poor mans 93c46 / 93c56 / 93c66 eeprommer new: Atmel 89s53

Now that that the CueCat declawing paged has linked here, here is a version, compiled for linux (RH 6.0, x86) and dos, already set for 93c46 in 16bit mode:

Sourcecode 93c46lin.c

Src+Executable for DOS and Linux as tgz 93c46lin.tgz

Src+Executable for DOS and Linux as zip 93c46lin.zip

I strongly encourage everyone to take his moral right and do whatever he likes with things he owns. Patents on software suck.

And while I am already into providing tools for accessing data, here is a tool I wrote last week to hack a Siemens Gigaset cordless phone. Too bad the chip was locked, so I couldnt add additional features to the phone.

The Software is written for a ATMEL 89s53 microcontroller, uses the same interface as the other software on this page, works on linux and dos and is basically untested as my chip is locked.

Sourcecode a89s53.c

When my trusty MAG MXP17F monitor suddenly decided to lose its sync I had to build a tool to make it work again. Many thanks to Roberto Dario from Italy who provided me with an image of his working monitors eprom!

One needs a simple interface to connect to the parallel port, as you can see in the pictures down on this page. The pin connectors are described in the source code of the sourcecode. You can download the source, a Turbo C compiled version, and a working copy of monitor settings from here.

All files: mxp17f.zip

Sourcecode 93C66.C

Executable for DOS 93C66.EXE

working monitor settings MXP17F.BIN

As you see, the file is named 93c66.c. quite easy to explain, by changing some defines its possible to read/write 93c46 93c56 and 93c66 chips.

An email-explanation, like how to get into the monitor: overview.txt

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