The S version next year is getting more interesting :
- potential quad core
- 2gb ram obviously
- now this camera upgrade
Oo yeah i'm gonna wait next year to upgrade my iphone 5.
So Apple will definitely be adding more RAM in the s models?
The S version next year is getting more interesting :
- potential quad core
- 2gb ram obviously
- now this camera upgrade
Oo yeah i'm gonna wait next year to upgrade my iphone 5.
No, the confusion is mine.
I was looking at a pic of a 128GB card when I posted that link.
Sorry.
So Apple will definitely be adding more RAM in the s models?
I am excited for you being excited.
Hopefully this expert is no relation to Jonathan Gruber.
We took the one thing you love about iPhone and doubled it. Introducing the iPhone 6S+, now with double protruding camera lenses.
so can we expect to see wedding photographers packing iPhones at a job soon?
this is going on the iPhone 7. no way something like this makes a S model phone. Sorry.
While the Digital SLR business has been compromised by smartphones, the high end has actually done much better. One of the big things amongst hardcore camera buffs are "gigapixel integrated" cameras. Some of these have very large physical lenses and taking very detailed images on an array of CCDs aligned so just a few wavelengths are missed. Some of the best are there gigapixel city scape photos of enter skylines and you can zoom into seeing people in skyscrapers and drivers in streets.
I'm wondering if this new type of imaging sensor that can produce dSLR type images is somehow related to their patent (from I think earlier this year) that talked about making a higher-megapixel image from an image stabilizer. Perhaps they realized that they can do a better job with two lenses?
If I remember right, the way this thing works is that it takes the differences between the two images, and adds the pixels together between them to make a higher resolution image. For instance, if you took two photos with two cameras at the same time, they would have slightly different imaging information due to varying sensor noise, a slightly different perspective, etc. That is all different data that, when combined with a complex algorithm, could potentially create a higher resolution image by matching them together at the right points. Since the camera on the right would have a slightly different vantage point than the camera on the left, you could get additional data points that would take a normally jaggy edge and add an additional point between each pixel to smooth it out properly without having to resort to simple image interpolation (which essentially creates data from nothing and isn't very useful for creating high resolution images). This could potentially interpolate between pixels using additional image data, creating a very high resolution output.
Additionally you could also do some things like have a slightly different focus between the two, then combine them together in software to make background bokeh blur more pronounced behind your subject. Or you could selectively remove image noise by comparing one sensor's output with another, which would have a different noise pattern, match the noise pattern and remove it with software and image data from the other sensor that doesn't have as much noise present at that location.
Lots of really cool stuff you could do with two cameras, besides stupid 3D. That close together won't make for much of a 3D effect anyway unless they're clear on the other side from each other.
A phone filming in 4K with only 16 GB of storageHow long could you film in 4K, 3 minutes ?
iPhones are so expensive now they really need to slow this treadmill down to bi or triennial releases and give people time to enjoy the devices they just bought.
I hope they use liquid metal. But they'll only do it if it makes sense and serves a purpose. They won't do it just because it's cool. And they certainly won't do it just to make me rich as an owner of 30,000 shares of LQMT.Will the system be using saphire technology or liquid metal technology ?
I don't want them to do stupid 3D. I want them to do smart 3D. Use the two lenses to capture scene data and build a 3D model in the camera's memory. Then turn that model back into a dynamic stereo image with head tracking. Do a 3D pano shot, and view it on an Oculus Rift, or other VR headset.Lots of really cool stuff you could do with two cameras, besides stupid 3D. That close together won't make for much of a 3D effect anyway unless they're clear on the other side from each other.
So who says cameras are governed my physics? Yes, DSLRs will have the advantage of good Japanese or German glass. But camera phones have the enormous advantage of having an app, a powerful processor and a graphics processor on board, plus signal processing chops too. Soon enough, pro cameras will have to evolve as well to match the tricks of smartphones.
4K please, but then 64 GB base model at least !
Holy smokes, sign me up.![]()
lol...too many comedians here.
You can thank the entire personal computer industry to Apple.