The Chirp Explorer Board, a first for data-over-sound.

The Chirp Explorer Board, a first for data-over-sound.

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The Chirp Explorer Board is the first IoT prototyping platform that’s tailor-made from the ground up to explore the possibilities of acoustic data transfer.

Built around the powerful Arm Cortex-M4 CPU with inbuilt DSP for optimised audio processing, it allows developers to quickly and easily integrate data-over-sound technology into embedded scenarios. Freely-available reference designs and open-source sample applications make it easy to build a data-over-sound prototype that can be seamlessly scaled to production.

We’ve made it as quick and simple as possible to integrate with the Chirp Arm SDK, with drop-in examples to get you up and running in minutes — no need to wrestle with handling audio I/O manually.

Specifications

  • Arm Cortex-M4 CPU running at 168MHz, with 256KB RAM and 2MB Flash
  • High-quality 192kHz audio DAC (Cirrus Logic CS4271) supports data-over-audio transmission in the audible and near-ultrasonic ranges, with a transmission range up to 3m
  • Integrated MEMs microphone and 1.4W dynamic loudspeaker provide integrated support for sending and receiving Chirp signals
  • Supports 3.5mm line-level inputs and outputs to connect to external audio peripherals (with optional Molex adapter)
  • User-assignable RGB LEDs, potentiometers and push buttons
  • Arduino-compatible GPIO pinout, with 21 GPIO pins, 8-channel 12-bit ADC, 2-channel 12-bit DAC, SPI, CAN, I2C, UART, and several multi-function hardware timers
  • Powered via micro-USB and programmed via standard SWD interface
  • Integrates seamlessly with the Chirp Arm SDK
  • Can also be used as a general-purpose development board for audio prototyping

The company says the Chirp Explorer Board will be shipping by the end of this year; however there’s no definitive set date or a perspective price-point. You can sign up for updates and pre-release notifications here for further information.

tags
Chirp ExplorerDatadata-over-soundSound
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