InnoPhase IoT, Inc. WiFi Development Kit INP3010-A2

INP3010 – EVB-A Development Board for Talaria TWO™ INP1010 Module EVB-A Development Boards (INP3010/INP3011/INP 3012/INP3013) include everything needed for evaluating the Talaria TWO™ module's performance and capabilities. The boards can also be used to complete initial system integration and development. Software binaries and programming tools for the EVB-A boards are available for free download on the InnoPhase IoT website. The software binaries include an IPERF3 application for throughput testing and a Multi-Purpose Demonstration application for current measurements across various scenarios for Wi-Fi® idle connected, cloud messaging, and other power-saving options. The various antenna options for the Talaria TWO module family are listed below: INP3010 – includes INP1010 module with PCB Antenna (PIFA) INP3011 – includes INP1011 module with U.FL Antenna Connector INP3012 – includes INP1012 module with RF Pad INP3013 – includes INP1013 module with Ceramic Chip Antenna How to get started: Purchase an INP3010 evaluation board Download evaluation software from the InnoPhase IoT website to test connectivity and current consumption in various test modes: https://innophaseiot .com/talaria-two-mod ules#eval-software Register on the InnoPhase IoT Customer Portal for access to the SDK for further evaluation and product development: https://innophaseiot .com/portal/customer -registration/ Features Arduino UNO format interface board with mounted INP1010, INP1011, INP102 or INP1013 module for easy evaluation in stand-alone mode or in conjunction with an external MCU Integrated pressure/humidity, temperature, and light sensors for prototyping; other sensor connection possible through available I2C or SPI ports Pre-compiled software binaries for quick evaluation of the module's key performance specifications USB connectivity for power, loading programs into RAM, storing programs in embedded Flash memory and terminal message printout Connection to available GPIO through central header pins or through Arduino header pins at the board edge Power management included for sourcing from a USB, external Arduino board, or optional battery connection Available port for measuring module current consumption Kit contents: EVB-A board, USB cable, board standoffs, 2x AA battery holder with wired connector External antenna included for INP3011 and INP3012 kits Board dimensions: 75.0mm x 53.3mm