Nokia team PUSH is proud to announce they have winners from the contest they held over the past two months. You may remember when we first told you about the competition, but here’s a recap. All you had to do was think of a good hack for the Nokia N900! Winners will receive funding and other resources to make their hack come alive. What possible hacks made the cut?
Haptastic – A compass and map? Not any more with this wearable guide that can lead the way.
KAPingwiththeN900 – Flying high with this aerial photography project
LIGHT HACK CREW – Bring light graffiti to the N900
Rocket Pocket – Just Bonkers! An N900 in orbit, we love it!
SolderinSkaters – Tony Hawk who? It’s all about Solderin Skaters!
Projects involving Conway’s Game of Life and utilizing a Nokia 3310 screen are quite popular with electronics hobbyists. [Droky] put these two together and went one step further by adding capacitive sensors to control the Game of Life. His work is a great example of how to use the Atmel QTouch capacitive sensor (QT100a datasheet). This chip does the heavy lifting that we’ve seen in other touch sensitive solutions. It operates from 2V-5.5V, requires only three capacitors and a resistor, has a one pin active high output, and sells for around $1 in low quantities. One thing [Droky] overlooked in his board layout is the ground pad on the bottom of the WSON6 chip. He was able to make it work by masking the trace that runs under the chip but you will want to alter the layout in your own designs.
If you’ve used the QT100a before we’d like to hear about your experience, and find out if button debounce handling is necessary with this chip. Let us know in the comments. You can see a video of it in action after the break.
With the upcoming release of a Cortex-A8 based handset, Nokia is looking at gaining some popularity with the hacker crowd through their new project/competition. If you can think of a good hack for the Maemo-running Nokia N900, you could win a vague prize pack consisting of the device itself, plus support (including financial) to make your idea a reality. The website states that winning hacks will be toured around the world. The due date for submissions is October 11th. A getting started guide is available (though it mostly consist of instructions on connecting the N900 to an Arduino through bluetooth).
Nokia is currently one of the leading phone providers and intends to jump higher on the scale with the Nokia N900 powered by Maemo. But what wasn’t expected was for Nokia to step into the netbook pool. Called the Booklet 3G, it sports 10.1 inch high(er) resolution display with HDMI output. For connectivity you can take your pick of 3G, WiFi, and Bluetooth. All wrapped up in Windows 7 with a whopping 12 hour battery! However, the problem with all these features is the price tag might eat a hefty hole into your pocket book. That’s not going to stop us from trying to get our hands on one, of course. Anyone have any hacks planned yet?
The silicon hacker behind the Chumby, [bunnie huang], was browsing through the Mobile Phone Megamarket in Shenzhen, China and stumbled upon an unusual repair book. It turns out the book had the schematics to hundreds of Nokia phones. It’s hard to tell if they are legitimate, but the amount of information makes them seem so. [bunnie] claims that the book is a learning experience because it shows how some sub-circuits are implemented. Also, it can be a good reference for sourcing parts. Since Nokia buys millions of each component, the supply of parts they use are stable. There are also editions for other brands, such as Motorola and Samsung.
[Tobias Engel] released a serious Nokia vulnerability today. By using a specially crafted SMS message, you can block the recipient from getting any future SMS messages. The attacker changes their Protocol Identifier to “Internet Electronic Mail” and then uses any email address 32 characters or more in their message. The recipient will receive no indication that they got the message and no other messages will be allowed until the phone is factory reset. You can see a demo video here. This affects many different varieties of S60 phones and no fix is known.
The 25th Chaos Communication Congress is underway in Berlin. One of the first talks we dropped in on was [script]’s Solar-powering your Geek Gear. While there are quite a few portable solar products on the market, we haven’t seen much in the way of real world experience until now.
Like everybody, we sometimes get a little frustrated with our cellphones. Probably one of the most annoying things is when we drop our phones once and they stop working. At Nokia’s hardware damage labs in San Diego, they physically test their phones for extreme uses. They test things like flip tension, water resistance, and even UV resistance. Recently, the folks over at MobileCrunch were given a tour of these labs and were nice enough to post an in-depth article about what they saw. In addition to the impact testing video above, there are many more videos posted that demonstrate the tests they perform.
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.
