Blazepro's Wireless PS3 Keypad is 80% cheaper than Sony's, and it costs less too
[Via DCEMUUK Forums, thanks Craig]
keypad posts





Big, tactile, and fast QWERTY keyboards are the Blackberry's defining characteristic: why then is RIM showing signs that it's going to mess with their tried and tested formula? In the second patent application to surface from the United States Patent and Trademark Office, a series of drawings show a Blackberry design with a keyboard that features up to six different letters on large, triangular shaped keys, although the majority of the keyboard designs group three letters onto each key. As a logical extension of the BB Pearl's space saving -- but mushy -- two letter per key combo, it's natural that RIM would want to control the rights to these kind of keyboard layouts. Still, as a history of failed keyboard designs indicate, there's very little chance that this kind of layout would catch on were it to be released in a physical product. If you ask us, the real money's in tactile touchscreen keypads. That's not thinking different, it's thinking better.
While there's been boasting galore about gesture-based keyboards, scanners, phones, and more keyboards, it looks like an elusive inventor has crafted yet another "3D touchpad" which can be moved around and placed on (or under) nearly any keyboard that you'd like to implement gesture-based technology on. As with similar renditions, the pad can detect movements of your hand floating above it, and can create inputs not always possible on a typical keyboard. Interestingly, this flavor can purportedly work on standard boards, underneath laptop boards, and even under the "screen of a PDA or cellphone." While our skeptic gear is still zipped on tight, it's said that a few working examples are already out of the lab, and that the special antennas capable of picking up hand movements wouldn't cost much more than it did to insert "scroll wheels into mice." We'll let the peculiar analogy slide if this thing hits the market for a competitive price, deal?
While the folks behind the AACS could probably use a few pointers about constructing a sufficient lock of their own, a group of scientists at the Weizmann Institute of Science in Rehovat, Israel have crafted a molecule-sized "keypad lock" that "only activates when exposed to the correct password, a sequence of chemicals and light." Organic chemist Abraham Shanzer and his colleagues suggest that their invention could "lead to a new level of safeguards for secret information," but we tend think the infamous hackers of the world would inevitably crack the code. Nevertheless, the molecule -- dubbed FLIP -- houses a core linker that mimics a bacterial compound that binds to iron, and attached to it are two molecules that respectively can glow either blue or green. Using three "buttons," which just so happen to be an acidic molecule, an alkaline compound, and ultraviolet light, the lock can be "opened" if given the right sequence of chemicals and light, and there's a grand total of two noticeable results possible. Interestingly, the researchers have insinuated that their creation could be used to recognize "when certain sequences of chemicals (like harmful toxins) are released in the body," but we haven't heard a 10-4 from the US Army just yet.







