AVR Programming

AWC has many tools to help you realize your AVR project. Our popular GPMPU40 (pictured above) is the perfect board for nearly any AVR/ATMega project. It is customizable to hold any DIP package CPU from 8 to 40 pins and easily connects to a standard project board or solderless breadboard. In addition, our XCP1 board allows you to program both JTAG and non-JTAG AVR and ATMega CPUs.

Need more processing power? Our popular PAK coprocessors work well with Atmel processors using assembly language or C.

Select what best fits your needs to read more:

	APP-IV - An ATmega8 development board with built in RS232 boot loader and GNU C libraries.
	Tutorial - Learn how to use gcc and the ATmega CPU.
	GPMPU40 - Universal MPU prototyping board -- accepts any DIP CPU from 8 pin to 40 pin and includes flexible RS232, power supply, clock, and reset options
	AVR Programming - Use our XCP1 kit to program ordinary or JTAG AVR/ATMega processors
	PAKs - Learn how to use PAK coprocessors with assembly or BASCOM
	PAKs with gcc - Use PAK coprocessors with gcc (the example uses an ATMega16)
	Resonators - Unbeatable prices on ceramic resonators
	Project kits - Many of our kits enhance any microcontroller project -- read a keyboard, add A/D to nearly any PC program, control servos, and more
	AVRLIB - Note that the open source AVRLIB mentioned in the tutorial seems to be offline. You can download a local copy. Note that AWC did not create this library -- it is open source and we are providing this copy as a courtesy.