Project Ara Module
Leider wurde unser Antrag auf ein DevKit von Google abgelehnt. Es werden weitere Entwicklungen seitens Google abgewartet.
- magnetischer Connector an den man alle möglichen Messsonden anschließen kann
- Bsp Connector: USB Magnet Connector
- schaut euch mal den Buspirate genauer an … der ist nicht nur Logicanalyzer, sondern kann auch verschiedene Busprotokolle senden. Z.b. um mal eben nen I2C-Sensor zu testen. Und er kann JTAG sprechen und Arduinos programmieren. Ich denk das wären auch coole Features um sich von anderen Logicanalyzer Beiträgen abzusetzen.
Briefly describe the nature of your interest in the Ara platform
Modular and transformable technology is the future. FabLab Karlsruhe is a relatively new institution but already many very capable professionals joined us in the pursuit of new technology. We want to work on our own ara module because we are enthusiastic for the ara approach and want to participate in the prize challenge.
Briefly describe your module idea
The module we are currently developing is a versatile logic analyzer or bus pirate. It will be able to measure and visualize the electronic communication of devices. An open-source electronic multi-tool. It will also be extendable to support among other things a Multimeter-probe.
This is a module we would use everyday and is something we can't do with our smartphones yet. We dream of a smartphone for the modern hacker, able to help us push our tinkering projects into the realm of engineering and beyond.
Briefly describe the targeted users of your module and the potential market
Since this is a very specialized module the market won't be anywhere near the potential market for a GSM module for example, but the maker movement is growing. As Arduino, Raspberry Pi and many other new electronic platforms grow so does the accessibility of electronics development. This tool won't only be interesting for tinkerers, inventors and electronic technicians. Even the everyday handyman and household DIY fan can make use of a logic analyzer.
Briefly describe the estimated schedule of activities planned to develop your module
Since we want to participate in the prize challenge we want to have a working proof of concept until 1. Sept. and a working prototype until 30. Sept. We will have weekly meetings to discuss what we did the week before and plan to do the next week.
Until 8. August:
- finished evaluation of potential FPGAs
- initial draft for a firmware
- initial extension work of the sigrok android port
- initial PCB design
With access to software repository:
- build environment and build system setup
- get software prototype working with the build system
Until 22. August:
- Team Video for prize challenge
- first working prototype
Until 30. September:
- Bugfixing and optimization
Briefly describe the source of funding for these development activities
We are enthusiasts and our efforts will be self funded. We work on the project on our freetime.
Briefly describe relevant previous projects
Many of our team members have build their own 3D printer, designed electronic and mechanic systems from small hobby projects to full fletched mass market products.
Links to relevant project or portfolio
Briefly describe your team's relevant technical competencies (e.g. PCB design, mechanical, Linux and Android)
Our team members have experience with:
- Linux and Android development
- Mobile App development in general
- general electronics know-how in various categories (PCB design, arduino, raspberry pi, ti launchpad)
- signal processing and algorithm design
- Management and Execution of complex projects in short time periods
- Rapid Prototyping and scientific workflow
- Electronic design (PCB, EMI, HDL)
Which prototype interface do you intend to use? Check all that apply (I2C, I2S, SDIO, GPIO, DSI)
Prize Challenge Submission
Describe the features of your module
Describe your development plan between now and the final submission deadline on September 30, 2014
Describe your development team
Sebastian Höfer - PhD Student at Karlsruhe Institute of Technolgy. Working at the development of new sensor technology and computer vision algorithms in the field of industrial, visual inspection.
Sarah Jansen - Working as R&D engineer in the field of hardware and FPGA development.
Sven Hecht - Software developer working at bluehands GmbH & Co.mmunication KG. Experience with android development, project management and design of human computer interactions.
Link to video demonstration
Was man auf den ersten Blick auf der MIPI Seite findet:
„MIPI specifications are available only to MIPI Alliance members.“
Und eine Mitgliedschaft kostet: MIPI Member werden.
Aber keine Sorge … wenn die Firma weniger als 250Mio$ Umsatz im Jahr macht, bekommt man einen Rabat!