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Eric I would be glad to send you the Chip and see if you can read it..
Also I wonder if it's erasable? There is no window on the front side..I wonder if the back has the window for UV Erase... :confused:
The rest of the Powerloader is all fully soldered surface mount components. Whick makes be believe even more that all that is need is the ability to write to that chip.
Eric I would be glad to send you the Chip and see if you can read it..
Also I wonder if it's erasable? There is no window on the front side..I wonder if the back has the window for UV Erase... :confused:
The rest of the Powerloader is all fully soldered surface mount components. Whick makes be believe even more that all that is need is the ability to write to that chip.
I would be willing to bet you are right! Worse case scenario, you get the information from the chip and use it as a template to program a new one. The chips are cheap, less than 6 bucks, you might be on to something. Keep us posted.....
In the DIP configuration it would have the UV window on the "top" of the chip, but the PLCC packaging places the UV window on the "bottom". Also, FWIW, the security of this chip is, well... security? :lol:
Not to put too fine a point on it, but with physical access to this chip, it's out bitch. ;)
I've got a loooong history of, umm, bit-banging (among other things) info from eeprom's people didn't want to be poked around in. I don't think whoever designed this PL device really had any major security concerns in mind. Which, could turn into a problem for them.
I'd be happy to read it for you, but I need to know if its DIP or PLCC. DIP is a rectangular chip with pins on two sides, PLCC is more square and has pins on 4 sides. If its DIP its probably a OTP, one time program.
I dont have the adapter to read/write PLCC on my programmer, but I'll look at getting the adapter I need.
I'd like to have it anyway, since I have a bunch of network cards I'd like to make PXE proms for that are PLCC :)
In the DIP configuration it would have the UV window on the "top" of the chip, but the PLCC packaging places the UV window on the "bottom". Also, FWIW, the security of this chip is, well... security? :lol:
Not to put too fine a point on it, but with physical access to this chip, it's out bitch. ;)
I've got a loooong history of, umm, bit-banging (among other things) info from eeprom's people didn't want to be poked around in. I don't think whoever designed this PL device really had any major security concerns in mind. Which, could turn into a problem for them.
Ah well...
BadAttitude
Bit Bang away!!! :smash: :smash:
The Powerloader was designed to write whatever is on the Chip to the PCM...
If we could put a stock flash on a chip an and get rid of the VIN# check...this could be a great use of old Powerloaders...
I'd be happy to read it for you, but I need to know if its DIP or PLCC. DIP is a rectangular chip with pins on two sides, PLCC is more square and has pins on 4 sides. If its DIP its probably a OTP, one time program.
Check the data sheets. It's eprom, definitely NOT otp. You guys never know when you have a hacker in your midst. ;)
If somebody else already has a PLCC eprom reader I'll let them tackle it. I need a $70 adapter to use PLCC chips in mine. (Not that I wouldnt like to have it)
I have a reader/programmer and UV eraser but I can only do DIP style. I will check and see if I can locate a PLCC adaptor for mine. I deal with programming these things all of the time, but not with the PLCC package.
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