Unfortunately this model seems to be sold out or perhaps even discontinued (until the European 4900U version becomes available maybe). Meanwhile, the E14 Gen2 14 is very similar in both specs and price.
Unfortunately this model seems to be sold out or perhaps even discontinued (until the European 4900U version becomes available maybe). Meanwhile, the E14 Gen2 14 is very similar in both specs and price.
I'm kinda surprised how many people set their screens to 100 % brightness (300-400 nits for most screens) on their desktop. I find that blinding and very uncomfortable. That also seems to be a reason why people complain so much about IPS bleed and glow; using the screen near full brightness in a dark room for gaming or movies. Personally I find the "0 %" setting on some screens where that's around 50 nits too bright for that (ahem LG).
https://news.ycombinator.com/item?id=24316728 is a recent comment chain about this stuff.
Some people say they'd like ambient light sensors, but I'm not sure I'd wanna use something like that. Sometimes I do find the changing brightnesses on mobile devices irritating.
Changing this directly in the OS would be a better UX, though.
I think I'd quite like something which adapted brightness and contrast to ambient light as well as the brightness and contrast of what's on screen. With mobile devices this can be a pain as you move around and in and out of shadows, but I feel it could work a lot better on a desktop display. The display could even have the light sensor on its back so it can work out what its backdrop looks like.
On linux I use ddccontrol to control the brightness on all displays at once (using a simple for loop in the terminal).
I plan to write a script for it that would allow me to bring up a dialog and enter brightness from just a shortcut, but this is good enough til that itch comes.
I'm sure there are alternatives to all operating systems.
>There is a problem with "cheap" monitors and DDC/CI: some of them use EEPROMs to store brightness settings, and this limits you to about 100,000 writes. Worrying about this is the main reason we don't ship DDC/CI with f.lux. (I know that some more modern monitors use NAND and don't have limitations like this.)
You can display the current brightness in the notification area, hover over it with your mouse, and use the scroll-wheel to adjust it. I really like it.
Still, it's a nice demonstration of what you can do with DDC, and just about anything is better than the crappy physical controls on monitors.
Maybe it interests somebody.
Did not work through an HDMI switcher but works fine when directly connected.
Super cool, you can even link multiple monitors together to control the "global" screen brightness at once.
Not everyone knows that this impacts your eyes. Someone called me and asked if I know anything about glasses that would restrict blue light and make his eyes feel better. After telling a thing about f.lux, we ended ended up finding out that brightness was at 100%. He lowered to 50% and said: thank you, much better.
Aside from blue light, is it bad for your eyes just because of the brightness level? Is there any kind of objective measure of how bright is "safe"? And if so, is there any way of knowing how many nits a monitor is emitting?
This effect isn’t nearly as strong on my phone’s OLED. With that, I can turn brightness down quite a long way and still have great color and contrast.
OLED/microLED desktop monitors can’t come soon enough.
A secondary reflective screen on the outside of a laptop might be the better solution, but from what I remember reflective screens usually don't have good colors. The last TFT reflective screen I remember has been hard to find an outdoor picture of although.
It's nothing like that. People do read books outside. They don't use laptops outside. (Statistically speaking.) "Meeting people where they are" means two very different things in those different contexts.
> reflective screens usually don't have good colors
Yes, you have to pick your tradeoffs. If you want an outdoor-viewable screen, that will probably mean some sacrifice in refresh time, resolution and/or color gamut. This is why the only place you do find reflective screens is dedicated e-book readers. Brighter transmissive screens are not a solution in this problem space, so this use case does not justify them.
Sadly, anything below 50-60% and I notice the PWM, sort of flickering, and it's really tiring - I know I'm not buying the most expensive stuff but I'd like them to use better backlight controllers.
Whatever dark forces AMD aligned itself with for the latest chips was worth it.