Microchip Technology ATAVRBLE-IoT & ATAVRFEB-P4 Development Boards

Microchip Technology ATAVRBLE-IoT and ATAVRFEB-P4 Development Boards are controlled by the ATtiny1617 and ATtiny416 tinyAVR^® Microcontrollers. These Development Boards are supported by the Atmel START and Atmel Studio development platforms. These Development Boards provide a hardware platform toaddress the IoT market.

ATAVRBLE-IoT Development Board

ATAVRBLE-IoT Development Board is controlled by ATtiny1617 which is a high-performance tinyAVR^® microcontroller. This Development Board also includes the RN4871 BLUETOOTH^® 4.2 Low Energy Module, the ATECC508A CryptoAuthentication™ Device, and a 3-Axis Accelerometer with a Temperature Sensor. The LEDs and the touch button function as the board user interface.

Features

RN4871 Bluetooth 4.2 Low Energy Module
Node authentication by onboard ATECC508A
LED indicators for operational status
Triaxial acceleration sensor with an integrated temperature sensor

USB or CR2032 coin cell act as a system power supply
Programming via single-wire Unified Program and Debug Interface (UPDI)

ATAVRFEB-P4 Development Board

ATAVRFEB-P4 Development Board demonstrates the high performance, precision, and low power consumption with low pin count. The AVR P4 field engagement board feature 20-pin AVR ATtiny416 MCU, Organic Light-Emitting Diode (OLED) display, and external power connector mounted to the board. This kit also programs and debug the Unified Program and Debug Interface (UPDI) connector mounted to the board using the Atmel-ICE. The ATAVRFEB-P4 development board includes the ATAVRFEB-P4 board and a coin cell battery to power the board.