I'd rather put a down payment on a house.

Yeah, I know how pentaprisms work. It will happen someday, because LCD screens can show 100% coverage. Almost all pentaprism viewfinders cannot show total coverage of what is being captured. They are still improving in quality and speed. Soon live view mode will be almost the same as watching the subject in real time…

Correct, but right now it's the only one. Plus, it's not something you would ever consider using professionally, because of the controls (needs buttons for quick changes without looking at a menu on a screen), lack of hot shoe for external speedlights, and more glass options. As great as the sony NEX is, it's…

I know, sorry I should have clarified. I mean DSLR equivalent. The current line of mirrorless cameras are just not enough. The sony NEX is the only thing close, but I want more. Lets see a full frame sensor mirrorless camera!

I can't for DSLR's to start shedding the mirror shutter. Increased FPS, and reduced size. It's going to be awesome.

$350 for pre-order until Jan 13th.

Totally...

It's like 12 mins.

Most cameras that still use CF cards, are prosumer level cameras, and do not have those limits. I just used a 5DMKII with a 32GB CF card a few months ago.

Freshly squeezed orange juice does sound pretty good right about now...

Ah, I remember having one of those when I was younger. Those work pretty great.

These are absolutely gorgeous.

I can't wait for some hands on reviews!

Noise at high ISO is combatted mostly by the full frame sensor with gigantic 7.3-micron pixels. The bigger the pixels are, the less room there is for noise to even occur in the first place. The rest is taken care of with noise reduction by the processor.

Can we get an instructable on how to peel an orange like that? I feel like that would take me at least half an hour and three to five oranges to get one right.

Same here... Disappointed.

This is a complete piece of junk.

One... Two... FIVE!

On the flickr page of the set up photo (link below), there is another photo in the comments section that shows the view from the side. It has a small bowl of water, that the droplets fall into. The drop falls down, hits the water, rebounds upwards, and is then caught mid air. I've been following this guys work on…

The water drop is going up. A droplet fell into water, and the rebound was captured.