Printoo Modular, Thin & Flexible Electronics: Diet PCB

Microcontrollers and other electronics components have been getting smaller and cheaper. A company called Ynvisible proves that these parts can be made much thinner as well. The company recently launched a Kickstarter fundraiser for Printoo, a set of modular electronics that are paper-thin and flexible.

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Ynvisible partnered with other electronics manufacturers to create an open source Arduino-compatible platform. The company has skinny versions of everything from a microcontroller board to a battery.

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Aside from finalizing the design of its flexible boards and lining up suppliers, it looks like the company has finished much of the work even before they set up the fundraiser.

Pledge at least $45 (USD) on Kickstarter to get a Printoo kit as a reward; higher pledges have more robust kits as rewards.

[via Gigaom]

Forget Virtual Reality, Aurora taps lucid dreaming

Earlier this year, a crowd-funded device by the name of Aurora was made a reality. Funded several times over what its creators at iWinks requested, the company ended their campaign … Continue reading

Arduino-based 8-bit Handheld Game Console: Gamebuino

Late last year I talked about the DIY Gamer Kit, which contained all the parts you need to assemble your own handheld game console. In other words, the kit introduces you to video game hardware. Aurélien Rodot’s Gamebuino on the other hand comes fully assembled and is intended to get you into video game software.

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The Gamebuino has an ATmega 328 microcontroller, an 84 x 84 monochrome display with automatic backlight, six buttons, a 4-channel speaker and a 240mAh battery. It also has four ports: one microUSB, one microSD and two I2C ports. While the DIY Gamer Kit is also based on the Arduino language, Aurélien made a software library for Gamebuino, which includes a graphics engine, a game engine, sound effects, user interface and more. Coding a Gamebuino game will be easier and faster because you don’t have to start from scratch.

Aurélien says he’s already finalized the Gamebuino’s hardware, the software library and a few sample games. Right now he’s working on a browser that will let you load and switch between games from a microSD card. He’s also going to make tutorials and setup an online community to make it easier for newbies to get help. Pledge at least €35 (~$48 USD) on Indiegogo to get a Gamebuino – and priceless knowledge – as a reward.

[via Kotaku]

You Can Wear This Fabric Wi-Fi Antenna

You Can Wear This Fabric Wi-Fi Antenna

Forget what you know about wearable technology. The future of wireless connectivity is going to be woven into the very threads of your clothes.

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AgIC DIY Kit Lets You Print Circuit Boards on Ink Printers: Agical!

Last year we talked about the EX¹, a 3D printer designed to print circuit boards on a variety of materials, including paper. The EX¹ has great potential, but if all you want is to print is circuit boards on paper, the AgIC may be better for you. It’s a DIY kit that lets you convert ink printers to make them print circuit boards instead.

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AgIC’s main component is a silver nanoparticle ink that’s very similar to conductive paint. You’ll have to manually inject the ink into an ink cartridge, but if you’re constantly making circuit boards that added task will be worth it. You’ll also need their special coated paper, and some conductive glue or tape to apply your parts to the board.

Printer makers must be seeing dollar signs right now. Pledge at least $299 (USD) on Kickstarter to get an AgIC DIY kit. Pledge at least $599 and you’ll get a ready-to-use AgIC modded printer.

[via PSFK]

Project Ara ready for commercial launch by Q1 2015

It seems that Google is dead serious about pushing its modular phone concept into a commercial business as soon as possible. DARPA alumnus Paul Eremenko, who now heads Project Ara, … Continue reading

DARPA Giving out Money to Develop Electronics That Kill Themselves on Command

About a year ago, we mentioned that DARPA was working on a plan to develop electronics that would destroy themselves on command. The idea was to get devices that soldiers could take into battle that could be destroyed if lost or left behind. I have a hard time keeping up with my smartphone in the house, I can only imagine how easy it would be to lose one when someone is shooting at you.

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DARPA has now started giving out millions of dollars to companies to develop these electronics. DARPA gave $2.1 million to PARC to develop a program called DUST. That program involves electronics with dummy circuits that can dissolve into sand-like particles with an electrical trigger.

IBM was also given $3.5 million to develop strained glass substrates that can explode when triggered. That would result in CMOS sensors in electronics that can be destroyed using radio signals. Another firm has been given $4.7 million to develop a battery that can self-destruct. The goal is to leave the devices non-usable and any information on them non-retrievable if the device is lost.

[via Motherboard]

DARPA handing out money for development of disappearing electronics

The US military has been rolling out portable electronic devices in droves for soldiers in the field. These gadgets run the gamut from tablets and smartphones to more dedicated devices … Continue reading

IBM scores DARPA contract to develop self-destructing VAPR

IBM has been in the news frequently this month, the latest of which involves a new contract with the Defense Advanced Research Projects Agency — better known as DARPA — … Continue reading

New Form of Graphene Should Finally Make Graphene Electronics Possible

New Form of Graphene Should Finally Make Graphene Electronics Possible

F0r years, scientists have struggled to build graphene-based electronics that could do the same thing as silicon superconductor chips. A new breakthrough from an international team of scientists might just change all that. These geniuses just invented a new form of graphene that’s ten times more conductive.

Read more…