Low-res Never Looked So Good!

Hi-def in sound and low-res in construction, Resonance speakers are an exploration into the FDM 3d printing process. The process has historically been limited to rough prototyping. In fact, most designers find the blocky, layered appearance of fused deposition modeling unappealing for a final product. Resonance, however, takes advantage of the “low-res” look of FDM printing by using it in an unexpected way.

The Speaker forms are printed in wood PLA on an UP box printer and then a resin-plaster mix is poured inside. The result: a perfectly imperfect speaker set with the visual and tactile qualities associated with desktop 3d printing. Chips in the plaster, stained areas that indicate higher concentrations of resin, as well as unique seams that creep up each of the speakers are just some of the character-giving fingerprints left over from the 3d printing process.

Designer: Callum Allen

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Hands-on with Alliance for Wireless Power’s charging pad prototypes

Handson with Alliance for Wireless Power's charging pad prototypes

The Alliance for Wireless Power (A4WP), a group created through the joint efforts of Qualcomm and Samsung, is getting ready to tackle the growing wireless charging market by introducing its very own standard to compete against the likes of the WPC. This morning the consortium, which claims TI, Powermat and Deutsche Telekom (among several others) as members, not only went into greater detail on its plans for the future but also brought along some prototype pads and embedded furniture to show us.

The A4WP's solution is a "non-radiative magnetic resonance-based wireless power transfer ecosystem" -- in short, it allows your phone, tablet or other A4WP-certified gadget (such as light bulbs, as demonstrated above) to charge from a small distance. What does this mean to you, dear consumer? In short, your device doesn't have to be directly touching the pad in order to receive a charge; instead, you could place your phone on top of a notebook or other obstruction (heck, you could even stack your phone on top of another phone or tablet) and still power up your handset. lt will also allow you to place more than one device on the same pad -- and even more than one device type, so tablets and phones can charge together in harmony despite the fact that they both have different power requirements -- and move them around anywhere on the pad without interrupting the charge. These are key differentiators that make A4WP's option a very tempting one for the general user.

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Alliance for Wireless Power approves its specification, edges closer to truly cable-free charging

Alliance for Wireless Power

Design by committee might not be the death knell for technology after all. Over four months after the Alliance for Wireless Power was founded in earnest, the coalition has already greenlit a specification for its partners to work from. The guideline lets device makers start building devices that charge through a magnetic resonance technology more forgiving of distance and material than Qi while simplifying the process through short-range wireless formats like Bluetooth 4.0. While the A4WP group hasn't made all the details public, it's holding meetings this week to speed up the commercialization process -- it's here that we'll learn whether the corporate bureaucracy is just as quick at getting wireless charging hardware into our hands as it is handshaking on standards.

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Alliance for Wireless Power approves its specification, edges closer to truly cable-free charging originally appeared on Engadget on Tue, 30 Oct 2012 01:13:00 EDT. Please see our terms for use of feeds.

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