UltraPixel vs Megapixel: HTC One & iPhone 5 Camera Shoot-Out

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Update: By popular demand we added a side-by-side video comparison at the bottom of this post; you can check it out in addition to the raw video files.

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We’ve recently compared the camera performance on the new HTC One with the imaging capabilities of the Verizon HTC Droid DNA, as well as the PureView on the Nokia Lumia 920 and 808 PureView. Now it’s time to stack it up against one of the best cameras on a non-PureView phone: the Apple iPhone 5.

HTC chose to be different from everybody out there: the Taiwanese company decided that they will no longer participate in the megapixel race and instead, they invented the “ultrapixel”. Basically the sensor on the HTC One features larger pixels for better low light sensitivity and, on paper, better overall camera performance. Clarity, contrast, detail, and light, these are the advantages called out by HTC on their official camera feature presentations. The downside? Images max out at four megapixels which is more than enough for most users out there — even if you consider printing the images; however, for certain users’ specific needs and usage scenarios, these “smaller” images are not enough, especially if you want to zoom in on the picture for crops and details.

What Are Ultrapixels?

We have to understand that “ultrapixel” is just HTC’s marketing team saying that the pixels on the HTC One’s sensor are larger. Here’s how it works: the sensor on the HTC One isn’t larger than the sensors on other modern phones: 1/3.2-inch is what HTC used in the One and the same size is also present on the iPhone 5, Galaxy S III, or Lumia 920. A larger sensor means having something like the Nokia 808 PureView has with its 1/1.2 inch sensor.

Nothing extraordinary so far. However, while other 1/3.2-inch sensors pack eight-ish-megapixels on the surface, HTC only packed four-megapixels (ahem ultrapixels) there. Think of it as population density for two cities which are exactly the same in terms of surface but twice as more people live in one compared to the other.

Having less pixels per the same surface, HTC’s pixels are larger, thus, according to HTC, allowing for better light sensitivity. Just how large an ultrapixel is compared to a “regular pixel? Two-micrometers (compared to 1.4-micrometers on  the iPhone 5, Galaxy S III, or Lumia 920). That’s two-thousandth of a millimeter (0.002 mm, or about 0.0000787 inches).

However, logic dictates that you sacrifice something for something in return; HTC sacrificed image size, going for a lower overall output and they hope to get the perfect still in return. Is this the case? We’re stacking the HTC One against one of the best cameras on a non-PureView phone: the Apple iPhone 5.

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Bright Outdoors

HTC One Bright Outdoors

HTC One Bright Outdoors

iPhone 5 Bright Outdoors

iPhone 5 Bright Outdoors

Close-up, Natural Light

HTC One Close-Up

HTC One Close-Up

iPhone 5 Close-Up

iPhone 5 Close-Up

Front-Facing

HTC One Front-Facing

HTC One Front-Facing

iPhone 5 Front-Facing

iPhone 5 Front-Facing

High Dynamic Range (HDR)

HTC One HDR

HTC One HDR

iPhone 5 HDR

iPhone 5 HDR

Indoors, No Flash

HTC One Indoor

HTC One Indoor

iPhone 5 Indoor

iPhone 5 Indoor

Macro

HTC One Macro

HTC One Macro

iPhone 5 Macro

iPhone 5 Macro

Night, No Flash

HTC One Night

HTC One Night

iPhone 5 Night

iPhone 5 Night

Pitch Dark, Forced Flash

HTC One Pitch Dark

HTC One Pitch Dark

iPhone 5 Pitch Dark

iPhone 5 Pitch Dark

Videos

 

HTC One Daylight

Apple iPhone 5 Daylight

HTC One Low Light

Apple iPhone 5 Low Light

Side-by-Side: Daylight

Side-by-Side: Low Light

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About The Author
Anton D. Nagy
Anton is the Editor-in-Chief of Pocketnow. As publication leader, he aims to bring Pocketnow even closer to you. His vision is mainly focused on, and oriented towards, the audience. Anton’s ambition, adopted by the entire team, is to transform Pocketnow into a reference media outlet.Given his background, and knowing his potential, something tells us he will succeed this time too! Stick around!Read more about Anton D. Nagy!| Google+