can't wait to get my hands on units to evaluate, i saw this at CEDIA 2010 in Atlanta in private demo and it was very impressive, much more so then any other depth perception enhancement that doesn't require glass, this company will be a success the product prototype could only be described as "impressive"
'reports of OEM's currently reviewing'? who are these OEM's? Interesting enhancements on their site but there is no 'meat' to anything I read, and the patents filed don't seem to match up with the first datasheet released? I would love to play with one of the TV Boxes and test it out. Any release dates, spec's, etc? Knobs? Really? Don't be silly!
Regarding on-off buttons, why did they ever get rid of them in the first place? Anybody know?
I think they should not only put the button back on, but should add a slider to vary the intensity of the effect. In fact, Darbee reports that some of the OEMs currently reviewing its technology are considering adding dials to vary the amount of "depth" you want to add.
I have been a 3D photographer for many years, and the way we always overcame the worst problem in 3D (dimming of images when wearing the glasses) was to use two projectors--thus putting twice as much light on the wall (which polarized glasses then divert to the correct eye). 3DTV, unfortunately, has to half the light coming in LCD shutters that split the light between the two eyes--a real disadvantage. DarbeeVision, on the other hand, makes images appear to be even brighter than normal--as if a haze has been removed. Its not true 3D--and I love 3D in its place--but when watching on regular LCD monitors some viewers indeed might find DarbeeVision preferable.
This is an exciting technology just like Dolby was in the early days. The use of an on/off button is also a great idea. How many of us would have ever known the impact of the Dolby technology without the ability to switch it on and off?
The ability of Darbee to do this with a mono image and in real time is quite impressive. For many people, 2.5D without special glasses may be preferable to true 3D that requires glasses.
I look forward to seeing which products incorporate Darbee technology this holiday season.
Darbee is trying to become the Dolby-of-Video, and like Dolby, the effect is subtle, but compelling (as if a Photoshop expert hand-tweaked each image). Later this year Darbee will start announcing its design wins--mostly mainstream consumer video electronics wanting to improve their image, but to me the interesting part will be when 3D goes mainstream. Darbee spent most of the the last decade perfecting his 2D-to-3D converter, so that he could defocus and subtract the 3D from the 2D and thus enhance its "depth" without having to wear glasses. Now that 3D video cameras are starting to be used, it should be a natural extension to use Darbee Vision to convert those 3D videos into Darbee-enhanced 2D videos that can be displayed on normal TVs. Its not true 3D (Darbee calls it 2-1/2-D) but its twice as bright (those glasses cut down light by 50 percent) and the stunning images should at least out-shine the current 2D versions of 3D movies which just show you half the information (just the left or right alone). Check out the images in the Darbee Vision Gallery and tell me if they look as good to you as they do to me?
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. Are the design challenges the same as with embedded systems, but with a little developer- and IT-skills added in? What do engineers need to know? Rick Merritt talks with two experts about the tools and best options for designing IoT devices in 2016. Specifically the guests will discuss sensors, security, and lessons from IoT deployments.