We’ve had this same hack submitted by two people, pointing to two different(translated) sources(translated) today. It seems with a recent version of dos box, you can load windows 3.1 or windows 95 on N95 or N85 devices. They’re both in polish, so they may be the same people posting in different places. If you can follow along, there seems to be sufficient information to do this yourself. We don’t know why you would want to, but you could. You can see a video of it in action after the break.
RIM has decided to venture into the touchscreen phone market with the new BlackBerry Storm. Unlike other companies’ offerings, the Storm has a touchscreen that clicks when you press it. phoneWreck disassembled the Storm to see what magic was involved in the device. There’s not much too it, it’s just a big button. pW notes that the entire phone board is very compact mostly due to RIM using Qualcomm’s latest MSM7600 chip. Items like bluetooth, GPS, and USB are all included in the processor instead of appearing on the board as discrete components.
phoneWreck recently launched and promises many future teardowns. They’ll be adding to their archive which already includes the Motorola Krave and the venerable Nokia N95. We’ll definitely be watching for their future releases.
Lifehacker’s [Gina Trapani] has one of Flickr’s photo bikes and wrote up how it works. As you ride, the bike automatically takes photographs, geotags them, and uploads them to Flickr. The handlebar unit contains a Nokia N95 cellphone. The rear is a solar powered charging unit. It has a custom python script that starts the photo taking sequence when it detects the bike is in motion using the phone’s accelerometer.
Most of the engineering seems to be for usability’s sake. We’re guessing they probably wanted to disguise that they’re bolting a $600 cellphone to a bike as well. Out of the box the Nokia N95 already does almost everything required. It has a 5 megapixel camera with an interval timer that can vary from 10 seconds to 30 minutes. It supports Flickr uploading, but with software like ShoZu you can streamline the geotagging and make all uploads automatic. Just build a solid mount for your N95 and you’ve pretty much got it, and when you park your bike you can take the phone with you.
Adafruit Industries sent us one of their SIM Reader kits a few weeks ago to test. Assembly was a breeze thanks to the through hole components and good documentation. We plugged it into our USB -> RS232 converter and tried out the provided pySimReader software. It worked fine, but our modern SIM card out of an N95 didn’t prove very interesting. It was too new to attempt cloning and being a smart phone it doesn’t rely on the SIM for storing anything unless you specifically tell it to. The story was the same for a SIM we pulled out of a Treo. We tried the device with [Dejan]’s SimScan and a copy of Woron Scan. Both worked without any issue. Conclusion: the device works great despite us lacking anything interesting to do with it.
[Sittiphol Phanvilai]’s multitouch screen project was posted a couple different places today. It uses the Nokia N95 to track light pens and draws the resulting paths on the video output. We immediately saw the applications for this in laser tagging. Right now if you want to do laser tagging you need to haul a laptop with you in addition to the projector. With some modification to the NeuScreen software you could replace the laptop with just cellphone plugged directly into the projector.