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Diskio Pi

All the Open Source in one device.

A new concept of hybrid machine, compatible with
Raspberry Pi and Odroid Nano PCs.
535% funded on ulule!

Diskio Pi is a versatile touch device, including a full HD&IPS screen, a sound amp, a USB hub and a battery.

We offer the construction kits, you are the maker of your own terminal.

The computer board is not included in the kit.


A semi-DIY device


Diskio Pi is perfect for building your own personalized terminal:

Diskio Pi has a great deal of functionalities and capabilities.
  • All-in-one solution for your favorite nano-pc
  • Compatible with Raspberry Pi and Odroid
  • OS available: Linux or Android, according to the motherboard
  • No special image/iso needed:
  • - Raspbian, Ubuntu
    - NOOBS, Arch
    - Raspbmc, Retropie, Recalbox...
  • No proprietary special code
Diskio Pi can be used as a portable screen.
  • With this feature, any HDMI device can be displayed by this screen.
  • The touch screen will work via an external USB cable.
  • Of course, the HDMI sound will be available.
Diskio can be ordered without case, it's up to you to decide.
  • Download the STL files and print the parts yourself,
  • or choose another way to integrate the elements (wood, metal...).
Diskio Pi can also be used for home automation using many options:
  • Wall tablet soon available:
  • - VESA 75 support
    - POE+ Ethernet
  • Battery
  • Wifi with your own adapter
  • Etc.
Diskio Pi is also designed for educators who want a playful material for their schoolchild.
  • Easy to assemble
  • Easy to use
  • Lots of free education software (Scratch, Python-school...)
  • Open-source softwares and languages (HTML, Javascript, Python...)
  • IoT (internet of things) initiation with the GPIO use
  • Virtual or real keyboard, mouse or touchscreen...


Case :
3D printed, with ABS material.
The 3D files (preversion) are available for download on GitLab for DIY printing (a 400x300x300mm printer is required).


Raspberry Pi 2 :
Raspberry Pi 3 (B and B+):
Raspberry Pi Zero :
CPU: 900MHz quad-core ARM Cortex-A7
Network: 10/100 Ethernet
Camera: Camera interface (CSI)
OS: Linux
CPU: 1.2GHz quad-core ARM Cortex-A53 (B+: 1.4 GHz)
Network: 10/100 Ethernet (B+: 300 Mbps), Wifi, Bluetooth
Camera: Camera interface (CSI)
OS: Linux, Windows 10 IOT, Lineage OS...
CPU: 1 GHz single core
RAM: 512Mo
W Version: Wifi & bluetooth inboard
OS: Linux
Raspberry Pi 1 model B, B+ :
CPU: 700 MHz single core ARM11
RAM: 512 MB
OS: Linux
Odroid C1+ :
Odroid C2 :
Odroid XU4* :
CPU: Amlogic ARM 1.5Ghz quad core
Network: 10/100/1000 Gigabit Ethernet
IO: 4xUSB 2.0
OS: Linux, Android
CPU: Amlogic ARM 1.5Ghz quad core
Network: 10/100/1000 Gigabit Ethernet
IO: 4xUSB 2.0
OS: Linux, Android
CPU: Samsung Exynos5422 ARM octo-core (4x2Ghz + 4x1.4Ghz)
Network: 10/100/1000 Gigabit Ethernet
IO: 2xUSB 3.0 + 1xUSB 2.0
OS: Linux, Android
* version XU4Q non compatible, only fan version
UP Board :
CPU: Intel® Atom™ x5-Z8350 x64 quad core 1.44/1.92GHz
RAM: 2GB or 4GB DDR3
OS: Linux, Android, Windows 10 (x64, x86)

Pics of the 0.3 prototype


General folder

This folder contains all the public files of the project (documents, customised operating systems, etc)


Link to the Gitlabs website where the STL and STEP files of the case can be downloaded.

The team


My name is Guillaume Debray, I am the founder of 3dcran, the name of the company that sells Diskio Pi. My initial qualification is in optics, I worked for about ten years in stores, in Normandy and in Paris.
With passion, I develop a product that fights against the planned obsolescence, which meets the expectations of free users.
My profile and my technical capacitives can make me the CEO of 3dcran.

Electronic designer:

Nicolas Macé builds Raspberry Pi based robots.
His experience with these cards is very useful for Diskio Pi, he has been working on the project since the beginning.


Since the very beginning of this project, three prototypes have been built, but it takes a lot of time and energy to build, submit and validate a prototype. With this third version, we are trying to develop a useful product, as cheap as possible, and compatible with many machines, without much funding.

- Does the product available now ?
The product is available (presale) on Ulule since january 2019 until March 1st 2019. Delivery August 2019.
After March 1st, a shop will be set up for the presales.

- What is the price ?
The first price is 199€. This price does not include options like batteries.

- What are the options ?
The options are the batteries and different boards. The basic offer will include the screen, the touch screen, the case (stand includes), the sound support, the power & hub board, and of course the screen support board.

- In the future, will it be possible to buy the replacement pieces ?
Of course. The concept is to propose a durable device, with a high repair rate.

- Is it possible to print the case by myself ?
Yes. You will need a large 3D printer (400x300mm), and the STL files are available on GitLab

- What is the link of the prototype's crowdfunding ?
You can find the page here.

Last update: March 5, 2019.


Any question ? Any suggestion ? Write us a message, we will answer as soon as possible.