Search Results for : Atmel

Microchip released a new IoT Development board, the AVR-IoT WG with part number: AC164160 The AVR-IoT WG development board combines a powerful 8-bit ATmega4808 MCU, an ATECC608A CryptoAuthentication™ secure element IC and the fully certified ATWINC1510 Wi-Fi® network controller...

RS Components will stock Microchip’s AVR microcontroller IoT development board for Google Cloud, which enables the fast prototyping of cloud-connected devices. By Ally Winning [via] The Microchip AVR-IoT WG development board uses an ATmega4808 AVR-based MCU, with a ATECC608A...

Antennino (the name Antennino is the combination of Antenna and Arduino) is a low-cost and low-power board based on the Atmel chip, then 100% compatible with the traditional Arduino IDE. The board integrates sensors and bus communication to get external information, as well as a...

Microchip has launched MPLAB X IDE version 5.05 which beta supports the majority of AVR MCUs – allowing developers to easily incorporate AVR MCUs into any application. [via] Further support for additional AVR MCUs will be provided in MPLAB versions. AVR support will continue...

Introduction Over the past few tutorials, we have mentioned several scenarios where using any of the Arduino board in a project may be an overkill due to the cost, size, and more technical reasons such as high power consumption. In the last tutorial, we discussed an alternative way of...

In continuation of the development of microcontrollers for a real-time control system, Microchip unveils a new set of microcontroller family based around the known Atmel ATtiny family called the ATtiny1607 family. Microchip is hoping to continue support for the Atmel's famous AVR set...

With the rise of Arduino, Raspberry Pi and others; embedded platform has been known to be programmed with a relatively few languages. Languages like C and C++ has been the tradition  for embedded platforms, and others like Python and maybe Javascript are beginning to see some limelight...

It is open source and based upon the ATmega32U4 microcontroller, and provided with drivers for two DC brush motors and a stepper motor. It receives commands via USB or serial ports, or via the I²C bus. For those dealing with robotics, one of the problems to solve is the management of...