How to build Yocto SDK and compile for i.MX
The first step is to create the Yocto SDK. After building an image (e.g. bitbake fsl-image-gui), build the Yocto SDK using the command:
Recent Posts
How to measure power consumption in i.MX applications
This post is intended to show a method to determine the power consumption in i.MX boards and to share some relevant information about this topic, such as ope...
Creating Qt Application for iMX
The following tutorials provide sample guides to develop Qt Applications for running on i.MX platform.
How to add DT support for a driver
The platform device scheme has been extensively used to describe hardware platforms. But its main disadvantage is the need to instantiate each device by code...
How to create a Debian image to iMX 6Quad SABRE-SD
Prepare the host machine installing the following packages:
Audio loopback between two imx using USB UAC2
UAC can be used to transfer audio using the USB connection. This tutorial shows in 5 command lines how to get a loopback to hear the microphone from one imx ...
How to use OV5640 with i.MX 6UltraLite EVK
The i.MX 6UltraLite EVK kernel release includes the parallel camera OV5640 support by default. However, depending on the base board revision, this camera mig...
MikroE RELAY Click board enablement on WaRP7
The WaRP7 IO board includes a mikroBUS connector which allows a large amount of Click boards to interact with the i.MX7S chip. This post discusses the enable...
MikroE REED Click board enablement on WaRP7
The WaRP7 IO board includes a mikroBUS connector which allows a large amount of Click boards to interact with the i.MX7S chip. This post discusses the enable...
How to use HDMI output on i.MX 6SoloX SABRE-SD
The i.MX 6SoloX SABRE-SD supports the parallel Seiko WVGA LCD by default. However, there is also a HDMI Port Card expander board that provides HDMI output. T...