[John] at tronixstuff had a different idea and set out to test the internal EEPROM of an ATmega328. [John]’s build is just an Arduino and LCD shield that writes the number 170 to memory on one ...

Last week I spent most of my leisure time studying nonvolatile memory chips. The result was a better understanding of Arduino’s EEPROM. This might look like novice work, but I hope my thoughts will ...

Every time one of us flashes an Arduino’s internal ... nonvolatile re-writable memory is even more temporary. With a fixed number of writes until any EEPROM module fails, are we wasting writes ...

Now we can begin an experiment by connecting it with an Arduino board to write to and read from the EEPROM chip. We can write anything we want to it if it’s within 256 kilobits of memory and read from ...

Patrick explains more about his latest hardware creation and its features : Meet the Arduino Compatible RFID ... and holds card data in EEPROM memory, which means that the cards are saved ...