Traditionally, creating applications that can be connected to the cloud requires a lot of time and resources for embedded application designers to develop the necessary expertise in communication protocols, security, and hardware compatibility. Developers usually use large-scale software frameworks and real-time operating systems (RTOS) to overcome these difficulties, but they also lead to increased development time, workload, costs, and security vulnerabilities. In order to expand cooperation with Google Cloud, Microchip Technology Inc. has launched a new rapid development board for the Internet of Things, allowing designers to create prototypes of connected devices within minutes. The solution combines a powerful AVR® microcontroller (MCU), which is a CryptoAuthenticaTIon™ security component integrated circuit and a fully certified Wi-Fi® network controller, which can provide a simple and effective way to connect embedded applications. After connecting to the network, Google Cloud IoT Core can make it easy and quick to collect, process, and analyze data, so as to report decisions on a large scale.
The AVR-IoT WG development board (AC164160) allows developers to use a free online portal (www.AVR-IoT.com) to establish a Google Cloud connection for new and existing projects with one click. After connecting to the network, developers can use Microchip's quick development tools MPLAB® Code Configurator (MCC) and Atmel START to develop and debug in the cloud. The development board combines smart and secure connected devices, allowing designers to quickly connect IoT designs to the cloud, including:
• Powerful AVR microcontroller (MCU) with integrated peripherals: ATmega4808 8-bit MCU utilizes increased advanced perception technology and robust execution functions to bring powerful processing functions and simplify the AVR architecture. With the latest core-independent peripherals (CIP) that can reduce power consumption, it can provide unprecedented performance in real-time sensing and control applications.
• The security component protects the root trust of the hardware: ATECC608A CryptoAuthenTIcaTIon™ device provides a unique, reliable and secure identity for each device that can pass security authentication. The ATECC608A device is pre-registered on Google Cloud IoT Core and can be used without touch deployment.
• Connect to Google Cloud via Wi-Fi: ATWINC1510 is a fully certified industrial-grade IEEE 802.11 b/g/n IoT controller that can be connected to the MCU of your choice through a flexible SPI interface. This module eliminates the need for designers to have expertise in connection protocols.
Steve Drehobl, vice president of Microchip’s 8-bit MCU business unit, said: “Designing a secure cloud connection system is no longer a complicated process. Our products for Google Cloud are further expanded to provide a simplified development process to integrate the Internet of Things. Designs are quickly brought to market. Because the newly launched development boards are supported by MCC and Atmel START, designers can use tools they are familiar with to speed up the development process."
Connecting devices to the core infrastructure of Google Cloud has many benefits, such as powerful data and analysis technologies that allow designers to make better and smarter products. As part of this infrastructure, embedded designs can better utilize and respond to rapidly changing conditions among numerous sensor nodes.
Antony Passemard, director of product management for Google Cloud IoT, said: "Microchip’s solution allows Google Cloud IoT customers to build or quickly migrate large-scale applications without compromising security. Combining the network infrastructure of Google Cloud Platform and Google’s one A series of IoT services, this simple development board allows anyone to get powerful analysis tools and unique machine learning functions."
development tools
As when it was released last week, AVR devices are currently supported by the MPLAB X integrated development environment (IDE), and designers can choose to use the AVR-IoT development board for development through MCC or Atmel START. The development board is compatible with more than 450 MikroElektronika Click boardsâ„¢, expanding sensor and actuator options. Developers who purchase the toolkit can access the online portal, allowing the sensor data being released to be displayed immediately.
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