You can create an enclosure for the cameras and fan with the STL files from the Download Center. These files are shared with you under the Creative Commons license also included in the downloaded zip file.
Follow these instructions for assembling the enclosure with the developer kit.
The primary features listed below by domain and any related expansion board hardware or operating system elements required to enable the basic functionality are also described.
The steps in this section outline how to navigate the BIOS menu system to change the power limit settings; the module will throttle the CPU to keep current power below the set PL1 target.
This section outlines key system and host environment configuration elements needed to build the reference operating system.
The following configuration and Yocto workflow is based on a workstation running Linux*. Examples provided have been tested with Ubuntu* 16.04 and should work on most modern distributions if adapted by a knowledgeable developer.
The diagram below shows the high level software stack that is available to an imaging module connected to the Camera Serial Interface (CSI) bus to the internal Image Processing Unit (IPU) within the SOC.
Reference Operating System for IoT includes various widely used debug tools for Bluetooth® :
These tools provide the --help option about usage. Also, there are many resources available publicly to help you use these tools.
The Intel® Joule™ platform offers multiple solutions for data retention: eMMC, SD Card, and SDIO. Each storage type is intended for a specific use but offers the developer the flexibility to choose between them.
The module contains an embedded MultiMedia Card (eMMC) with ether 8GB or 16GB of storage capacity. See the System on Module Overview for module configurations.
The Intel® Joule™ module contains an integrated Intel® Dual Band Wireless-AC 8260 adapter.
The Design Guide provides guidance towards designing your own expansion board for use with the Intel® Joule™ module, based on our experience designing the reference expansion board described here.
This document provides the minimum information needed to design an expansion board for a module.
The boot behavior of the SoC on the module can be influenced by a number of strap signals. The table below shows the configuration of the straps for normal operation. It is the designer’s responsibility to ensure that their design does not impact the default signal levels; that is, the signals must remain in the default states until the PMIC_RESET is de-asserted.
