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Not just a tablet,

A Diskio Pi.

A new concept of hybrid machine, compatible with
Raspberry Pi and Odroid Nano PCs.
Tell Me More

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

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

The computer board is not included in the kit.

Diskio Pi is a versatile touch screen with a lot of 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...
  • No proprietary special code

Diskio Pi is GPIO compatible, so you can connect all your modules: Gyroscope, temperature sensor, light sensor...
  • Prototyping tablet
  • Open-source hardware
  • GPIO port available and pluggable
  • Slot integrated for your modules
  • Compatible with official Raspberry Pi camera
  • USB 2.0 Hub
Diskio Pi can also be used for home automation or to be used for the internet of things (IoT).
  • Wall tablet available (optional)
  • - Vesa support
  • POE+ Ethernet
  • Battery in option
  • 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...

 

Technical specifications:

⦁ 13'3 - 1920X1080 (FULL HD) IPS screen
⦁ Capacitive touch screen (10 points)
⦁ Internal DAC (USB)
⦁ Stereo amplifier with 3.5 jack output
⦁ 2x2W speakers
⦁ Hub USB 2.0 with 2 external ports
⦁ POE Ethernet
Optional: 7000 mAh battery

Compatibility

Raspberry Pi 2 :
Raspberry Pi 3 :
Raspberry Pi Zero :
    CPU: 900MHz quad-core ARM Cortex-A7
    RAM: 1GB LPDDR2
    Network: 10/100 Ethernet
    IO: 4× USB 2.0
    Camera: Camera interface (CSI)
     
    CPU: 1.2GHz quad-core ARM Cortex-A53
    RAM: 1GB LPDDR2
    Network: 10/100 Ethernet, 2.4GHz 802.11n wireless, bluetooth
    IO: 4× USB 2.0
    Camera: Camera interface (CSI)
    currently being considered

Odroid C1+ :
Odroid C2 :
Odroid XU4 :
CPU: Amlogic ARM 1.5Ghz quad core
RAM: 1GB DDR3 SDRAM
Network: 10/100/1000 Gigabit Ethernet
IO: 4xUSB 2.0
    CPU: Amlogic ARM 1.5Ghz quad core
    RAM: 2GB DDR3 SDRAM
    Network: 10/100/1000 Gigabit Ethernet
    IO: 4xUSB 2.0
    CPU: Samsung Exynos5422 ARM octo-core (4x2Ghz + 4x1.4Ghz)
    RAM: 2GB LPDDR3
    Network: 10/100/1000 Gigabit Ethernet
    IO: 2xUSB 3.0 + 1xUSB 2.0

Pics of prototypes (Future version 0.2 CAD and 0.1)

Prototype
Prototype
home automation
Domotique
Rack
Product
Prototype
Prototype
Prototype
Prototype

Timeline

Discovery of the Raspberry Pi
Several small server and multimedia player learning projects were performed.
First prototype
This model version 0.1 (17'') was built with an Orange Pi motherboard. Android or Debian are used freely.
Electronics and design study
A quotation of the study is now costed, and the feasibility studied. A prototype version 0.2 will be built.
Production and delivery
A first round of financing will be needed to raise funds for a small production run.
This was a creative period recovering laptop screens, and giving them a second life. My two secondary displays are from this recovery.
Combining a screen and nano-PC seemed a natural idea. It remained to find a tactile glass screen and fit out the system. The idea of ​​multi-board compatibility came next.
To optimize the electronic circuit, it is imperative that an engineer start everything from scratch to select reliable components, and design the daughterboard.
When the study and tests have been performed and validated, the next logical step will be to move to manufacturing, with delivery in kit form.

The founder

My name is Guillaume, I'm the founder of Diskio, the future company that will commercialize Diskio Pi. I was initially trained as an optician, and I worked in-store for ten years in Normandy and Paris, in France. So I learned the love of work well done, precision, and the sense of service.

After this direct selling period, I decided to give up this job in 2012 to go on a trip. I then bought a bike and went off to cross southern Europe, the Middle East and finally India. These six months have allowed me to make wonderful encounters, and see the world and life in a different light. On returning, I had no desire to resume my old job. Computers and hardware have always been a passion since my first Amstrad, followed by the Amiga 500. I learned Linux in the following years, and Raspberry Pi was a natural choice.


Contact


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