I guess you skipped all the S5 reviews.the battery life of our devices hasn't improved at all.
I guess you skipped all the S5 reviews.the battery life of our devices hasn't improved at all.
I based my statement on the endless complaints that smartphones (regardless of manufacturer) don't last much longer than a day unless you don't use it as a smartphone or have a large device with higher capacity battery like the Note. Since my first smartphone (the Evo 4g; I don't count the Palm Pre which was a piece of hot flaming garbage), we've seen huge advances in hardware (e.g., screen resolutions, CPU speed) but most of our phones still last about a day, give or take.
I wish someone would say that about something that would actually make a demonstrable difference that every user would notice, not just pixel hunters and e-peen geeks: Battery life. We're at a point where a large majority of the population won't be able to detect the difference between 1080p and 2k on a 5" screen yet the battery life of our devices hasn't improved at all.
I have the 2560x1600 resolution on my Sammy Tab 8.4 Pro and it, like my horse, is amazing! We'll be seeing tablets with 4K screens soon enough and there will be a bunch of people asking why 4K is needed. Two years from now we're likely to see the first smartphone with 4K screens, but that will likely be the phablet phones first.
The Note 3 shoots video in 4K and before long many top smartphones will be able to record 4K video so it makes sense that they could offer a 4K screen to go along with it. It's probably true that even the best young eyes won't see much of a difference between 2560 and 4K on a smartphone of 5" but I'd bet huge money most folks would be able to tell the difference between a 1080 screen and a 4K screen at 5".
On another point ... since 4K video is the next format we'll be seeing on phones and that eats a sh*t ton of data (over 20GB/hour) the folks that have been arguing the uSD slots are stupid will have to reevaluate that notion. Can you imagine the data costs to push a few hours of 4K vacation video to the cloud?
Brian
I based my statement on the endless complaints that smartphones (regardless of manufacturer) don't last much longer than a day unless you don't use it as a smartphone or have a large device with higher capacity battery like the Note. Since my first smartphone (the Evo 4g; I don't count the Palm Pre which was a piece of hot flaming garbage), we've seen huge advances in hardware (e.g., screen resolutions, CPU speed) but most of our phones still last about a day, give or take.
If LG is selling the G3 with a 2k screen for $ABC, and Samsung is selling the S5 with a 1080p screen for the same $ABC price, which would you buy?
Whether or not you need 2k, you're still going to buy it.
Now if LG was going to charge a hefty premium for 2k, you might think twice. But I don't think they want to, or need to. Display quality and pixel density is increasing on its own, which is something we can all applaud. As high definition as our devices may be, we're still a decade away from mistaking a displayed image for real life.
I say we push the display industry forward instead of saying "1080p is all we'll ever need".
Sorry, but horse?
pixelation is visible to me on a 5.2 inch FHD screen held close to my face; now you might say such a viewing distance is not normal but I find myself pulling the phone closer to inspect details quite a lot. in this way I think extreme PPI has some value. viewing distance is not a fixed constant. once you're past 300 ppi the extra detail is a redundant luxury, but it offers something of an extra "wow" sensation at times. I think most smartphone specs are in this territory already. what's the difference between 1.7ghz and 2.5ghz; it's not like you notice this much better than 300 vs. 500ppi. even battery life is not a big issue on my LG G2.
Wouldn't the viewing distance decrease with the higher the resolution?
Seems like the smaller the text the closer one would have to hold the phone to make it readable. I guess upping the screen size with the resolution can somewhat offset the effect. Once one gets to the maximum comfortable to them screen size the only choice is decreasing the viewing distance.
Scaling says hi.
Phones have been doing it forever. Text will be the same size, just crisper.
Oh HELL YEAH!!
People also want an uber thin phone. And we had those, recall the 6-7mm thick phones from 2 years ago? Then the same people immediately started bitching that the battery life on their wafer thin phone was atrocious.
I do think we'll see 8K, or whatever they will call it being demo'd within 5-8 years but it will be quite a while before such TV displays are commercially viable and even then, the bandwidth to drive it at 8K will be insane. If 1080P video is 8GB+/hr and 4K is 30GB+/hr then 8K will likely be way over 100GB/hr -- imagine Netflix trying to stream that. Still, an 8K screen would be about 33MP and would be a good match for my Nikon D800E camera -- would make a sweet imager viewer.
Sharp demo'd an 84in 8K TV at CES 2013. I was there. It was sealed inside its own opaque display crate with only the display viewable, but damn, did it look good.
So 2K has a 77% higher pixel density vs 1080P, which sounds great, but remember, 720P to 1080P was 125% higher pixel density.
To get similar gains when upgrading from 1080P, we need around 4.5 million pixels...which is around 2900x1600.
For smart phones, you really lose nothing when you jump up to higher resolutions....EXCEPT for battery life. IIRC, I remember people complaining of Droid DNA battery life even though it was just below the average.
I would love a 2K or even 4K (I can dream, right?) phone, but I'm not sure if its worth the trade off in battery life. We can tweak SW all day long, but you can't use SW to tweak the power draw of a Screen for the same brightness unless you fundamentally change the technology of the screen...
So the real question is which is the bigger snail: Screen technology development, or battery technology development?