MotherBone™PiOne™ is a peripheral motherboard for BeagleBone Black & Raspberry Pi providing safe I/O expansion for Linux based systems
MotherBone™PiOne™ is a peripheral motherboard for BeagleBone Black & Raspberry Pi providing safe I/O expansion for Linux based systems Read more
We were evaluating BeagleBone Black and Raspberry Pi for low cost control systems when we discovered that the modules, as shipped, were fundamentally unusable for anything other than connecting to your PC and programming.
For instance, some of the cautions listed in the BeagleBone Black Systems Reference Manual are:
"NOTE: Do not connect 5V logic level signals to these pins or the board will be damaged.
NOTE: DO NOT APPLY VOLTAGE TO ANY I/O PIN WHEN POWER IS NOT SUPPLIED TO THE BOARD. IT WILL DAMAGE THE PROCESSOR AND VOID THE WARRANTY.
NO PINS ARE TO BE DRIVEN UNTIL AFTER THE SYS_RESET LINE GOES HIGH."
Since we were required to provide some kind of voltage isolation in order to connect the BeagleBone Black to any external devices, we figured everyone else would need some form of isolation as well in order to use BeagleBone Black in the real world.
An additional problem we discovered was that BeagleBone Black's default operating mode utilized many of the pins present on the I/O connectors and these were not available for general use without extensive operating system changes.
We also found that the Raspberry Pi has an extremely large user group and support. This has allowed people to develop a tremendous amount of software for various applications. However, like the BeagleBone Black, it is limited in its real world expandability out of the box. We wanted to allow existing users of Raspberry Pi to use BeagleBone Black like a Highly Intelligent Super I/O to expand their projects into real world applications. Additionally, this gives Raspberry Pi programmers a platform to easily port their routines to BeagleBone Black.
We created a multi-tool: an all-in-one 3.5" peripheral voltage isolating motherboard for the BeagleBone Black and Raspberry Pi Model B computers and expanded out and isolated all of the default configuration pins that were not being used by BeagleBone Black internal resources. We also created two different on-board communication links between Raspberry Pi and BeagleBone Black for advanced control functions. Now you are able to run both modules individually or simultaneously in the real world.
The MotherBone™PiOne™ provides:
- Multiple on-board switching power supplies powering Raspberry Pi and BeagleBone Black and the on-board high-powered USB hub
- Power isolation to protect BeagleBone Black and Raspberry Pi I/O pins
- Extensive high powered I/O for real world projects
Easily realize complex projects through this Linux based control module
Check the System Reference Manual for more information: http://aplusmobile.com/MotherBone.html
- Allows BeagleBone Black and Raspberry Pi to simultaneously use MotherBone™PiOne™ resources and I/O
- Use various Linux Operating Systems
- Protects BeagleBone Black I/O pins through opto-isolators and voltage level translators
- Features an extensive combination of I/O (capes & shields) incorporated on one board to enable complex projects
- Simplifies software development with stable, standardized hardware platform
- Open Architecture platform utilizes existing software libraries, such as accessing I/O pins with open source Python libraries
- Create smart control systems that utilize your tablet or smartphone for control functions via WiFi
- Onboard stable industrial grade power system with wide DC input range (7.5-36VDC)
- Exclusive, high-powered 4-port USB Hub for powering downstream peripherals
- Exclusive jumper selectable BonePi™Bridge™ provides communication between BeagleBone Black and Raspberry Pi via Null modem and I2C
- On-board I2C voltage level translators allow use of various I2C devices for Arduino, Raspberry Pi, Adafruit, Parallax, etc.
- 1 x BeagleBone Black connection, 1 x MIDI, 1 x Raspberry Pi connection, 5 x relays, 7 x analog voltage inputs, 4 x USB, 3 x UART, 1 x BonePi™Bridge™, 1 x Raspberry Pi Pass Thru Header, 1 x 16-bit GPIO, 2 x PWMs, Front Panel Connections, 3 x 5VDC accessory connections, 1 x power input, 4 x I2C ports
- Designed and Made in the USA
- Form Factor: 3.5 inch industrial standard motherboard (5.8” x 4”) (5.25”, 3.5” external drive chassis)
- CPU Requirements: BeagleBone Black and/or Raspberry Pi single board computers simultaneously (Not Included)
- Power System: Three 5VDC switching power supplies (52W maximum, 22W nominal)
- Input Power: 7.5-36VDC, single input connection
- 4-port High Powered USB Hub: Four downstream USB ports with extended current capability can be used by BeagleBone Black or Raspberry Pi
- Raspberry Pi Pass Thru: Raspberry Pi I/O header interconnect with Pass Thru Connection for Raspberry Pi peripherals
- BonePi™ Bridge™: Jumper selectable I2C and null modem connections and relay access for Raspberry Pi
- 16-bit GPIO: 5V TTL level 16-bit GPIO (I2C Slave) can be used by Raspberry Pi or BeagleBone
- I2C, I2C2 Bus: Individual BeagleBone Black and Raspberry Pi 5-pin I2C Master access with additional BeagleBone Black 5-pin I2C2 voltage isolated port
- Solid State Relays: Five high-powered solid state relays for AC, DC and analog switching
- Analog Inputs: Seven wide range analog voltage inputs with trim adjust for voltage range select
- PWM Output: Two high-current, open drain MOSFET PWM outputs
- UART2, UART4: Two fully opto-isolated +5V TTL voltage level translated UART connections
- J1 Serial Console (UART0): BeagleBone Black J1 serial connection accessible on BonePi™ Bridge™
- MIDI (UART1): One standard opto-isolated 5V MIDI IN and OUT connection
- Front Panel Connections: Traditional motherboard power button, power LED and reset button connections
- Cape EEPROM: Standard BeagleBone Black required expansion cape EEPROM with address select
- Temperature: Operating 0-60°C; Storage -20-+85°C
- RJ45 Ethernet: Accessed from BeagleBone Black and Raspberry Pi Model B (not included)
- HDMI Video, Audio: Accessed from BeagleBone Black and Raspberry Pi Model B (not included)
How do I get started with MotherBone™PiOne™?
You will need to provide either a BeagleBone Black or Raspberry Pi Model B. Then follow this video to watch how easy it is to get started!
Current State of the Project
We are asking for financial support in order to start up production and set up a dedicated manufacturing line at our shop in Oregon City, Oregon. This will provide a constant and consistent supply of MotherBone™PiOne™ modules to the programming community. Having been in the electronics business for many years, we at APlus Mobile are dedicated to bringing manufacturing jobs back to the USA.
- Following funding, we will order the first set of materials which takes approximately four weeks to receive. Concurrently, we will set up a dedicated manufacturing cell with tooling at APlus Mobile's shop in Oregon City, OR. (Completed June 2014)
- Once the cell is set up, we will run the first batch of MotherBone™PiOne™ modules for the EARLY ADOPTERS. The first batch will be produced in approximately four weeks. (First shipment July 2014)
- This will allow us to go into continuous production to fulfill rewards for the PRODUCTION and PHASE 2 BACKERS and beyond. We have designed the production process to be scalable depending on demand. (Weekly shipments to fulfill rewards starting in August 2014)
Take DIY Off Grid Energy Control to the Next Level by Rob Cermak
Off grid energy control just got easier... Is there a better way to get more control [of my DIY Off the Grid System]? The Raspberry Pi would be a good next step, but I need a rock solid solution. Introducing the MotherBone™PiOne™ motherboard from APlus Mobile, Inc.
There are an amazing amount of features on this board. Pair the motherboard with a Beagle Board Black (BBB) and you have an amazing low power supply and controller that can snuggle right into a 24V off grid power system.
APlus Mobile has been in business since 2004 and has had success supplying DC-powered computers for use in communications networks, robotic vehicles, boats and aircraft. We have designed and manufactured various types of computers and peripherals that are installed in trash truck cabs, run on solar power for oil exploration, packed in suitcases for field deployment to remote locations, and others.
We support education through our current sponsorship of Embry Riddle Aeronautical University and their 2014 Maritime RobotX autonomous boat. See the boat in action with the following link:
We would like to continue supporting education, but this time on a smaller scale, by making open sourced hardware tools more accessible to everyone.
Amy has been in the electronics business for 18 years in a variety of positions and for large international corporations. Amy specialized in product development and high volume manufacturing. Her responsibilities included Manager of Technical Writing and Documentation for Product Development groups, as well as supporting offshore manufacturing organizations and product transfer. As a co-founder of APlus Mobile, she is passionate about bringing manufacturing jobs to Oregon and creating locally sourced and produced electronic products.
Tim is the VP of Product Development and co-founder of APlus Mobile, and has been in the electronics business since 1979. He grew up building computers starting with the Z80 and 6800. Tim has a wide variety of technical skills and experience in every aspect of a high technology design and manufacturing organization. He has worked for large international corporations managing teams in Product Development, Design for Manufacturability, Manufacturing & Process Engineering and Electronic Failure Analysis in both commercial and military industries. Tim has also designed and managed high volume production lines. He managed a team for the design and development of robotics for automated assembly systems which resulted in four IEEE Nationally Published Papers. He is prolific in coming up with new ideas and his favorite question is, “How hard could it be?”
Tom is the Chief Engineer and co-founder of APlus Mobile, has a background in physics, electrical engineering and mechanical engineering and has been instrumental in developing complex production test systems and military products. He spent 40 years in the electronics industry in a wide variety of positions and has worked for large international corporations. In his spare time he hopes to visit all of America’s National Parks.
Risks and challenges
We have significant experience in product development and high volume manufacturing for products of this type so there is little risk in our ability to manufacture this product in sufficient quantity to meet demand.
We have also value engineered the product with component availability in mind, however, component availability lead time is always a risk with any manufactured product.
We will keep everyone aware of any lead time changes due to any reason.Learn about accountability on Kickstarter
- (30 days)