Earlier quoted context omitted.
From wikipedia: "As of 2015, the IMOD Mirasol display laboratory in Longtan, Taiwan, formerly run by Qualcomm, is now apparently run by Apple." So even if something comes out of it - it would be probably just locked into apples garden.
That’s just Apple reusing the physical factory not the tech. Qualcomm completely abandoned the technology and couldn’t find anyone to license it.
How E Ink developed full-color e-paper
81–90 of 208 posts
Re: How E Ink developed full-color e-paper
#82This is second hand info, so sorry if it's totally wrong, I'll edit this: E-ink tech is great, but patents and other paper-limitations are slowing down developments of cheap e-ink devices devices, and e-ink will become "great again", when patents expire. I personally see many, many usecases of e-ink all around me, but the prices are way too high for anything that is not either really small or a repurposed old existin…
Yeah, I'd love a mechanical keyboard where each individual keycap was its own E-ink display. This would let you change layouts on the fly and have it reflected on the keys.
Re: How E Ink developed full-color e-paper
#83The article misses a significant device: Onyx Nova 3. The major difference between its prior color offering (poke 2) is the integration of a Wacom layer that makes this very good for note taking. The other hardware and software improvements appear to be incremental. Of particular note with all Onyx readers is that they run Android, opening up the ecosystem of the Play store and particularly your note-taking app of ch…
I have a Boox Nova 2 and can mostly recommend it. It's true that Onyx violates the GPL and has some privacy concerns around it, but on the upside the bootloader is unlocked by default and you can root the system fairly easily, allowing you to install a firewall restricting some of the phoning home ( https://blog.tho.ms/hacks/2021/03/27/hacking-onyx-boox-note-... ). I'm beginning to use it as a general purpose Android…
Having tried the Onenote mode it's a bit of a hack and doesn't feel great to use.
Re: How E Ink developed full-color e-paper
#84Every time an E Ink article is posted the patent defeatism is inevitable. I’m curious if there are other techniques to implement reflective(?) displays being explored that wouldn’t fall within the scope of E Ink’s defensible moat, or, if their parents are simply so broad as to stifle most hopes of accessible solutions and broader consumer/professional adoption. Frankly, I’m quite sick of straining my eyes and circadi…
Have you seen Dasung's Paperlike 253 monitor? [1]: https://www.youtube.com/watch?v=_aUizYZNbAE
No doubt there are manufacturers around the world who are exploring quality general-purpose reflective displays for consumer applications, the tech has been around for some time. I could be mistaken but it seems more a question of commercial viability rather than technical capability
Re: How E Ink developed full-color e-paper
#85I wish I knew how to take that output (a really annoying table format) and process it into an outline, though. That would be a real game-changer for me!
Re: How E Ink developed full-color e-paper
#86Earlier quoted context omitted.
Yeah, I'd love a mechanical keyboard where each individual keycap was its own E-ink display. This would let you change layouts on the fly and have it reflected on the keys.
This claims to be shipping in March: https://www.indiegogo.com/projects/nemeio-the-customizable-g...
Re: How E Ink developed full-color e-paper
#87Earlier quoted context omitted.
Qualcomm are sitting on a reflective display technology "mirasol" that: 1. Doesn't hit E-ink's patents 2. Is colour 3. Has fast lcd-like refresh rates The reviews of the few devices that were made were excellent. The main problem seemed to be the quality of other aspects of the devices that featured them. I find it incredibly frustrating that this hasn't made it into the mainstream.
From wikipedia: "As of 2015, the IMOD Mirasol display laboratory in Longtan, Taiwan, formerly run by Qualcomm, is now apparently run by Apple." So even if something comes out of it - it would be probably just locked into apples garden.
Re: How E Ink developed full-color e-paper
#88This is second hand info, so sorry if it's totally wrong, I'll edit this: E-ink tech is great, but patents and other paper-limitations are slowing down developments of cheap e-ink devices devices, and e-ink will become "great again", when patents expire. I personally see many, many usecases of e-ink all around me, but the prices are way too high for anything that is not either really small or a repurposed old existin…
Yeah, I'd love a mechanical keyboard where each individual keycap was its own E-ink display. This would let you change layouts on the fly and have it reflected on the keys.
Re: How E Ink developed full-color e-paper
#89This is second hand info, so sorry if it's totally wrong, I'll edit this: E-ink tech is great, but patents and other paper-limitations are slowing down developments of cheap e-ink devices devices, and e-ink will become "great again", when patents expire. I personally see many, many usecases of e-ink all around me, but the prices are way too high for anything that is not either really small or a repurposed old existin…
There are areas where I am more skeptical of how patents are used (see: publicly funded medical research that creates privately owned patents), but I just don't see this as a problem in this case. This isn't an essential technology - it's a nice addition to our display options. There's every reason to believe that new tech has actual new costs associated with it and that inventions might require elevated rates to mak…
By them owning the patents to e-ink, others that might contribute and advance the technology are blocked out all together.
To me, it's reasonable to simply cut the tech patent timeframe. Rather than 20 years, what if we moved it back to 15, 10, or 5 years?
Re: How E Ink developed full-color e-paper
#90The colors in the opening image look faded.
In artificial light a lot depends on the specifics of the environment. Trying one out in warmer light, somewhat indirectly (light overhead, screen partly vertical for reading) it was a little dark, and needed the backlight. It was a cool backlight, so the warm overhead light combined with it to counteract a bit of the shift toward blue. In the dark w/o external light, the cool backlight very much shifted color towards blue.