Updated: BeagleBone® AI-64 represents a major milestone for BeagleBoard.org, satisfying some of the most requested features from our developer community.
Updated: BeagleBone® AI-64 represents a major milestone for BeagleBoard.org, satisfying some of the most requested features from our developer community.
This article follows two earlier blog posts about Device Tree overlays: Using Device Tree Overlays, example on BeagleBone boards Device Tree: Supporting Similar Boards – The BeagleBone Example Introduction As explained in the first two blog posts, the BeagleBone boards are supported by a wide number of extension boards, called capes. When such a cape … Continued
Most of the BeagleBone boards from BeagleBoard.org share the same form factor, have the same headers and therefore can accept the same extension boards, also known as capes in the BeagleBoard world. Of course, a careful PCB design was necessary to make this possible. This must have been relatively easy with the early models (BeagleBone … Continued
Join BeagleBoard.org® at Embedded World 2020, Booth 3A-238 February 25-27 in Nuremburg, Germany
Join BeagleBoard.org® at Embedded World 2020, Booth 3A-238 February 25-27 in Nuremburg, Germany
Follow along as Brandon Lewis, Editor-in-Chief of Embedded Computing Design walks through the BeagleBone® AI features and benefits.
Follow along as Brandon Lewis, Editor-in-Chief of Embedded Computing Design walks through the BeagleBone® AI features and benefits.
BeagleBone® AI is your fast track to embedded artificial intelligence at the edge. The fastest and most flexible BeagleBone yet builds on a decade of success in open hardware single board Linux computers built to educate and help you automate your home, office, lab or manufacturing floor.
BeagleBone® AI is your fast track to embedded artificial intelligence at the edge. The fastest and most flexible BeagleBone yet builds on a decade of success in open hardware single board Linux computers built to educate and help you automate your home, office, lab or manufacturing floor.
Navigating to the moon and landing on its surface during the NASA Apollo missions 50 years ago took some fascinating engineering within the spacecraft. The Apollo Guidance Computer or AGC was key to guiding the craft and to the success of the mission. Ken Shirriff and friends Mike Stewart, Marc Verdiell, and Carl Claunch have been restoring an AGC … Continued
Space researchers on Earth now have a powerful new way to remotely conduct experiments. Texas A&M University engineering students have been working with NASA Engineers, JSC Scientists and T STAR, a space commercialization company to successfully deploy an experiment station to the International Space Station. The first of its kind, “Hermes”, is a Class-1E experiment … Continued
This summer, four student projects in the Google Summer of Code 2019 (GSoC) will be mentored by BeagleBoard.org®. GSoC, sponsored by Google, is a global program in it’s fourteenth year, focused on bringing more student developers into open source software development during a 3 month programming project. After going through a detailed and thorough application … Continued
A new BeagleBone® made a sneak preview at Embedded World in Germany. Filling the gap between small single board computers (SBCs) and large powerful industrial computers, BeagleBone® AI (https://staging.digitalblender.co/ai) brings the open source Linux approach to Artificial Intelligence applications development. Based on the Texas Instruments AM57x family, the BeagleBone® AI gives full access to the … Continued