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Keyboards haven’t changed much in the last, oh, few hundred years or so. You play a note by hitting and releasing it, use a pedal to sustain and change volume through the high-tech means of “bashing harder.” TouchKeys wants to give you much more control with its touch sensitive, DIY stick-on overlays that can even sense multi-touch. While similar to what we’ve seen recently with the Roli Seaboard (which has rubberized keys that let you bend notes), TouchKeys can be added to most keyboards and would let you do even more, in theory. Similar to a smartphone screen, it senses up and down or side-to-side finger movements with up to three touches, all of which can be mapped mapped to different sounds or effects. For instance, you can create a vibrato by shaking your hand side-to-side, move up and down to bend notes, use multi-touch pinch and slide to change midi mappings, or play different sounds by multi-tapping.

Most of the kits sold will be DIY, meaning they’ll come as self-installed peel-and-stick keys and sensors that fit standard-sized keyboards, starting at £330 for 25 keys. You’ll also have to open up the keyboard to tuck in the narrow controller, but the company said it hasn’t seen any models that don’t work yet. If you’re not inclined to futz around, you’ll be able to buy a limited number of pre-installed kits starting at £660 with a Novation Impulse 25 keyboard. TouchKeys is looking for a relatively modest £30,000 as its funding goal, so if you’re looking for the latest musical edge, hit the source.

Filed under: Peripherals

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Via: Gizmag

Source: Kickstarter

Though patents often never amount to anything, we sincerely hope this wacky one from Samsung does. It’s an approved idea for a portable music player that also contains keys and motion detectors to let it function as a “musical instrument,” too. While listening to that epic jam, you could play along by pressing keys on the side of the device as if you were fingering a guitar’s fretboard. You’d be able to change position on the “guitar neck” by moving the player back and forth, and a motion detector on the side would sense the fingers on your other hand as you strum chords or pluck out a solo. Your GarageBand-style noodling, along with the original music would all blare through a speaker and amp combo on the device, to the amusement / horror of your friends. That’s assuming Samsung ever builds one, of course — but if not, our John Q. Engadget will be the first name on a petition to get it to market.

Filed under: Misc, Handhelds, Samsung

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Source: USPTO

Late last week, Moog outed its LEV-96 sensoriactuator prototype and offered a glimpse at its latest R&D unit. Even though it’s still in the early phases of beta-testing, we were able to stop by the Moog Music factory for a closer look and a brief glimpse of the gear in action ahead of its appearance at Moogfest. While the unit is installed on acoustic guitars for the time being, the company says that similar tech can be used on other acoustic instruments and eventually to other surfaces — this is just the current manifestation. Since the tech modifies the guitar’s natural harmonics and string vibrations, the LEV-96 is getting cozy on both traditional acoustic guitars and those outfitted with pickups in its present state.

As far as controls go, the entire unit is capacitive touch-enabled from the moment a finger swipe powers it on. Sliders allow for adjusting the intensity, harmonics and note duration while the other buttons enable arpeggio presets and modulation that includes tremolo and random harmonic tweaks. Those sliders remain in play when a preset is activated, serving to enable further adjustments on selected There is a lock button, too, so that you don’t accidentally make a switch mid-strum. All of these finger-friendly surfaces work alongside two pairs of electromagnetic pickup channels per string to wrangle the 96 simultaneous harmonics. Magnets work to either increase of decrease the string’s motion, bringing out vibrational modes that have always been in-play on acoustic instruments, but have never been offered the power needed to make ’em sing. The folks at Moog are quick to remind us that the LEV-96 is still in its infancy, but you can rest assured we’ll be keeping an eye our for what develops. For a peek at the tech in action, head on past the break for a really quick demo that we kept brief due to that fact that this is an early prototype.

Continue reading Moog’s LEV-96 sensoriactuator prototype wields touch control of 96 simultaneous harmonics, we go eyes-on (video)

Filed under: Misc

Moog’s LEV-96 sensoriactuator prototype wields touch control of 96 simultaneous harmonics, we go eyes-on (video) originally appeared on Engadget on Thu, 25 Oct 2012 15:40:00 EDT. Please see our terms for use of feeds.

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