[youtube=http://www.youtube.com/watch?v=WLWAWtpcelM]
[kero905] sent in this project he’s working on. It is an open source hardware converter to connect Wii controllers via USB. It uses an Arduino for its brains. It is still in development, the only controllers that work are the nunchuck and the classic. He notes that there are enough extra pins left to adapt to an arcade controller fairly easily. The code is available on the site, as well as a rough parts list.
When traveling with a laptop, we often find that the list of peripherals that we have to attach can get pretty long. Especially if it is an older laptop without wireless built in. [Dawning] has taken steps to consolidate some of his peripherals(registration required)by cramming a USB hub and a wireless card into his mouse.
He started by dismantling a USB hub. After placing the board in the mouse to see how it fit, he realized that he was going to have to reduce the size. To do this, he removed the USB slots themselves. This forces him to wire things directly to the board, but saves a ton of space. Next, he took the guts from a USB wireless adapter and wired them up. The decorative LED in the mouse was then moved to the wireless card. This way he could see light flicker with his network traffic. At this point, that’s all he’s added, though there’s still plenty of space for other items. He notes that he’ll probably add some storage or a CF reader. The only problem he has encountered is that his mouse tends to get warm during use. What peripherals would you put in there?
Update: [Dawning] let us know that he didn’t actually remove the LED from its original location. He connected a wire from the wireless adapter that causes the LED to short when traffic is going through. Also, there’s a video which you can now see after the break.
[Jerry] lost his finger in an accident and has since added a prosthetic USB flash drive in its place. It’s making the best of a bad situation; there’s nothing wrong with a little voluntary cyborgization. At least it’s not as invasive as some of the implants we’ve seen before.
UPDATE: Here’s the entry on [Jerry]’s personal blog.
[via Gizmodo]
This is not an article on how to use your Kindle’s internet connection with your computer. We’ll let [Jesse] explain why:
This is not a tutorial about how to use the Kindle 2’s Sprint connection from your computer. I don’t know that it’s possible to do so without making changes to the Linux installation on the Kindle. I do know that abusing the Kindle’s Sprint modem like that would upset Amazon a great deal. Bear in mind also that Amazon know where you live. They know your Kindle’s serial number and thanks to the built in GPS, they know where you are right now.
What this is, however, is a nice tutorial on how to connect your Kindle to your computer so that it can use your computer’s internet connection. The instructions assume you are using a Mac, so you may have to adapt it if you aren’t. Basically you put the Kindle in Debug mode and tell it to use the USB tether for it’s network connection. This should allow not only a faster connection, but possibly a chance to see what exactly they are transferring back and forth.
Many G1/ADP1 owners have been using the app Tetherbot to get internet access on their laptop via USB to the phone’s data connection. The app relied on the Android Debug Bridge to forward ports. It worked, but people wanted a solution better than a SOCKS proxy. The community figured out a way to create a properly NAT’d connection using iptables and then [moussam] rolled them up into easy to use applications. There’s one for setting up a PAN device on Bluetooth and another for adhoc WiFi networking. It requires you to have root on your phone, but hopefully you’ve achieved that and are already running the latest community firmware.
[photo: tnkgrl]
We’ve been following Boxee (not Boxxy) since its public alpha debut last Summer. We were captivated by it. Who expected a project built off of code originally intended for hacked Xboxes would be shown on NBC’s Today Show? We’ve been promised internet connected set top boxes for years, but it seems like Boxee is here to stay for two solid reasons: 1. It’s free. 2. Major content providers have finally figured out how to publish online and Boxee supports them. You can replace your network television with on demand content from Hulu, ABC, and the like.
One of the most affordable platforms currently supported by Boxee is the Apple TV. Lifehacker has a guide for installing Boxee on an Apple TV. You prepare a USB flash drive that is then used to patch the stock firmware. Once installed you can take advantage fun features like downloading torrents directly to the box.
When we first saw [Jeffrey Nelson]’s G1 based robot we immediately wondered what the transport for the controls was. The G1‘s hardware supports USB On-The-Go, but it’s not implemented in Android yet. It turns out he’s actually sending commands by using DTMF tones through the headphone adapter. The audio jack is connected to a DTMF decoder that sends signals to the bot’s Arduino. He wrote client/server code in Java to issue commands to the robot. You can find that code plus a simple schematic on his site. A video of the bot is embedded below.
