The focal length is a measure of how a lens converges light. It can be used to know the magnification factor of the lens and given the size of the sensor, calculate the angle of view. A standard reference used for comparisons is the 35 mm format, which is a sensor of size 36×24 mm. A standard wide angle lens would have around 28 to 35 millimeters based on the 35 mm format.
The smaller the number, the wider the lens is.
CloseThe focal length is a measure of how a lens converges light. It can be used to know the magnification factor of the lens and given the size of the sensor, calculate the angle of view. The native focal length of the sensor cannot be used for comparisons between different cameras unless they have the same size. Therefore, the focal length in 35 mm terms is a better reference.
For the same sensor, the smaller the number, the wider the lens is.
CloseIndicates the type of image stabilization this lens has:
The horizontal field of view in degrees this lens is able to capture, when using the maximum resolution of the sensor (that is, matching the sensor aspect ratio, and not using sensor cropping).
CloseThe vertical field of view in degrees this lens is able to capture, when using the maximum resolution of the sensor (that is, matching the sensor aspect ratio, and not using sensor cropping).
CloseShows the magnification factor of this lens compared to the primary lens of the device (calculated by dividing the focal length of the current lens by the focal length of the primary lens). A magnification factor of 1 is shown for the primary camera, ultra-wide cameras have magnification factors less than 1, and telephoto cameras have magnification factors greater than 1.
ClosePhysical size of the sensor behind the lens in millimeters. All other factors being equal (specially resolution), the larger the sensor the more light it can capture, as each physical pixel is bigger.
CloseThe size (side) of an individual physical pixel of the sensor in micrometers. All other factors being equal, the larger the pixel size, the better the image quality is. In this case, each photoreceptor can capture more light and potencially can better differential the signal from the noise, yielding better image quality, specially in low-light.
CloseThe maximum picture resolution this sensor outputs images in JPEG format. Sometimes, if the sensor can also provide images in RAW (DNG) format, they can be slightly larger because of an additional area used for calibration purposes (among others). Unfortunately, firmware restrictions for third-party apps also mean that the maximum picture resolution exposed to third-party apps might be considerably lower than the actual resolution of the sensor, therefore the resolution shown here is the maximum resolution third-party apps can access from this sensor.
CloseThe available output picture formats this camera is able to deliver:
The focusing capabilities of this camera:
It displays whether this lens can be set to focus at infinity or not. Even if the camera supports autofocus and manual focus, it might happen that the focus range the lens is able to adjust to does not include the infinity position. This property is important for astrophotography, as in such low-light scenarios the automatic focus does not work reliably.
CloseThe distance from which objects that are further away from the camera always appear in focus. Therefore, if the camera is set to focus at infinity, any object further away from this distance will appear in focus.
CloseThe range of supported manual exposure in seconds (minimum or shortest to maximum or longest). This camera might support exposures outside this range, but only in automatic mode and not in manual exposure mode. Also, note that this range is the one third-party apps have access to, as often the first-party app preinstalled on the phone by the manufacturer might have privileged access to the hardware and offer longer or shorter exposures times.
CloseThe range of supported manual sensitivity (ISO). This camera might support ISO sensitivities outside this range in automatic mode. Also, note that this range is the one third-party apps have access to, as often the first-party app preinstalled on the phone by the manufacturer might have privileged access to the hardware and offer an extended manual sensitivity range.
CloseThe maximum ISO sensitivity possible in manual mode is usually reached by using digital amplification of the signal from the maximum supported analog sensitivity. This information, if available, will let you know what is the maximum analog sensitivity of the sensor.
CloseThe data on this database is provided "as is", and FGAE assumes no responsibility for errors or omissions. The User assumes the entire risk associated with its use of these data. FGAE shall not be held liable for any use or misuse of the data described and/or contained herein. The User bears all responsibility in determining whether these data are fit for the User's intended use.