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

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.

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

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

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

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

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

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

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.

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

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

Measures the force exerted on a surface; offers possibilities for nuanced interactions in AR environments, such as pressure-based control.

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

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

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

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

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

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