So I got my Kitty yesterday, and decided I would start the project and spend the rest of the week on it. …then I finished it only a couple hours later. This is an amazing project you got here toodles, brilliant design easy to use, maximum reward. Thanks!
Finished the RJ-45 version, works PC, PS3, 360, and PS2 so far, and I will continue making system cables to get maximum usability. Strange note, the turbo LEDs don’t light up on button presses on PS2 (joystick lights work), but they do on 360 and PC, bit odd but no big deal.
Thanks again Toodles, you are awesome! Might even buy another for my other stick when I get money ^.^
Everything is great, I have a gamecube wire now, a ps2 wire, a usb wire for 360 pc and ps3, and an original xbox wire. The only strange things, ps2 turbo LEDs don’t light up on button presses, and xbox directionals don’t light up the guide. Not big deals, just figuring I should mention it.
The PS2 turbo led’s not lighting isn’t that big of a suprise; the PSX provides 3.3ish volts instead of 5 volts like everything else.
The directionals not working on Xbox shouldnt be that way. I’ll look into it.
I haven’t made any console cables yet, but it seems so ridiculously easy now with the Kitty board.
$56 shipped for Kitty
$25 shipped for Neutrik RJ45 + passthrough cable
Then all you need are the console cables, which you can buy or make yourself. I played the SF EX series on a MC Cthulhu TE and it is so much more fun. Can’t wait to see what Toodles comes up with next!
Toodles, do you know if the kitty will work in a Japan TE stick? I assume it has the same pcb as round 1, but i dont know. I just picked one up today and want to do a kitty dual mod.
Hey toodles, where do you get your molex ribbon from? I was wondering if they had “2 ribbon in 1 molex connector”? Kinda like an old IDE ribbon for connecting more than 1 CD-ROM/HDD with a single ribbon. It would be really easy to do LED mod with your FGWidget.
Same answer as before. If the lock switch disables Start and Select, need to wait for the TE-S solution, otherwise itll work fine.
Just read the .hex text file, read and interpret the lines for the eeprom and write them back.
And the ability to run the flashing CLI program would be a perk, especially if it can try to run it as admin.
Would be doable, but the VLX kitty hasn’t been in high demand, so its not going to be worth it for me to make a VLX specific led controller.
The file is Intel HEX, isn’t it? After loading the VLX version (the firmware was conveniently in the OP) up in Python and dumping it I what looks to be the USB string:
[quote=Toodles;10511930
Just read the .hex text file, read and interpret the lines for the eeprom and write them back.
And the ability to run the flashing CLI program would be a perk, especially if it can try to run it as admin.
[/quote]
Provided my c++ skills haven’t completely rusted, I should be able to write a program with a simple interface to let people edit the string and run the flashing program.
Yup. Its in Unicode which is why theres a 0x00 between each character. If someone says their serious about it I’ll post up into on what each of the 256 bytes are for.