this is dumb. normal people just don't understand that more megapixels does not equal better pictures. just bigger bad ones
Uhh, ideally? But I don't think that's always the case. Higher density doesn't always equal a better image. There's other factors that come into that, things that can affect the quality of the image being captured. There's certain advantages that might come from having the extra pixels, but that wont always equate to a better image.
My D700 is a lower pixel density than my D7000. I get better images out of My D700. I can stop it down further than I can with the D7000. It performs better in the mid-range ISO range.
I don't think you understand diffraction if you're sitting there telling me a higher density sensor would never perform worse than a lower density sensor. If we have two 32mp sensors, Crop and Full frame... that full frame sensor is going to perform better. I can stop the lens down further without losing sharpness.
In fact, this is why I prefer my D700 over the D7000. Stopped down so far, I get a sharper image. I can stop my D7000 down to about f/5.6 before it stars getting soft. My D700 can stop down to about f/11. The difference in resolution is negligible, the difference in sharpness is noticeable. If I'm shooting at night with a f/1.4 50mm lens @ 6400, neither is really better than the other. If I'm shooting portraits in a studio with lights and a lens stopped down to f16-f22, the differences become more apparent.
I brought up diffraction because it's a physical limitation that affects higher density sensors and it's one of the downsize of having such a high density sensor. I'd expect anyone that had experience coming up against that wall would have realized this. There are certain physical limitations that we have to work against, especially as we make things smaller and smaller.
If we're down sampling a 41mp image to 7mp image then sure, diffraction isn't such an issue. That's a bit of a straw man argument though. The loss of pixels negates the loss of quality that was caused by diffraction. If it's as some have suggested though, that when you zoom in, you're actually cropping down to a smaller part of that 41mp image, the quality of the photo is going to drop as the issues of diffraction become more apparent.
41 megapixels in a sensor that small!? I'm expecting noise and poor low light performance. If they can pull it off without that then Nikon, Canon and all the rest may as well be out of business.
Better hope they give you tonnes of internal memory too - I'm not buying big expensive SD cards as well as a phone.
Well if it did have optical zoom, I'm pretty sure they would have flaunted it during the announcement.
Also, 41MP??! You dont get a better picture from throwing MP at it!![]()
41MP is great and all, but who would even need that, really?
And I personally just hate the way the camera sticks out of the phone, probably a bit better than in 808, but still not enough to fit the overall design, which is quite good.
If there was a better choice in the windows app store and an easy way for it to play nicely with a Mac and the Apple world id have a look at a Win phone.
Also, 41MP??! You dont get a better picture from throwing MP at it!![]()
this is dumb. normal people just don't understand that more megapixels does not equal better pictures. just bigger bad ones
I have to disagree with you on this one. I see many people carrying $100 point and shoots with them all the time, taking over exposed pictures with their flash on all the the time. So carrying a phone like the Lumia 1020 instead of that crappy point and shoot won't make that much of a difference.
The best supporting evidence is that the highest density sensors available today also have class-leading or class-matching low-light performance
In order to manage capturing the supposedly-amazing photos, one would need much more emphasis on properly-balanced aperture and lens design. Look at a DSLR. Design is key, not numbers. This is all neat and all, but when the iPhone 5s is introduced, it will, IMO, have far better features and design behind its camera, and it won't be anywhere near 41 mp. Yet it will take phenomenal photos for the average user.
Cameras such as these will be the death if point-and-shoot cameras.
and dSLRs.
Heck, at 41MP, people will need TB's of storage on their phones if shooting RAW
Windows Phone 8 UI is refreshing. It tried to be something entirely new and should be commended. I really wish Apple could speed up the miniaturization of camera parts so we could enjoy super high quality photos without sacrificing the industrial beauty of the iPhone.
This is funny, a camera phone with 41mb of poor quality. Until they put a Micro 4/3 mount on the phone for quality lens, they can throw 2000MB into the camera and you will still have poor pictures.
On what basis does MacRumors contend that Nokia's 41MP camera is "impressive"? Megapixels may provide a marketing advantage, but too many pixels relative to the size of the sensor will diminish photo quality in some of the most common situations.
41 megapixels in a sensor that small!? I'm expecting noise and poor low light performance. If they can pull it off without that then Nikon, Canon and all the rest may as well be out of business. Better hope they give you tonnes of internal memory too - I'm not buying big expensive SD cards as well as a phone.
A friend has one of the earlier phone (820 I think) and it is an impressive device. BUT the lack of apps still keep it from being a viable alternative to... Anything, really. They can put a billion pixel camera, but without more apps, it's just an expensive dumbphone
A high pixel-density sensor will always resolve more detail than a lower pixel-density sensor. In good light that extra detail will be usable and even with higher per-pixel noise at the image level the higher pixel-density sensor will have more detail and less noise. In low light the extra pixels can be either binned or downsampled to again produce an image superior to a lower density sensor in both detail and noise.
That sounds really awesome actually! Why isn't this implemented in more cameras? Is it a new tech/concept?
How do they jump from 8.7 megapixels to 41?
For someone that uses a point and shoot as their primary camera it would not be a good replacement.