SKU: IOWC-1286
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Microchip Technology ATAVRBLE-IOT Secure Bluetooth 4.2 IoT Node

₹7,049.00 (Inclusive of all taxes)
Out of Stock

The Microchip Technology ATAVRBLE-IOT is a secure Bluetooth Low Energy 4.2 IoT development board featuring an ATtiny1617 8-bit MCU, RN4871 BLE module, and ATECC508A cryptographic chip for hardware-secured end-node applications.

Features

  • Secure IoT node platform built around the ATtiny1617 high-performance 8-bit AVR microcontroller.
  • Integrated RN4871 Bluetooth 4.2 Low Energy (BLE) module for certified wireless connectivity.
  • Onboard ATECC508A CryptoAuthenticationâ„¢ device for robust hardware-based node security and authentication.
  • Includes a 3-axis accelerometer with integrated temperature sensor for motion and environmental sensing.
  • Flexible power options via USB or a CR2032 coin cell, supporting portable and low-power deployments.

Out of stock

Description

The Secure AVR BLE IoT Node is a comprehensive hardware platform designed for developing authenticated, low-power Bluetooth IoT endpoints. It combines Microchip Technology’s ATtiny1617 microcontroller with a pre-certified RN4871 BLE 4.2 module, enabling rapid wireless connectivity integration. The inclusion of the ATECC508A secure element provides a foundation for implementing hardware-based cryptographic security for device identity, authentication, and data protection, which is critical for commercial IoT deployments.

The board is equipped with a MEMS 3-axis accelerometer and temperature sensor, making it suitable for motion-tracking and environmental monitoring applications. Development is streamlined through the Atmel START configurator and Atmel Studio IDE, offering code generation and debugging support. Its dual power supply from USB or a coin cell battery facilitates both prototyping and field deployment of battery-operated sensor nodes.

Key Features

  • Complete Secure IoT End-Node Solution integrating MCU, wireless, security, and sensors.
  • Hardware-based Security with ATECC508A for secure boot, key storage, and authentication.
  • Certified Bluetooth 4.2 Low Energy connectivity via the integrated RN4871 module.
  • Integrated Motion & Temperature Sensing via onboard 3-axis accelerometer.
  • Low-Power Operation supported by coin cell battery (CR2032) power option.
  • Rapid Development with Atmel START cloud tool and Atmel Studio IDE support.
  • Simple Programming via the single-wire UPDI interface for firmware updates.
  • User Interface with a QTouch® capacitive button and status LED indicators.

Applications

  • Secure asset tracking and condition monitoring tags.
  • Bluetooth-enabled remote environmental sensors for smart buildings.
  • Wearable and portable health or activity monitors.
  • Authentication keys and secure Bluetooth beacons for access control.
  • Prototyping hardware-secured IoT end-nodes for industrial and consumer applications.

Technical Specifications

Microcontroller/SoCATtiny1617 (8-bit AVR)
Wireless ProtocolsBluetooth 4.2 Low Energy (BLE)
Wireless ModuleRN4871
Security ElementATECC508A CryptoAuthenticationâ„¢
Sensors3-axis accelerometer, temperature sensor
Supply VoltageUSB 5V or CR2032 Coin Cell (3V)
Programming InterfaceSingle-wire UPDI
User InterfaceQTouch® button, status LEDs
Development PlatformAtmel START, Atmel Studio
Dimensions (LxW)55mm x 35mm

Frequently Asked Questions

What development tools are required to program the ATAVRBLE-IOT board?

The board is programmed using the Atmel Studio IDE (version 7 or later) or the MPLAB X IDE with the AVR toolchain. You connect via the onboard single-wire UPDI programming interface using a compatible debugger like the Microchip Technology Curiosity Nano or an AVR ISP MkII. Code can be initially configured and generated using the web-based Atmel START tool for peripheral setup and driver code.

How do I establish a Bluetooth connection and send data with the RN4871 module?

The RN4871 module operates via UART AT commands. Connect the board's UART pins to a serial terminal (e.g., 115200 baud). Use commands like 'SF,1' for factory reset, 'SS,' to set the name, and 'SR,' to configure services. The module can be set to transparent UART mode for direct data pass-through. Refer to the RN4871 user guide for the complete command set and GATT profile configuration for custom data characteristics.

What is the purpose of the ATECC508A chip and how is it used in an application?

The ATECC508A is a cryptographic co-processor for secure key storage and authentication. It generates and stores ECC private keys, performs ECDSA sign/verify operations, and supports TLS handshake offloading. In your firmware, use Microchip Technology's CryptoAuthLib library to initialize the device, generate a unique key, and create attestation certificates. This enables secure device onboarding to cloud platforms like AWS IoT or Azure IoT Hub, preventing cloning and spoofing.

Package Includes

  • 1 x Microchip Technology ATAVRBLE-IOT Development Board

Additional Information

Weight 0.025 kg
Dimensions 5.5 × 3.5 cm