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Captures real-world images; essential for overlaying digital content onto physical environments in AR.

Measures acceleration forces to determine orientation and motion; helps in understanding device movement.

Measures angular velocity; crucial for determining the orientation and rotation of the device.

Detects magnetic fields; used for compass functionality and detecting the orientation of the device relative to Earth's magnetic field.

Detects the presence of nearby objects without physical contact; used to turn off display when users get close to avoid unnecessary interaction.

Measures ambient light to adjust the display brightness accordingly; provides a better AR experience by controlling the luminance of virtual overlays.

Provides geolocation and time information; fundamental for location-based AR experiences.

Measures the distance to objects and constructs 3D maps of environments; important for spatial understanding and interaction in AR.

Uses sound waves to measure distance from an object; suitable for close-range detection and localization in AR applications.

Detects heat and translates it into visible images; can be utilized in AR for specialized applications such as medical or maintenance training.

Calculates depth based on the time it takes for light to travel from the sensor to an object and back; fundamental for creating real-time 3D models of environments.

Measures atmospheric pressure; assists in altitude determination which can enhance vertical location tracking in AR.

Captures sound; allows for voice commands and audio analysis, improving the interaction with AR systems.

Detects magnetic fields; can signal when a foldable or flip-style AR device is opened or closed.

Emits and detects infrared light to establish spatial relationships; employed in hand tracking and remote control within AR systems.

Uses light detection and ranging to measure distances and create high resolution maps of the environment; enhances AR by adding accurate spatial context.

Gathers data on human physiological traits; useful for personalized and secure AR experiences.

Detects changes in pressure, acceleration, temperature, strain, or force by converting them to an electrical charge; can be leveraged in haptic feedback devices.

Counts the steps taken by the user; helps in fitness and health tracking within AR applications.