For w0 = $0000 to $7FFF Step 16
WriteI2c w0,( 0,0,0,0, 0,0,0,0, 0,0,0,0, 0,0,0,0 )
Pause 10
Next
I seem to recall that Microchip defines endurance as the number of erase/write cycles you perform on the chip, regardless of its address, before it fails. However more important with regard to EEPROM life are other factors - luck for example! Some EEPROMs just "wear out" very fast. This is made especially true by the fact that I think that most of the EEPROM/Flash memories that we use do not have wear-leveling systems, unlike most consumer Flash products such as Flash cards and drives.I'm confused on this write/erase cycle. When the specs say one million erase/write cycles does this mean each byte can be written to a million times or the total number of bytes written to safely is one million? If I only use 1 byte to store my info then I can rewrite this byte a million times. Is this correct? But if I write to 10,000 bytes I can only rewrite these 10,000 bytes 100 times?