Hi Gang!
I successfully installed my xbit last night, and have the
power button stealth selection WITHOUT HAVING SOLDERED ON THE MOTHERBOARD. Per prior posts, soldering the
power resister is MUCH tougher than D0 and subject to many problems, so I found a link to avoid soldering the
power button (and eject
button) for the Chameleon. Here's the link:
http://forums.xbox-s...ST&f=51&t=59371(I want to give credit where it is due. Click on the first word, the link "This" after the red disclaimer to see the photos)
Anyway, I first flashed the Xbit with M7, which I had previously colored with XBTool to make a red splash/logo and a red
power button (kind of a warning against going on live). I also selected the proper dip switches to boot from bank 3, where i loaded the bios. I left switch 4 in the shipped position (off, so the mod is active).
when I booted, the mod's green light goes on, and the M7 bios kicks in, and the
power button is red. When I hold the
power button on boot, the external LED goes off, the stock logo/dashboard loads, and the chip is disabled - simple as that - no meddling with dip switches for me!
I think the
power button install is the ONLY way to go for the xbit - otherwise, what a waste of a feature! do you really want to monkey around with dip switches? I don't.
BTW - I of course had to solder the diode to the xbit, and solder the wire to the diode - neither was difficult, but i think dms should offer a $2 or so extra option for a wired diode that plugs into a header on the xbit - that way it would in fact be a completely solderless install.
If you're not happy about just slipping the wire into the pin on the
power coupling, you could strip the yellow
power wire, and then solder the xbit wire onto it, but that defeats what i was trying to do - leave the xbox completely untampered if i remove my stuff - for warranty purposes, etc.
I am a happy camper!
Here are some photos of what I'm talking about, they're hosted on my site, www.gadgetaddict.com
here'es the overview - i added green to show the diode, and also where the
power coupling is:
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here's the wire inserted into the pin (second pin, even though it looks like the first), and electrical tape helps things stay put:
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and here's the final result, the
power coupling back in place and the inserted wire secured with the electrical tape:
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