Have experienced the Panasonic 3D TV with the glasses and was truly amazed. But after a few minutes, I had a headache that took about an hour to go away. Does not seem happen in 3D movies, so no sure what the difference is, but for me it's not at the level where I would be able to do the switch. A non-glasses TV would be nice to try.
I have to disagree about the special glasses. I think that the ability to "turn off" the 3D effect by removing glasses is a desirable feature. It seems to me that pixel sized alternating polarization filters is the easiest implementation. What IS a non-starter is the lousy implementation that is currently available to transform typical TV's to 3D. I had a superbowl party when Intel supplied free 3D glasses to all through Pepsi (I think, or Coke) channels. We paused when it was time passed out the paper specs to all 40 or so people. It was cool, it worked, but the implementation was very non-ideal. (One darkened eye resulted in a tiring watch after a while). I'm planning on giving the Sony and/or Samsung a hard look this holiday season (my plasma is getting a bit tired).
This sounds like a great start, but with sizes of only 12 or 20 inches, we're talking about single-viewer TV sets -- at a pretty hefty price too.
Things will start getting really interesting when this technology makes it to more normal TV screen sizes and when the price premium isn't so stratospheric. But I'm glad to see Toshiba take this first step and get this out there. As I've said before, wearing special glasses is a non-starter for the vast majority of consumers.
It sounds very interesting, I would like to have a more fuller explanation of what it does and how it works. I am wondering if the viewing angle is super critical in achieving the full 3D effect? I like the idea of not needing to wear glasses. I found the glasses not comfortable and a little disorienting. We will have to wait and see when it comes out!
What are the engineering and design challenges in creating successful IoT devices? These devices are usually small, resource-constrained electronics designed to sense, collect, send, and/or interpret data. Some of the devices need to be smart enough to act upon data in real time, 24/7. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.