Light-emitting devices that project infrared wavelengths to enable VR/AR tracking sensors to function in low-light or dark environments, enhancing hand tracking accuracy, controller detection, and spatial awareness for immersive experiences.

Semantic Classification

Content

Technology Overview

Purpose

  • Provides illumination for tracking sensors

  • Enables VR in low-light conditions

  • Improves hand tracking consistency

  • Enhances controller sensitivity

  • Expands play area capabilities

    How IR Technology Works

  • Infrared light invisible to human eye

  • VR sensors detect IR wavelengths

  • Illuminates tracking markers and hands

  • Enables accurate movement detection

  • 850nm or 940nm wavelength options

    Consumer Products

    ZyberVR 3W U-Shaped IR Light

  • Two brightness levels available

  • 1.5W for 210-430 ft² rooms

  • 3W for 430-540 ft² rooms

  • Compatible with Quest 3, Quest 2

  • Pico 4 and other headsets supported

    KKCOBVR I2 IR Illuminator

  • Weighs only 6 grams

  • 120° field of view coverage

  • Non-destructive contact design

  • Quest 3/3s dedicated adapter

  • Minimal weight balance impact

    NVNV VR IR Light

  • 120° field of view

  • Independent power source

  • 2,000mAh battery capacity

  • Type-C charging port

  • 4 hours operation per charge

    Apple Vision Pro Integration

    Vrvana Technology Heritage

  • IR illuminators built into device

  • Infrared cameras for spatial tracking

  • Hand tracking enhancement

  • Optic ID iris scanner basis

  • LED-based eye tracking system

    Key Benefits

    Tracking Enhancement

  • Accurate movement translation

  • Smoother hand tracking

  • Consistent gesture recognition

  • Reduced tracking glitches

  • Dark environment compatibility

    Play Area Expansion

  • Clear object visibility in dark

  • Larger play area enablement

  • No room lighting dependency

  • Flexible gaming environments

  • Night-time VR capability

    Technical Specifications

    Wavelength Options

  • 850nm semi-covert IR

  • 940nm fully covert IR

  • Matches sensor spectral sensitivity

  • Invisible to naked eye

  • Camera sensor optimised

    Coverage Considerations

  • Field of view angles

  • Room size compatibility

  • Power output requirements

  • Mounting options available

  • Battery vs wired operation

Provenance