I've pursued that eInk life style for about a decade now :) My best setup is with a Dasung Paperlike, but in practice the ergonomics keeps me from using it often (too many things to carry outside and setup). What I hope to see one day is a Linux friendly laptop with an eInk display (frontlit for extra bonus [1]). I wouldn't use it as a replacement, but for quickly grabbing when spending a few hours outside. Maybe Framework or MNT Reform could do it?
[1] the Dasung has multiple settings for the backlight and it's an absolute necessity for using it indoors.
EDIT: backlit -> frontlit, silly me.
ADD: PineNote is also promising as it support BLE and thus could be used with remote keyboard/mouse.
The boox refresh rate is not adequate for anything besides regional (text) updates. I have used the max, max2 and the mira and they have all been pisspoor for anything besides wordprocessing.
VNC and RDP have mostly been better as these protocols understand regional changes more than the Toshiba HDMI converter chip they use.
My Dasung Paperlike is a monitor also. In practice it's not a great solution for me compared to laptop (self-contained, batteries included). An external monitor (incl. the Boox) is quite impractical to lug around and set up.
Wow, this is great! I've been hoping for eInk with good refresh for years, and seeing it in action in your demo is very cool.
> The screen can refresh up to 30 times per second, this will degrade the eInk display rapidly. Do not use with fast changing content like videos.
Have you noticed the degraded display in your Kobo? I imagine it's not uniform across all pixels, since editing would mostly be localized to your cursor area (though scrolling and other actions would be wider). I'd also be interested in hearing what the timeline looked like for the quality drop, since it sounds like it's a function of the total number refreshes for each pixel.
I haven't noticed any degradation, but I put the warning up just in case. There is research suggesting that the ink "drops" stick together or break up after so many refreshes.
You can quickly skim this page for more info (the title should be findable on libgen): sciencedirect.com/science/article/pii/S0030399217315487
A comment in the video says that the framerate is being held back primarily by network latency. Would something like mosh, which immediately updates local state based on how it thinks your input will change the state (and then applies any necessary corrections once the network round trip happens) help here? I guess it would only apply to text-based sessions, but it sounds like there's already a recommendation against using it for video content.
I'm also curious as to what display damage high-speed refresh causes, and what reasonable guidelines at avoiding this might be. I have an Onyx BOOX Max Lumi, whose display is excellent, and do very occasionally watch video. (More often I'll simply play the audio via mpv in Termux.)
Note that even electrical displays can suffer burn-in, with CRT, LCD, and LED screens all exhibiting this. (I'm unsure about plasma displays, as I don't understand that technology.)
Exactly what I've been wanting to do, use it as a display for emacs with a bluetooth keyboard. Don't mind if it has to pass through my laptop. Does anyone know how to do something similar with the reMarkable 2?
I did this once, with a shared terminal via screen or tmux (and thus not VNC). You can install https://github.com/Eeems-Org/oxide and a terminal application via the toltec repoitories and then ssh (or mosh) from remarkable to the device that has the keyboard.
I've pursued that eInk life style for about a decade now :) My best setup is with a Dasung Paperlike, but in practice the ergonomics keeps me from using it often (too many things to carry outside and setup). What I hope to see one day is a Linux friendly laptop with an eInk display (frontlit for extra bonus [1]). I wouldn't use it as a replacement, but for quickly grabbing when spending a few hours outside. Maybe Framework or MNT Reform could do it?
[1] the Dasung has multiple settings for the backlight and it's an absolute necessity for using it indoors.
EDIT: backlit -> frontlit, silly me.
ADD: PineNote is also promising as it support BLE and thus could be used with remote keyboard/mouse.
I just heard about them recently and am curious how the final result will look like.
Thanks, that could be just the thing.
https://shop.boox.com/products/maxlumi
https://old.reddit.com/r/Onyx_Boox/comments/hk7d5v/onyx_is_v...
> The screen can refresh up to 30 times per second, this will degrade the eInk display rapidly. Do not use with fast changing content like videos.
Have you noticed the degraded display in your Kobo? I imagine it's not uniform across all pixels, since editing would mostly be localized to your cursor area (though scrolling and other actions would be wider). I'd also be interested in hearing what the timeline looked like for the quality drop, since it sounds like it's a function of the total number refreshes for each pixel.
I haven't noticed any degradation, but I put the warning up just in case. There is research suggesting that the ink "drops" stick together or break up after so many refreshes.
You can quickly skim this page for more info (the title should be findable on libgen): sciencedirect.com/science/article/pii/S0030399217315487
https://www.youtube.com/watch?v=24srQXX81Ochttps://www.youtube.com/watch?v=CxwceUvxlCo
But all e-ink devices I have seen since were slow and would form time to time show remanence.
Try to solve the world climate and energy problems first
https://sarata.com/manpages/bb.1.html
Here videoed off an emissive display: https://yewtu.be/watch?v=WubDqdV2r9k
And what seems to be a direct screen capture: https://yewtu.be/watch?v=JFFJYJ6QkME
I'm also curious as to what display damage high-speed refresh causes, and what reasonable guidelines at avoiding this might be. I have an Onyx BOOX Max Lumi, whose display is excellent, and do very occasionally watch video. (More often I'll simply play the audio via mpv in Termux.)
The particles in a pixel could deform/burst or clamp together over time, as they move around. Both scenarios lead to decreased contrast.
The less they move the longer the screen will last. I've no experience with the manufacture of those displays but I reason with physics.
Note that even electrical displays can suffer burn-in, with CRT, LCD, and LED screens all exhibiting this. (I'm unsure about plasma displays, as I don't understand that technology.)
1. https://github.com/timower/rM2-stuff/tree/master/apps/yaft
You can install any app on this device. I find it's acceptable to code with web-ides like replit.com. But my main usage is reading and note taking.
[1] https://www.pine64.org/pinenote/