It happen many times when you need to take a clear photo at night. So today I will share some settings for your mobile phone to take good picture at night.
We’ve had night modes in cameras phone apps for a while, but to be honest, they have never really made that much difference to the end result. Now, however, with the release of Google’s new Pixel 3 and 3XL, the goalposts have well and truly been moved. Night Sight, as the mode is called, is about to roll out to Pixel users and those who have gotten early access have experienced some pretty incredible results. You can see a comparison of what our Italian Editor, Luca, was able to do with it.
Night Sight takes multiple exposures and then combines them to create a better result and reduce noise in the photo. Huawei has a similar Night Mode, but from our experience, it does not yield results quite as good as this. The AI tends to kick in a little too early for our liking. Using one of the methods below might be better.
Whether you’ve tinkered around with ISO values before or not: you must have encountered the term at some point. To produce a bright picture in low light using a small sensor, you can simply amplify the image sensor’s light sensitivity. The camera app does this by itself when taking pictures in automatic mode.
However, greater ISO sensitivity also produces greater read errors that manifest themselves as image noise, loss of detail and washed-out colors, among other things. In short: the pictures are indeed bright and mostly sharp, but they’re not really presentable most of the time.
If your smartphone doesn’t let you manually adjust ISO sensitivity, there are different apps you can use instead. Camera FV-5 Lite (Android) or Pro Camera (Apple), for instance, offer numerous settings options. Unlike the iPhone, however, most Android smartphones and their camera apps offer numerous manual options.
More light is required to keep the sensor sensitivity low (and hence reduce image noise). As silly as it may sound, this can be achieved by adding sources of light to the subject. The smartphone’s integrated photo LED is always available here. Many modern phones even have several LEDs to adjust the flash’s light color to the environmental lighting. It’s quite effective at preventing color casts and the images look decent.
However, these integrated camera LEDs also have their drawbacks. The flash from the camera’s line of sight eliminates all shadows – often making the subject look very two-dimensional and even “flat”. Therefore, the integrated flash should only be used when absolutely necessary.
In most cases, however, there are other options to ensure more light. If you take a picture of a moving object, then the location changes. When taking a portrait, take a few steps over to the nearest street lamp, or to a brighter corner of the bar. Take steps to ensure that light does not come directly from above to the greatest extent possible, since that casts awful-looking shadows on the face.
Longer exposure time
If you can no longer add any light to the subject, then you must give your smartphone more time. A longer exposure time lets the image sensor “see” the subject longer and gather more photons. As well as brighter photos, it also has an additional effect: Anything that moves is blurry. In the worst-case scenario, it causes blurry shots, but it also for example, turns passing cars into long trails of light.
To increase the exposure time, you need the manual mode, often called “pro mode” or something similar. This questionable option is called shutter speed, exposure time or is simply and poignantly abbreviated with “S”. Most smartphones in automatic mode take pictures at a maximum speed of 1/10 second – longer exposure times require you to keep your hand very very still or else the shots will come out blurry.
Passing trams and cars or fireworks in the sky turn into beautiful traces of light at two to eight seconds. To depict a landscape illuminated by the moon, you may need to use a 30-second exposure time, which is the maximum in many camera apps. If the images turn out too bright at longer exposure times, you must ensure that the ISO sensitivity is set to “automatic” or to a low value. If that doesn’t help, then the subject is quite simply too bright and you need to correct it by decreasing the exposure time.
Of course, for long exposure times, it’s extremely important that the smartphone does not move during the shot. To do this, you can either fix or lean your phone on something, or use an accessory, which brings us to our next point.