Why are we doing this?

We believe in making computers open again to democratize technology and empower individuals and organizations to explore, experiment, and create without the constraints of proprietary systems.

What are we doing?

We design versatile and affordable single-board computers to provide developers, hobbyists, and educators with a platform for prototyping, experimentation, and production of embedded systems. Our comprehensive documentation, tutorials, and vibrant online community support users in their projects and foster knowledge sharing.

How are we doing it?

Through open-source hardware designs, diverse software support, and active community engagement, we enable users to customize, innovate, and collaborate effortlessly in embedded computing.

Support us

The BeagleBoard.org Foundation is a Michigan, USA-based 501(c)(3) non-profit corporation existing to provide education in and collaboration around the design and use of open-source software and hardware in embedded computing.

Become a Patreon Sponsor on GitHub

Design

Detailed overview

Detailed hardware design

LEDs

BeagleConnect LEDs — Fig. 609 BeagleConnect LEDs

Buttons & Buzzer

User Input Output (Buttons & Buzzer) — Fig. 610 User Input Output (Buttons & Buzzer)

Sensors

On-board sesnsors — Fig. 611 On-board sesnsors

mikroBUS

mikroBUS ports — Fig. 612 mikroBUS ports

USB-C port

USB-C for power & programming — Fig. 613 USB-C for power & programming

Buck converter

BuckConverter (3.3V output) — Fig. 614 BuckConverter (3.3V output)

LiPo battery charger

4.2V LiPo battery charger — Fig. 615 4.2V LiPo battery charger

Battery input protection

LiPo battery input protection — Fig. 616 LiPo battery input protection

MSP430F5503

MSP430F5503 (USB to UART & mikroBUS) — Fig. 617 MSP430F5503 (USB to UART & mikroBUS)

CC1352P7

Digital subsection

CC1352P7 Digital subsection — Fig. 618 CC1352P7 Digital subsection

Analog subsection

CC1352P7 Analog subsection — Fig. 619 CC1352P7 Analog subsection

Power subsection

CC1352P7 Power subsection — Fig. 620 CC1352P7 Power subsection

RF subsection

CC1352P7 RF subsection — Fig. 621 CC1352P7 RF subsection

SPI Flash

SPIFlash — Fig. 622 SPIFlash

Debug interface

CC1352P7 & MSP430F5503 TagConnect — Fig. 623 CC1352P7 & MSP430F5503 TagConnect

Mechanical