Wouldn't the power draw increase with the increased pixel density?

The "new" is the pixel density for a portable screen.

The higher pixel density, to me, is far more important than color over saturation and perfect black levels.

That's 48% higher pixel density than a phone everyone was extremly happy with 18 months ago.

The reason Canon have made the drop is to try to control the pixel density of the sensor.

Probably, but not because they were the only operating system that made naive assumptions about physical pixel density.

You'd still have a much better pixel density as with the iPad and lots of software.

If they do adopt this pixel density, I hope it has ripple effects in the rest of the industry.

Apple has slowly increased the pixel density of its laptop screens over time.

Lion has support for high pixel density monitors using a limited form of resolution independence.

Android tablets are barely any better, and certainly don't come close to this pixel density.

Is a display that large with such a high pixel density even possible to manufacture with current technology?

The screens offer a pixel density of 252ppi.

This difference is accentuated on more recent displays that feature higher pixel densities.

To me PenTile is just a trick to claim a higher pixel density.

Doing so prevents these elements from shrinking to an impossibly small size as pixel densities increase.

The images are displayed compellingly with a high pixel density, and they can be taken directly from a memory card.

With the passing of the years, Pixel density of smartphone screen is getting higher.

I wonder if we can thank/blame Microsoft for giving people the impression that increasing pixel density on the same surface will result in smaller objects.

Greater pixel density simply means that you can't see the stair-step effect of a pixel line.

He is also a pixel density enthusiast.

C.C.D.'s deliver enough pixel density to make a good photograph look good.

A higher pixel density would be more beneficial on the iPad than on a desktop or laptop.

The dot pitch of a computer display determines the absolute limit of possible pixel density.

In digital photography, pixel density is the number of pixels divided by the area of the sensor.