Individual/Gyro
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External Memory
External Memory
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Available External Memory
Available External Memory
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Battery Level
Battery Level
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Battery Health
Battery Health
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Charging Via
Charging Via
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Available
Available
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Not Available
Not Available
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Vendor
Vendor
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Sensor
Sensor
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Device Info
Device Info
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Battery
Battery
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Display
Display
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Memory & Storage
Memory & Storage
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Not Charging
Not Charging
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Not Applicable
Not Applicable
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An accelerometer is an inertial sensor which measures the linear velocity, tilt motion and thereby the orientation of a mobile phone. It also detects the shock/vibration/shake on the device. Basically helps in tracking head movements in VR.
An accelerometer is an inertial sensor which measures the linear velocity, tilt motion and thereby the orientation of a mobile phone. It also detects the shock/vibration/shake on the device. Basically helps in tracking head movements in VR.
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The gyroscope adds an additional dimension to the orientation determined by the accelerometer by tracking rotation or twist. While accelerometer measures linear acceleration of movement, a gyroscope in the mean time measures the angular rotational velocity. Presence of a gyro is absolutely necessary for a seamless VR experience.
The gyroscope adds an additional dimension to the orientation determined by the accelerometer by tracking rotation or twist. While accelerometer measures linear acceleration of movement, a gyroscope in the mean time measures the angular rotational velocity. Presence of a gyro is absolutely necessary for a seamless VR experience.
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Proximity sensor in a smartphone is a hardware based sensor used to determine the nearness of an object. Common uses include detecting the face and locking the screen during phone calls.
Proximity sensor in a smartphone is a hardware based sensor used to determine the nearness of an object. Common uses include detecting the face and locking the screen during phone calls.
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The gravity sensor measures the acceleration effect of earth's gravity on the device enclosing the sensor. It is typically derived from the accelerometer.
The gravity sensor measures the acceleration effect of earth's gravity on the device enclosing the sensor. It is typically derived from the accelerometer.
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The linear acceleration measures the acceleration effect of the device movement, excluding the effect of Earth's gravity on the device. It is typically derived from the accelerometer.
The linear acceleration measures the acceleration effect of the device movement, excluding the effect of Earth's gravity on the device. It is typically derived from the accelerometer.