INP3012-A1

INP3012 – EVB-A Development Board for Talaria TWO™ INP1012 Module

EVB-A Development Boards (INP3010/INP3011/INP3012/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 INP3012 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-modules#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