75$, 20 watt blue ray player (with video and kill-a-watt goodness)
Yeah, more technically it’s a 20-watt x264 player. But it’s an 800mhz CELERON (all caps!) pumping 1080p into a broadcom decoder. More info after the jump
Yeah, more technically it’s a 20-watt x264 player. But it’s an 800mhz CELERON (all caps!) pumping 1080p into a broadcom decoder. More info after the jump
To follow up on my earlier articles, the IM-ME has been gaining some traction in the hacking community. There’s been a couple of driver releases in various forms, as well as a lot of information and protocol specs. Scott Albertine sent me a great gpl implementation in C, so we’ve made a sourceforge page for everyone to download the driver.
Although I’ve been spending my time on other hacking projects besides the Z2 lately, that does not mean there’s nothing exciting happening in the Z2 community. Our friend SoundGuy has finished putting together his Z2 root image, and it is slick! After working out some of the kinks with help from our comments (they are practically forums now…) threads, SoundGuy posted up a link to his newest “For the Average User” userland image. Terrific work! He’s really got a good eye for usability. More info after the break.
So a few of you had asked for a detailed chipset list for the npower fusion java console. Sounded like fun, so here it is. Turns out to be a pretty interesting device. For the super impatient among you, 200mhz 8mb ram arm SoC, possible rockbox target. Read on for photos and follow along instructions.
I finally had a few minutes to start working through the new list of ‘to hack’ items this weekend, so I started with the Nickelodean NPower fusion gaming console. Buy.com had these for 17$, and I’ve seen them at various secondhand retailers here in southern California for about the same. It supports j2me, cldc1.1, and midp2. For 17$ this would be a fantastic target for a beginning java games developer. The absolute rock bottom price would allow for some fun opportunities like beta test groups, without the terrible expense usually incurred purchasing mobile devices.
*Update In Comments” Using my trusty random number generators, I have randomly selected the winners of each category. No one was excluded and everyone had an equal chance to win. Congratulations to all winners, and all contestants! I think we had a great Hackaway! Emails will go out to all contestants shortly. The winners are:
Aaand it’s over. Just over 48 hours after it began and what a great ride it’s been. What a response! The winners have already entered, they just don’t know who they are!!
I have a very ominous looking stack of upcoming hacking projects. I also have a very lonely looking stack of already hacked projects, extra consoles, spare parts etc. To clear up space for the new hacks, I’m giving away 9 previous hacks. Read on for how to enter.
The Girltech IM-ME is a basic usb radio transmiter paired with a small console like device. It was suggested to me on the TP hacking thread I posted up a while ago. Hacking the IM-ME turned out to be an easy reverse-engineer, as there is no crypto to worry about and everything is sent in cleartext hex (everything). For 12$, this makes quite a nice little wireless console device. Read on for the protocol and info on implementing your own driver After ordering the IM-ME as a filler item on Amazon (what won’t I do for super-saver shipping), I plugged it in to my linux box. It was recognized as a standard HID device. This is good, as Girltech obviously didn’t go to any great lengths to protect the communication coming off this thing. At this point, I could have either loaded up a windows VM with a promiscuous USB driver at the host OS level, or loaded up a windows VM with snoopypro installed. I went (as I usually do when reverse-engineering usb protocols) with snoopypro. The output driver strings are quite easy to read and patterns are colored by communication direction.
My former graduate research has been collected and published in a book about grid computing. You can buy it on amazon here.