MultiPi -- Raspberry Pi Cluster Case!

von jesse76

Druckbare Dateien (9)

  • stl

    multipi_base.stl

    84 Ko · 13 705 Downloads

    Herunterladen
  • stl

    multipi_1_demo.stl

    904 Ko · 13 408 Downloads

    Herunterladen
  • stl

    multipi_middle_b.stl

    568 Ko · 13 659 Downloads

    Herunterladen
  • stl

    multipi_upper.stl

    262 Ko · 13 653 Downloads

    Herunterladen
  • stl

    multipi_middle_a.stl

    522 Ko · 13 590 Downloads

    Herunterladen
  • stl

    multipi_lower.stl

    642 Ko · 13 677 Downloads

    Herunterladen
  • stl

    multipi_10_demo.stl

    6 Mo · 13 378 Downloads

    Herunterladen
  • stl

    multipi_2_demo.stl

    1.5 Mo · 13 412 Downloads

    Herunterladen
  • stl

    MultiPi_Lid_No_Vent.stl

    168 Ko · 12 648 Downloads

    Herunterladen

Beschreibung

Update 2/9/2021 - I apparently made updates to this thing, which I never published. The updates are pretty significant, and the new version belongs on it's own Thingiverse page. As I'm somewhat lazy and lacking in free time, it may take a while to publish. That being said, you can access the Tinkercad files here:
https://www.tinkercad.com/things/jFNy7TUHkie

This is a Raspberry Pi Cluster case, which I've dubbed "MultiPi"
(Get it? Multiply? Hardee, har, har!)

  1. Print the Upper and Lower, and put a RasPi in it!
  2. Print the base for stability!
  3. Print the Middle anytime you need to add another Pi!

This is still a thing in progress... Files may change!!

P.S. While you can technically stack 10, 20, or even 100 Raspberry
Pi's using this case, it's not really recommended due to instability issues.
You've been warned!

EDIT (5/27):
I've updated all .stl files. Here are the changes:

  1. Flattened the top of the Upper and the bottom of the lower, mostly to make printing easier (reduced chances of warping).
  2. Redesigned all three pieces with the objective of making the Middle a little easier to print.
  3. Widened the case a bit, to allow more airflow, and to allow easier removal of a RPi.
  4. Added a different middle piece, which has no holes for video/audio, since most clusters' slave nodes aren't used for such.
  5. Adjusted the size of the power, HDMI, and audio holes.