You might need a higher voltage to program it than you do when you are running a program. The lilypad power supply might only provide enough volts to run a program. Try another 5V supply.
trialex:
You might need a higher voltage to program it that you do when you are running a program. The lilypad power supply might only provide enough volts to run a program. Try another 5V supply.
You’re the second person to tell me that, first being Lady Ada, so I’ll give that a shot and report back on how it goes. thanks very much for your input! I sure do appreciate it.
n1ist:
You also need to connect the programming cable’s ground to the lilypad’s ground.
Ok, thanks for the tip! I’ll try that.
Any ideas why the voltage and ground from the USB to serial cable wouldn’t be powering up the board? I thought it would be fairly straight forward to just use the 4 pins (voltage, ground, tx, rx) from the cable since it’s the same cable I use to program the Modern Devices barebones aduino board…
n1ist:
You also need to connect the programming cable’s ground to the lilypad’s ground.
Ok, thanks for the tip! I’ll try that.
That didn’t work.
Binary sketch size: 1110 bytes (of a 14336 byte maximum)
avrdude: stk500_recv(): programmer is not responding
avrdude: stk500_recv(): programmer is not responding
Thanks everyone. It works. Never trust a hidden connection. I cracked open the connectors I have soldered to some header pins and found them transposed to what I thought they were. User error strikes again! USB to TTL Serial cable works great for TX/RX and power+ground.