Afterwards I checked the firmware (which I Received from fellow students) I edited the file for it to be flashed onto the MCU. With this configuration, I was able to read the ID of the debugger. The error, I received before the steps (in total 4-6 hrs of troubleshooting and configuration) was:
Atmel ice driver windows 10#
The reason I did the steps above, is due to the fact that Windows 10 has some issues with avrdude or any other AVRISP porgrammer if you are not using the official software provided with the programmer(s). This is the configuration that worked for me: After doing some research, it all pointed towards the system and user path variables in Windows 10. The issues I ran into the setup, is that avrdude was not recognizing the correct ID for the Amtel ICE ISP interface. And installed GNU make for windows, the avr 8 bit toolchain from github and the avrdude from. I wanted to use bash so I installed all the required files using this link: Brian's Tutorial. Use the software provided with the official software for the Atmel Ice programmer or use the opensource avrdude. I’m running a Windows 10 laptop, meaning I had 2 options. Getting the Atmel Ice to work with avrdude: (These 2 will funciotn as a jumper, in order for the PCB to be programmed as a controller) We chose the parts we needed to solder on the board using the ATTiny44A MCU.
We did manage to mill the pcbs using the broken bits and the end results are certainly from a good quality. Sooooo….if any of you have broken bits (we will send the new specs), send them our way.Īll jokes aside, we were able to mill the PCBs according to the specs of Neil. There were several issues with the milling process and this prevented us from making our boards right away.ĭue to the issues we had a few broken bits, however we discovered that every bit that was broken milled the PCBs at the right measures.
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