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Aside from a larger screen, one of the biggest rumors about the next iPhone is the idea that it will feature a significantly shrunken down dock connector. But how small will it get And more importantly: why does it matter
https://gizmodo/report-ios-6-may-confirm-taller-4-inch-iphone-5932526 The iPhone in your pocket right now communicates with other devices鈥攎ost notably your computer鈥攚ith a 30-pin connector. It been there forever; too long, in fact. Its size has become a limiting factor, taking up valuable space that could go towards thinner, lighter gadgets. In all likelihood, Apple is changing things up. Not only is that going to make the iPhone and iPod accessories you already own obsolete鈥攚ithout the help of some easi
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stanley uk tor that will cost you cash money鈥攂ut more importantly, there a chance it could drastically change what those speaker docks and connectors can actually do. Sizing Down For months, the rumor had that Apple next iPhone will feature a stripped-down 19-pin connector. That wa
stanley cup s news enough, since the old 30-pin has been in use since the switch from pure FireWire in the third generation iPod in 2003. But now we ;ve got rumors of even smaller connectors鈥攑ossibly with as few as eight or nine pins.
https://gizmodo/reuters-apple-shrinking-iphone-connector-to-19-pin-por-5928167 Like a smaller nano SIM also rumored , losing pins on the connector would be a massive boon to designing and engineering smaller devices. Eve Nufy The most successful presidents could be the ones who exhibit psychopath-like traits
It important to test our space gear before it heads upwards鈥攐therwise these things tend to break. But simulations can only go so far. This crazy looking rocket test gives scientists the full experience right here on E
stanley cup arth. The method above, developed by non-profit tech firm Draper Laboratory and NASA, is esse
stanley thermobecher ntially tying a firecracker to a string. By locking the Xombie suborbital rocket to a crane, scientists were able to give their electronic payload a hot run that would otherwise be impossible with an airplane or computer sim. All the rumbling and heat of a real flight is stirred up in the middle of the desert鈥攋ust hope that rocket stays pointed in the right direction. [Draper via BoingBoing] Update: Draper wrote in to explain how the testing system works. Turns out, the plan is to remove the crane entirely! The crane th
stanley cup at is shown there is a safety precaution; what would allow NASA to test its payloads in a realistic way without going to space is the GENIE Guidance Embedded Navigator Integration Environment System that we developed and have on top of the rocket. The challenge here is how to fly these sensors in the same way that they would be flying if they were on a spacecraft that is landing on another planet. By using a suborbital rocket for this purpose, it much cheaper than an actual space launch. So GENIE controls the suborbital rocket, and keeps it on a path that replicates a planetary landing.
