![]() ![]() You would use w 08000 to program the second 32k block in a 512(64k) eeprom. ![]() The address's and any ranges are in 5 digit hex numbers, the second (mmmmm) numbers are all counters NOT end address's so, for example, the r command needs two 5 digit hex numbers 00000 00011 would display the bytes from 00000 to 00010 (not 11), it starts at 0 not 1. Started V 1.3 12/8/23 a nnnnn - Set address (for debug) r nnnnn mmmmm - show mmmmm bytes at address nnnnn i nnnnn mmmmm - show mmmmm bytes at address nnnnn in Intex Hex format w nnnnn - write to eprom using xmodem transfer m nnnnn mmmmm - md5sum rom content starting at nnnnn for mmmmmm bytes long b nnnnn mmmmm - Check for FF's from nnnnn for mmmmmm bytes long h repeat this menu %Ī few notes before looking at the option: ![]() It took a bit of fiddling around to get the EPROM setup right. Ive got myself a little RC2014 setup using a Z80 processor board, serial & timer board, compactflash board and a breakout board to ease myself back into the saddle. Use settings 115200 8N1 with no hardware flow control, it all went ok you will get this menu: Im starting to get back into playing around with some microprocessors of my youth - Z80, 800. Once done you can do a quick test from a terminal program, for example minicom etc. Open the eprom.ini file and click upload to Arduino. Just choose the correct board from the drop down menu.ĭownload / clone this github site into you Arduino sketch directory. This setup does not require any special settings etc. I am assuming that you already now the process of using / programming an Arduino. ![]()
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