Neat idea. But also, somebody's definitely going to take some kind of inappropriate picture just as the charge runs out, and will be stuck with it at the worst time. And somehow this makes it even better.
I think this is really interesting. I think you could make really cool actual black and white polaroids with eink displays in a 3d-printed chassis. Though way more expensive...
Hmm, what's the purpose of this? It's a cool hack, but waiting 30 seconds to see the photo I took doesn't really give me anything more than the camera I already have.
Digital displays draw a lot of energy, and need to be bright enough to be visible in direct sunlight. A more advanced version of this could increase the battery life of a camera substantially.
On the other hand, DSLRs from 20 years ago had mediocre screens, mediocre batteries (on today's standards), yet could deliver pro performance for weeks. Some never turned them off, as a camera on standby barely took any power. As a bonus it was (IMHO) peak electronics usability: ultra fast, always ready, could be used with eyes closed/full dark, sturdy, expandable, repairable mostly. 2-3 displays for different purposes were normal.
I got a used nikon from 2008 recently, with a bright lens, and am marveled how great it is. I was about to replace bad baterry, but honestly... Even a bad one thats easily 10 year old, gives me a solid week of fun.
True, I might just be inventing a problem for a solution. Maybe it would be useful for rugged long-term trekking situations, but with the size and efficiency of solar, that might not even be necessary either.
It would be cool if the display was modular and replaceable because then you could use it as a rewritable polaroid.
Neat idea. But also, somebody's definitely going to take some kind of inappropriate picture just as the charge runs out, and will be stuck with it at the worst time. And somehow this makes it even better.
I think this is really interesting. I think you could make really cool actual black and white polaroids with eink displays in a 3d-printed chassis. Though way more expensive...
Hmm, what's the purpose of this? It's a cool hack, but waiting 30 seconds to see the photo I took doesn't really give me anything more than the camera I already have.
Digital displays draw a lot of energy, and need to be bright enough to be visible in direct sunlight. A more advanced version of this could increase the battery life of a camera substantially.
On the other hand, DSLRs from 20 years ago had mediocre screens, mediocre batteries (on today's standards), yet could deliver pro performance for weeks. Some never turned them off, as a camera on standby barely took any power. As a bonus it was (IMHO) peak electronics usability: ultra fast, always ready, could be used with eyes closed/full dark, sturdy, expandable, repairable mostly. 2-3 displays for different purposes were normal.
I got a used nikon from 2008 recently, with a bright lens, and am marveled how great it is. I was about to replace bad baterry, but honestly... Even a bad one thats easily 10 year old, gives me a solid week of fun.
True, I might just be inventing a problem for a solution. Maybe it would be useful for rugged long-term trekking situations, but with the size and efficiency of solar, that might not even be necessary either.