.

Over-the-air software upgrades unlock high spec visual features—like multi-tier streaming light field protocols—and enhance existing ones via a cloud processor.

QPI® Specifications

Image Diagonal  7.34 mm (0.29”)

Pixel Pitch  10 μm nHD5 μm HD

Image Resolution  640 × 360 nHD1280 × 720 HD

Lifetime  >100,000 hrs

Device Dimensions  7 mm × 4.6 mm

All features and specifications are preliminary and subject to change without notice.