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Build the MicroZed IIoT Starter Kit Zynq Hardware Platform

This tutorial provides guidance on how to build the Zynq hardware platform used for the Wind River ® Pulsar ^TM Linux OS system boot image.

Measured Boot Demo

This reference design utilizes an Infineon Trusted Platform Module in combination with Zynq Secure Boot to perform hashes on software elements during system startup.  The calculated values are then validated against a Remote Attestation Server in the cloud to ensure that the software system has not be compromised.  This security mechanism greatly hardens IoT devices against the possibility of external attacks.

Wind River ® Pulsar™ Linux OS with SPI Peripheral Integration

This tutorial provides guidance on how to customize and build the Pulsar Linux kernel and system boot image to add the AXI Quad SPI IP to communicate with the MAX31855 thermocouple temperature sensor Pmod.  Required hardware includes: MicroZed Carrier Card for Arduino, MIcroZed 7010 SOM, and Maxim Integrated thermocouple sensor Pmod.

Wind River® Pulsar™ Linux OS Out-Of-Box Image

This tutorial provides guidance on how to customize and build the out-of-box Pulsar Linux kernel and system boot image for the MicroZed IIoT Starter Kit.

Wind River® Pulsar™ Linux OS with LIS3MDL Sensor Integration

This tutorial provides guidance on how to customize and build the Pulsar Linux kernel and system boot image to add the I2C software driver to communicate with the ST Microelectronics LIS3MDL magnetometer sensor.

Wind River® Pulsar™ Linux OS with LPS25HB Sensor Integration

This tutorial provides guidance on how to customize and build the Pulsar Linux kernel and system boot image to add the I²C software driver to communicate with the ST Microelectronics LPS25HB pressure and temperature sensor.

Wind River ® Pulsar™ Linux OS with I2C Peripheral Integration

This tutorial provides guidance on how to customize and build the Pulsar Linux kernel and system boot image to add the I²C software driver to communicate with the HTS221 temperature and humidity sensor.  Required hardware includes: MicroZed Carrier Card for Arduino, MIcroZed 7010 SOM, and ST Microelectronics Arduino sensor shield.