Companion Pi - Streamdeck mk2

This is the Top-plate which houses a streamdeck mk2.

You can use it in different ways.

as a Companion Pi: https://bitfocus.io/companion-pi 

or maybe just as an connected Streamdeck via Virtual Here to one Computer https://www.virtualhere.com/ - One device is Free.

If you don't have Poe-Switches you could also fit a little Powerbrick. Just drill one more hole for an according powercable or Jack.

I do recommend to buy the Hammond-housing, but I also made a Printable version, the Version with ventilation should be better, as the raspberryPi do get warm and plastic is a good insulator. You might want to Print this out of PetG, ASA or ABS.

Things to Buy for the Full Project

-Streamdeck Mk2

-Hammond Electronics 1590KBK Universal-Gehäuse 125 x 125 x 79 Aluminium Druckguss Schwarz 1 St. https://www.conrad.de/de/p/hammond-electronics-1590kbk-universal-gehaeuse-125-x-125-x-79-aluminium-druckguss-schwarz-1-st-536720.html 

-RaspberryPi 4 - 4gb

-RaspberryPi 4 - Poe-Hat

-15 cm Flex cat cable

-15 cm Flex usb A to C cable

-Neutrik NE8 FDP-B https://www.thomann.de/de/neutrik_ne8fdp_b.htm 

-at least 4 heat M4 Heatset-inserts +m4 8-10mm screws (add 4 of each if you also print the box)

Print instructions:

1x Frontpanel with 3 or more perimeters

2x Companion Holder import them twice in the slicer and Mirror one of them

Optional:

If you also Print the housing you should use the venitlated Version. Also you can download the modifier and decide for your own hole positioning in the slicer. Just import it as a negative volume and place it accordingly. You also could make your own ventilation holes with the No_Ventilation housing.

I also included a Raspberry Pi4 Bottomplate which uses m2.5 nuts to keep the Pi from rolling around, also use some tape to fix it in place then.

Assemble Instrucitons

1. Insert the m4-Heatset inserts

     2. Remove the Streamdeck from it's Shell

     3. Insert the Streamdeck and align it with the holder and screw it in (The streamdeck only            fits in one orientation.

     4. Use a D-Norm-drill to cut a hole depending on the cables and the orientation of the                    RaspberryPi

     5. Fasten the Catjack and connect all the needed cables.

     6. Close it all Up after testing 

also you might want to install a Raspberry Pi image first:

https://bitfocus.io/companion-pi