#atmega64

[bitstream24]

STK64+ - ATmega64 MCU AVR Development Board

The STK64+ is a complete, cost-effective development board for the ATmega64. It is designed to provide designers a quick start to develop code for the ATmega64 MCU, expediting the prototype development of ATMega64 devices.

The ATmega64 chip is mounted on a device board, which can be separated from the motherboard, allowing the secure exchange of the MCU. The ATmega64 chip comes in a TQFP64 package and can be the ATmega64-16AU, ATmega64L-8AU, or ATmega64A-A8U.

https://copperhilltech.com/stk64-atmega64-mcu-avr-development-board/

[bitstream24]

ATmega64 Development Board Designed For Rapid Prototyping

cost-effective development board for the ATmega64. It is designed to provide embedded system designers a quick start to developing code on the ATmega64 MCU and supports them with developing a prototype device quickly and easily.

https://copperhilltech.com/blog/atmega64-development-board-designed-for-rapid-prototyping/

[pauljacobevans]

4-LED Octal Clock Demands Colorful Math

We’ve all seen LED clocks where RGB LEDs are used to display time. It seems like the simpler the interface, the more likely you’d need to do math to figure out the time. This Octal Clock by [Alex Kurrasch] proves the point by using only four LEDs: the top two show hours and minutes, and the bottom two LEDs are multipliers. Using octal numbering, [Alex] translates the data using a Venn diagram of color mixing. The mapping uses 1 as red, 2 as green, followed by yellow, blue, magenta, and cyan. It ends with 7 as white (all on) and …read more http://pje.fyi/P56KsX