First post, by Fox Mulder
- Rank
- Newbie
Greetings. Today I've searched and found this elusive EEPROM software, that I know many people are still looking for.
Google translations from the included text files:
README.TXT
To remake SB32 CT3670 in AWE64 you need to find about m / s CT8903
small (8 pins) m / s 93s66 and gently unsolder it. Then collect
the device described in mw.txt and flashing the awe64.nvr file. After you can
solder the chip in place.
It’s highly advisable to solder a 1-10uF capacitor between 5 and 8 m / s terminals,
if the electrolyte, then observing the polarity (8 is a plus).
Result: 1. The card works completely like AWE64, incl. WS / WG.
2. Any mention of an IDE is lost. 😉
I do not bear responsibility for crooked hands!
The archive also has the SB32.nvr file for returning the card to
initial condition.
Many thanks to Alex Samsonoff (2: 4600 / 103.333) for writing for
this program mw.exe.
For all questions, contact Uriy Velichenko fido: 2: 4600/103
email: master@bios.iuf.net
MW.TXT
The MW program is designed to read and write EEPROM 93c66 with organization
256 x 16 bit.
Connecting 93s66 to LPT1 port:
╔═══════╤══════════╗
║ leg │ Output m / s ║
║ port │m / s 93C66 ║
╟───────┼──────────╢
║ 2 - D0│ 1 - CS ║
║ 3 - D1│ 2 - CLK ║
║ 4 - D2│ 3 - DI ║
║ 1 - ST│ 8 - Vcc ║
║15- ERR│ 4 - DO ║
║18- GND│ 5 - GND ║
╚═══════╧══════════╝
Pin 6 is not connected. When programming m / s of some manufacturers of it
must be connected to pin 8.
Command format:
mw.exe r | w filename
r - read to file
w - write file to EEPROM.
The file length for writing should be 512 bytes.
Alexey Samsonov (0692) 72-16-64
FidoNet 2: 4600 / 103.333
Cheers.
