When discussing the capabilities of the camera on their mobile devices, smartphone manufacturers often focus most of their emphasis on the number of megapixels. Other camera specifications get very less attention, even though some of them are responsible for most of the hard lifting. Although the number of megapixels is extremely important, it is only one factor among several that determines the general quality of the camera on your smartphone. When it comes to determining the quality of the picture that a camera generates, the image quality is determined by several different camera characteristics, all of which are equally essential. But what exactly are these mysterious camera specifications that nobody seems to be talking about? Read further to learn more about the important camera specifications that you should know about.
What Determines the Quality of a Smartphone Camera
∙ Pixel Size
The pixel size, which should not be confused with the megapixels count, refers to the number of individual pixels or light-capturing blocks that are spread across the surface of the image sensor in a camera. Light is necessary for photography. Because of this, the size of the pixel is also significant. The larger the size of a single pixel, the greater amount of light it can catch, which might result in an image with a higher overall quality.
When you look at a specification sheet in the future, keep in mind that a higher pixel size, which is measured in micrometers (m), is often preferable. A good example of this is the camera of the Honor 90 Lite. You can check out honor 90 lite specs in your browser if you are interested in this smartphone.
∙ Sensor Size
The element of a camera on a smartphone known as the image sensor is responsible for producing images with the light that is captured by the camera. It serves as one of the most important components of the camera found in a smartphone, which is why the size of it is significant. To avoid getting too technical, an image sensor’s ability to take in more light and create a picture of possibly higher quality is directly proportional to the size of the sensor’s photoreceptor array.
∙ Zoom Capabilities both Optical and Digital
The software-based “Digital Zoom” feature on the camera on your smartphone is an effort to make faraway things that are in front of your camera seem to be closer than they are. Most of the time, when you use digital zoom, all that happens is that the image in front of you is cropped, and then the screen of your phone is filled with the piece that was cropped. It involves more cropping than the real magnification of the image. Because of this, photos created simply via the use of digital zoom sometimes have pixelation or a lack of fine details.
∙ OIS (Optical Image Stabilization)
If you’ve ever shot a picture or video while moving, you’ve seen the wobbly, blurry appearance that no one likes to witness. This is because no one wants to watch what seems like motion sickness. Optical image stabilization is the technology that holds the potential to solve that issue.
Occasionally, you don’t even need to be moving to create shaky or motion-blurred films and photographs; sometimes, all that’s required is a tiny movement of your hand to generate it.
Pay Attention to the Specifics That Are Less Common
Most of the time, the camera specifications that smartphone makers highlight on the specifications sheet are not truly what decides the quality of a camera. Most of the tales that are printed in larger fonts with stronger styles are marketing narratives aimed to boost sales.
If you are interested in purchasing a phone for its photography, you need to go beyond what the makers want you to see in their products. Always take into consideration the important specifications that the producers do not emphasize enough.
