After adding some files to rootfs, Buildroot doesn’t compile anymore.
The error is: max_leb_cnt to low.
To solve this problem you have to increase the „logical eraseblock size” in Buildroot.
Go to “Filesystem images” / ”logical eraseblock size”. After that just say “make” again.
The following steps enable playing a WAV file through a BT headphone.
1) A Bluetooth stack is required, which is not enabled in our default image. The activation can be done by the local image configuration. Add the line CORE_IMAGE_EXTRA_INSTALL += " bluez5" to the end of the file "local.conf". This will add a Bluetooth stack to your image.
2) To output audio via Bluetooth, you need the package bluez-alsa. The bluez-alsa project is not part of Yocto, so you have to add the recipes manually. In the attachment, you will find a ready-to-use recipe to add bluez-alsa to the image as well. For example, copy the contents of the archive to the directory "[path to BSP]/fsimx8mp-Y2021.07.1/[build-directory] /yocto-3.0-fus/sources/poky/meta/recipes-multimedia".
3) Extend your local configuration with the package "bluez-alsa" -> CORE_IMAGE_EXTRA_INSTALL += " bluez-alsa".
4) Build your image and play it on the board.
5) The Bluetooth interface hci0 is normally disabled. You can use the command "hciconfig" to see the status. You activate it with the command hciconfig hci0 up.
6) To use bluetoothstack you still have to start the daemon. This is possible in Yocto with systemd. You can start the daemon with the command "systemctl start bluetooth.servce". Make sure that this is turned off again after the reboot. For continuous operation "systemctl enable bluetooth.service" is necessary.
7) Now you can search for your Bluetooth headphones. For this, you can use the program "bluetoothctl".
a. With help you can display available commands.
b. Command "power on" activates the interface
c. Command "scan on" switches on the search function. With this, you get the MAC address of your device. As soon as you know it, you can switch off the search (scan off).
d. With the command "pair [MAC]" you initiate the connection setup.
e. With the command "trust [MAC]" you mark the device as confidential.
f. Use the "connect [MAC]" command to indicate that the device can actually be used.
g. If everything is successful, then you can use the tool aplay to output for example a wav file
8)The command to do this is "aplay -D bluealsa:DEV=[MAC],PROFILE=a2dp file.wav
Dear
Customers,
Unfortunately there is a problem with all PCB revisions prior to 1.30 for PicoCoreMX8MM-V3/-V4 and also PCB revision prior to 1.20 for PicoCoreMX8MM-V5.
Sometimes the board stops during boot process.
Please send us your board for free rework via our RMA Tool.
We are very sorry for any inconveniences you may have with this issue.
The 3D Step files for NetDCUA9 can be found on our website:
Tab Documents - NetDCUA9 Hardware - NetDCUA9 3D Step Model (zip file)
The 3D Step files for NetDCUA9 can be found on our website:
Tab Documents - NetDCUA9 Hardware - NetDCUA9 3D Step Model (zip file)
On our public website you can find the following files:
- PicoCoreMX7ULP Altium Symbol
- 3D Step Model of PicoCoreMX7ULP and its Baseboard
- Baseboard Altium Design Files
- Baseboard Gerber Data
https://www.fs-net.de/en/produ…x-7ulp-processor/?panel-6
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To use this service, please subscribe to our newsletter:
https://www.fs-net.de/en/contact/newsletter/
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Attached you can find the STEP files for PicoCoreMX7ULP.
armStoneA9r2 comes with LVDS and HDMI, other boards have RGB-LCD as well. In this case only the LVDS port is active.
To display an image via HDMI, you need to activate the HDMI port.
This can be done in the Device-Tree. Specific file: arch/arm/boot/dts/armstonea9r2q.dts in Linux source code.
There you can find the line
#define CONFIG_ARMSTONEA9R2_MXCFB0 DISPLAY_LVDS
This needs to be altered to HDMI
define CONFIG_ARMSTONEA9R2_MXCFB0 DISPLAY_HDMI
Now recompile the Device-Tree and install armstonea9r2q.dtb on board.
In the following document you can find additional license terms for Windows Embedded Compact operating system.
Please take a look to chapter 24 “Certain Features Not Included” to understand which features are covered by the license
We are sorry, but documentation for NetDCU8 is no longer available.
Support for armStoneA9R2 is already included in FSIMX6 images.
New features compared to armStoneA9 are:
The driver for the on board WLAN module based on Marvel 8787 is available for WEC7 and WEC2013.
F&S ships boards with Windows Embedded Compact License.
For boards with Windows Embedded Compact 7, this is the C7E license.
Please take a look at the attached file (Windows Embedded Compact 7 Components SKU Comparison) for comparison of Compact 7 license types.
The license type is included in the name if the image. C7E -> _C7E_
Images which i.e. contains “_C7P_” in the name need another license.
sales@fs-net.de
In most cases there is a HTML file included in the ZIP file which gives detailed information on the included components.
For boards with Windows Embedded Compact 2013 this is the Core license.
The license type is included in the name if the image. C8E -> _C8E_
Images which i.e. contains “_C8GE_” in the name need another license.
sales@fs-net.de
In most cases there is a HTML file included in the ZIP file which gives detailed information about the included components.
efusA9 supports both, MIPI CSI and RGB camera. The default option on efusA9 and on the base board of efusA9 (SKIT) is MIPI CSI.If necessary, we can change it to RGB camera.
Does efusA9 support MIPI or RGB camera?
efusA9 supports both, MIPI CSI and RGB camera. The default option on efusA9 and on the base board of efusA9 (SKIT) is MIPI CSI.
If necessary, we can change it to RGB camera.
Does efusA9 support MIPI or RGB camera?
The efusA9 First Steps documentation is available now.
Visit our website: Products --> efus --> efusA9 --> Downloads
Direct Link:
https://www.fs-net.de/assets/d…efusA9_FirstSteps_WCE.pdf
The First Steps Documentation - Windows Embedded for armStoneA9 is now available in the product's download area:
http://fs-net.de/en/products/armstone/armstonea9/
Direct Link:
