AudioMoth Dev

AudioMoth Dev is the development version of the acoustic monitoring device AudioMoth®. This full-spectrum acoustic development board is based on the Gecko processor range from Silicon Labs and uses JST-PH headers to expose useful peripherals for modular expansion. AudioMoth Dev is intended for deployment with an external battery pack, no battery pack is included. Highlights Power socket (JST-PH) supporting 3.7 - 6V batteries All controls, indicators and IO ports broken out to JST-PH style headers 3.5 mm jack socket for external electret condenser microphones Compatible with all AudioMoth software Includes One AudioMoth Dev v1.0.1 Resources: Open Acoustic Devices Website AudioMoth Dev Features Silicon Labs Wonder Gecko microcontroller 48MHz 32-bit processor DSP instruction support and floating-point unit 256kB Flash 32kB RAM plus an extra 256kB of external SRAM On-board analog MEMS microphone, Sensitivity -38 dBV/Pa, 63 dBA SNR, 10Hz to 192kHz Sample rates up to 384kHz 3.5 mm jack socket for external electret condenser microphones Micro-USB B port for power, configuration and for reprogramming the Flash 5 separate JST-PH style headers for board-board/board-case integration 2-pin JST-PH header for connecting external power supplies (3.3V to 6V) 2-pin JST-PH header for powering external 3V boards or products from AudioMoth Dev  – 3pin JST-PH header for external red and green LED’s 3-pin JST-PH header for an external switch 4-pin JST-PH header for multi-function 3V General Purpose I/O (GPIO) 6-pin serial wire debug port MicroSD card connector Datasheet: GitHub - Audiomoth Dev Datasheet Export Information AudioMoth HTSUS 8519.81.25.00, Country of Origin: United Kingdom, ECCN EAR99 About Open Acoustic Devices Open Acoustic Devices designs, supports, and deploys open-source acoustic hardware and software for our user community, as well as our own environmental and wildlife monitoring projects. Their main product is AudioMoth, a low-cost, open-source acoustic monitoring device which has been used in multiple applications, including automating the search for an elusive insect species, monitoring poaching by gunshot and listening for ultrasonic bat calls. Their goal is to improve the accessibility and usability of acoustic technology for conservation using open-science.