What I finally came up with that works great is getting a roll of tinted privacy window film from Home Depot and cut out a section to fit my exact screen dimensions. I have sensitive eyes as well and do a lot of work at night so looked into getting a screen protector like the kind used on the old CRTS, but they were too bulky, somewhat costly, and did not work well on my 17.3" laptop. Although those filters will make the screen harder to read from certain angles, it might still be what you need. It made the screen quite noticeably darker. So you alternative is probably a privacy filter. The desktop versions and the old CRT type monitors did not suffer from this limitation. The reason I mention LCD's, TFT's or LED's is because these are the flat panels we all have on our laptops or notebooks and usually are limited and can't be dimmed very low. A must have if you work on your computer at night with very low ambient light. Is there a way to dim my laptop's screen beyond the minimum?ĭimmer is a very small and free piece of software designed to provide brightness reduction on LCD screens, TFT screens and LED screens when it either don't have, or lack proper brightness control. I tried going through the Power Options in the Control Panel (plan brightness already at the lowest settings). I usually just use Fn + Left or Fn + Right to adjust my screen's brightness but the minimum settings are still too bright for me (especially when I'm working at night). Apps that put a grey filter over are not particularly interesting neither from a battery consumption point of view. I have the same problem on my new fp3+: the screen is way too bright while being in a dark room. Could happily live with half of the apparent brightness in the evening, or even less.Īlso the adaptive brightness after about two weeks of usage still manages to overbrighten my screen in almost every situation, so that I need to lower the brightness manually more or less every second time I have my phone in my hand. Lower brightness screen filter app download A "warmer" reddish temperature can greatly reduce eye strain and headaches as blue light is more stimulating to our eyes and our brains. The result is fantastic as it filters out the rays causing eye strain, can be peeled on or off in seconds, and reused as many times as you like (it clings to the screen and doesn't need adhesives or hardware to work.The application redshift-gtk can reduce the screen brightness by filtering out blue light. This will also block some UV and blue light if you don't want to use software or use some strange Linux on which no software works at all :) Technically you can also lower the brightness by wearing sunglasses in front of the PC. Most LED monitors change the brightness via a process called Pulse-width modulation which is really bad for the eyes. One thing to note is that I don't recommend changing the brightness via monitor buttons if the monitor is LED. Iris can do this also but this is not related to the question. One plus of Iris over f.lux is that you automate the brightness reduction based on day and night just like most blue light filter programs do with the color temperature and blue light. Iris and f.lux should work fine because they change the white point of the screen which is better. This method reduces contrast quite a bit and may cause eye problems. Looking at the other answers most programs lower the brightness by placing a transparent overlay filter. This over the maximum brightness is really useful when watching movies for me Here is how brightness on 110% looks like You can go as low as 10% if you enable Extended values, but this is really dark screenĪside from going down you can also go up to 150% brightness. If you set Iris to 50% brightness the screen will look like this Here is a normal screen with Brightness on 100% You can get the biggest possible dim range with Iris.
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