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I have the lights off with the Tv paused. This is what 9 frames per second looks like buddy. So When you made that video you had the lights off like me with only some parts of the tv screen to light you up. Shoot i even dirty the lens just to get it that low. Come on guy you were caught. Be honest 9 frames per second?????? You must have a lemon then.
Brush up on your Digital Camera language folks. The Digital sensor in the EVO is a newer generation of sensor than whats in the Iphone 3GS, and it's manufactured by the same company, same technology, same production processes..... the words cheap is a poor way to describe the sensor. More Mega Pixel does not equal better quality. Generically, you getter better quality from larger pixels (pixel pitch) and larger camera sensors. In reality there are many specs to the camera sensor that really dictate the "quality". I'll try to keep it as simple as possible. The Iphone 3GS has a 1/4 camera sensor, the Evo a 1/3.2 camera sensor (slightly larger). The Iphone's sensor is divided into 3.1M pixels providing a 1.75 pixel pitch (Large), the Evo's sensor is divided into 8M providing a 1.4 pixel pitch (small). What this means is that although the Evo has a larger sensor and more pixels, those pixels are less "sensitive" because they have less area to capture light. This correlates directly to why low light conditions would lag in the Evo. The Iphone has larger pixels, better capable at capturing more light per pixel. In good lighting the Evo should have superior pics. Since this same sensor is responsible for video, the same applies to video capture for each phone. Now that was speaking from a purely hardware specs comparison of each sensor. The design of the sensors give the manufacturers of the phone a great deal of freedom over the operations of the sensors (metering, etc etc etc).... so the other part of that equations is going to be the software written to control the camera sensors. If I were to describe the sensor in the Evo, I would call it a marketing trick that plays into the consumers line of logic that more MP = better pictures. The engineering behind it produces 8MP, but it hampers sensitivity of the sensor, which can introduce the blurring you guys see. This is very reminiscent of the Intel vs AMD clock speed wars, where AMC proved with the Athlon line of processors that you can have a faster processor with lower clock speeds. Just to set up some of the fragile egos for the Iphone 4 release..... it will have the same size sensor as the Evo, with 5MP, giving it 1.75 pixel pitch..... theoretically producing better pics!
... on a per-pixel basis. That's the rub, particularly when downsampling, the individual pixel pitch is only directly comparable if displayed at the same size, pixel per pixel. As in digital cameras, a higher resolution often hides the individual pixel noise better when displayed at normal sizes.
This means that the evo sensor is theoretically capable of as good or better low light imaging at VGA resolution. It's a question of the software and, perhaps, the associated hardware (buffers, etc).
What we are likely seeing is the effect of a lack of time and money invested in the imaging software and/or camera firmware.
One potentially useful feature is the flash, which can be used as a video fill light.
Well in general I would agree with that, because Larger sensors would mean more pixels, and larger pixels. Larger and more pixels can definitely hide noise. The Evo doesn't fit that though, the pixels are smaller. Smaller and more tightly packed pixels produce more noise and have less dynamic range, all of which contribute to mediocre to disappointing low light performance.
I agree on your 2nd and 3rd points, I'm sure better performance can be had with software tweaks, and the flash is a must for low light conditions.
Dynamic range is an issue but noise is not, noise is a per-pixel issue and having more of them simply makes it less of a concern. There are plenty of examples in the digital camera world of smaller, denser pixels performing as well or better than larger, less dense pixels on a sensor of the same size. A lot has to do with software, the quality of the sensor itself and, something we have not yet even started discussing, the lens in front of the sensor.
That said, the iPhones do seem to pump the bitrate out, which leaves me wondering if there is a hardware limitation somewhere on the HTC devices. Perhaps a bandwidth difference between the SD vs inbuilt storage interfaces?
Evo videos tickle along 30fps in the best conditions (and lower resolutions) while the iPhone4 video is rock solid 30 at full 720p. Why the framerate differential?
And perhaps more importantly, why does HTC continually give camera performance short shrift? Does it just not have the resources to fully exploit the hardware?
I thought the 3GS was 2009?Invalid or not, just look at the video and vote with your eyes. I don't think anyone cares about sensor jargon. Period. There is a reason HTC is advertising the 8MP camera. They know people want "more" megapixels regardless of quality.
And I have a good camera, but I also have other nice things.
The point is not what I have, but how HTC's 2010 Camera compares to the competitions 2008 camera.
hahhahahah, Cmon No iphone would win in Phandroid, us Android fans are more loyal than apple fans!! so w.e you say you are wrong!!
the Evo Rules, Android Rules, And apple and Iphone, could go to hahahhaha
great responses! i will get outside to shoot some day/outdoor video today and will re do the test.
as for 720P, i can do that, but it will be pointless as this camera shoots BETTER in VGA (640x480).
i will flip a coin to randomize which is on the left and right again. but fwiw, the EVO compresses the crap out of the videos, so it might still be obvious which one is the EVO and which is the iPhone. we'll find out in a bit!
If you feel it's fair - and I think it is - try setting ISO to non-auto, turn down sharpness, maybe bump saturation up. I just tried that ISO 200, n/c to brightness and contrast, and it didn't look too bad at capturing the desert mountains on a bright day.
And if you could - kindly kill off the other non-essential apps.
In any case - kindly note your settings for both cameras.
Thanks in advance for the retests!!!
ok i'll try to get all this right, but i don't think i can set the ISO for video.
also, FYI, i can choose H263 and MPEG4, but H263 is limited to 320x200 or something small and useless like that.
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