@bruce - in my opinion, megapixels is overrated unless the camera has a really good sensor, which I doubt it does.

1) A Nikon D810 taking photos at 36.3MP will be much sharper than a phone with a 60MP camera.

2) Unless I am printing photos, why would the average person need so many megapixels? There are a few uses for such high res images, but I'm sure most of them won't be possible with somewhat blurry photos at full scale.

3) The file size of the photos alone will quickly eat into storage if you're a picture happy person.

@Speed-Racer:

According to the spec sheet, it will not be a single 60MP sensor. It will be a quad array of 15MP sensors designed to function as one. The front camera setup is 2x10MP sensors. Basically using Pixel shift with multiple sensors.

As far as file size goes, SDXC slots technically have a storage limit of 2TB. This phone is only limited to 256GB per card due to software limitations within the current version of the Swordfish OS. It is possible they could update it, at which point the phone would support up to 4.5TB of total storage.

@FlyingFoxy:

It is unlikely this will be a thin phone. It is being designed as a bleeding edge test of technology, not an ultra thin glam show like most modern phones. It will be thick and it will be heavy. Personally i like the idea.

@Speed:

Possibly as an option. It seems their primary focus is on resolution though, rather than contrast, DoF, etc. It will likely be using a form of pixel shift with 4 low FoV lenses. Each sensor takes 1/4 of the overall image and then it gets stitched together in software to form a single high res image.

http://www.graphenea.com/pa...

"not only can they be charged at a much higher rate than current lithium-ion batteries, but they also have the potential to last for a vastly greater length of time."

I cannot find as much information on the Hydrogen fuel cells but from what i could find, it seems to function through a mixture of an on-board source of hydrogen, and oxygen from the air entering the device. It would also appear to be much more efficient than a typical Li-on battery pack. Most likely the device would require a small replaceable hydrogen storage cell (probably around the size of a AAA battery, maybe smaller) and would last thousands of hours between replacements. It would be a small current supply though, so would most likely only be used for idle operation. Heavier work loads would use the graphene cell, and the Li-on pack would be a backup of sorts. They could possibly even make the graphene cell removeable so it could be charged externally while the phone continues to operate off the Li-on pack. Effectively giving unlimited usage.

Probably looking at an idle time of several months, maybe 2 weeks for calls, and a couple days or so of heavy load. It will be a vast improvement over current times regardless. It also is not going to be a cheap phone. I would expect upwards of $1500 USD.

Great stuff. We look forward to seeing more!