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This is the official BeagleBoard-X15 Support Page maintained and supported by a non-profit 501(C) organization.
If you have any questions or issues with the content on this Wiki, contact Gerald Coley

BeagleBoard-X15 Description

The BeagleBoard-X15 is the newest member of the BeagleBoard family. Measuring 4" x 4.2", it is based on a Dual Core A15 processor running at 1.5GHZ and features 2GB of DDR3L Memory.
Below is a picture of the top side of the board

STATUS UPDATE: RELEASED TO BUILD. Initial build is 50 boards for final SW checkout. Contact Jason Kridner for access.
We should have those available in about 6-8 weeks.

After that we will start building boards based on distributor orders.

X15 TOP SIDE.jpg

Bottom side view of the board.


BeagleBoard-X15 Features

X15 Features.jpg

BeagleBoard-X15 Questions and Answers

Does this replace the BeagleBone Black?


What is the expected price?

MSRP is $199

How many general purpose I/O pins are there?

There are four connectors with 60 pins each with about 157 GPIO pins[1]. The connectors are high-speed surface-mount on the back side of the board and even include PCIe[2].

Will this be open hardware?

Yes, all designs are released as open hardware, with source schematics and layout available for your modification. We choose devices that are available in single unit quantities from worldwide distributors and publish our bill of materials. Documentation for the devices are available without NDA at the time of product launch. Within the processor, there may be some undocumented features, but no closed-source blobs are required to be loaded to boot the devices and full control is turned over to the users.

Is the graphics engine software open source?

The TI Sitara device used on BeagleBoard-X15 utilizes Imagination Technologies' PowerVR SGX544 GPU[3]. The kernel components of the current solution are GPLv2 licensed. There is no open source support for the user space components of this GPU from Imagination, but the FSF has proposed a project to create an open driver[4].

Will I be able to program the C66x DSPs?

Yes, there is a free C/C++ compiler from Texas Instruments and support in the mainline of the open source GCC C/C++ compiler. Support for interprocessor communication is also included in the mainline Linux kernel via RPMSG[5] [6] [7] . debian wheezy/jessie images:
sudo apt-get install ti-c6000-cgt-v8.0.x-installer

BeagleBoard-X15 Mainline Support


Mainline as of (v2015.01-rc3) :;a=commit;h=1e4ad74b875f4da91193afffb0bb0db90ec7b886

git clone git://
cd u-boot/
make ARCH=arm CROSS_COMPILE=${CC} distclean
make ARCH=arm CROSS_COMPILE=${CC} beagle_x15_defconfig


Hardware Enabled Kernel Version Commit
Initial Support 3.19-rc1 5a0f93c6576a83d8d07c1b569641934294439ac0
Dual Ethernet 3.20-rc1 a75dacf8204a8ace6d42a28a157af3cc65ed3ddc
GPIO Fan Control (1) 3.20-rc1 7a03f2c08d62371a6459331036e214bd7288ed10
USB Client (USB2) 3.20-rc1 f60db98eaa67e02915f01e11933501127bc004b0
HDMI Example Example
Audio Example Example


echo enabled > /sys/class/thermal/thermal_zone0/mode

BeagleBoard-X15 Firmware


This firmware was found in the Android tree:;a=summary debian wheezy/jessie images:
sudo apt-get install bbx15-ducati-firmware-installer