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ItsAkshatSh
thedeck
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CAD
CAD
Firmware
Firmware
Hardware
Hardware
assets
assets
BOM.csv
BOM.csv
README.md
README.md
ZINEDeck.pdf
ZINEDeck.pdf
ZINEDeck.png
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TheDeck
The Deck runs on a Seeed Studio XIAO RP2040, which powers a 2.8 inch resistive screen from Adafruit, A rotary Encoder, and Two cherry mx switches, it also uses a MCP23017 for extra pins! It's quite similar to a StreamDeck, but instead of a grid of buttons that launch apps, it includes a screen that show-cases different screens with different functions. Want to make this yours? Head out to /Hardware, and Have a look at the schematic, and make your own preferred PCB style!
why?
I’ve always wanted a macro pad that felt more dynamic and customizable than the usual grid of buttons something I would genuinely love to use every day. The Deck was built to do exactly that. Instead of relying on fixed keys like most designs, it uses a touchscreen to create a flexible, ever-changing interface
Parts!!!
It uses a Seeed Studio XIAO RP2040 , Pretty budget friendly microcontroller
A Rotary Encoder , for all media control purposes
Two Cherry MX Switches , for Play/Pause, Stop Timer/Pause Timer, other purposes cooming soooooon!
A MCP23017 , FOR THEM EXTRA PINS! (only drawback of the XIAO 2040)
Adafruit 1770 , A resistive touchscreen module, basicallly the only thing that makes it stand out (this one breaks the wallet :soob:)
Hardware
want to work on this? head to /Hardware/Source
Refer to BOM
Download the PCB files from /Hardware
Order using the provided Gerber files
Solder all components as per the schematic
Download CircuitPython for XIAO RP2040
Hold the BOOT button and plug in the board
Drag and drop the .uf2 file onto the device
It should appear as a CIRCUITPY drive
Go here
Copy all files into the CIRCUITPY drive
For “Now Playing” support, go here
download and run
and, you are done!
Schematic
PCB
CAD (/CAD)
Firmware
The firmware is completely written in Python using CircuitPython libraries
└── MCU/<br>├── lib/<br>│ ├── adafruit_bitmap_font/<br>│ ├── adafruit_bus_device/<br>│ ├── adafruit_display_shapes/<br>│ ├── adafruit_display_text/<br>│ ├── adafruit_hid/<br>│ ├── adafruit_mcp230xx/<br>│ ├── asyncio/<br>│ ├── adafruit_binascii.mpy<br>│ ├── adafruit_bitbangio.mpy<br>│ ├── adafruit_ili9341.mpy<br>│ └── adafruit_touchscreen.mpy<br>├── font/<br>│ ├── helvB24.bdf<br>│ ├── helvR12.bdf<br>│ └── helvR18.bdf<br>├── screens/<br>│ ├── app_launcher.py<br>│ ├── now_playing.py<br>│ ├── pomodoro.py<br>│ └── settings.py<br>├── ui/<br>│ ├── animator.py<br>│ ├── arc_widget.py<br>│ ├── progress_bar.py<br>│ └── transition.py<br>├── boot.py<br>├── code.py<br>├── config.py<br>├── display_driver.py<br>├── input_handler.py<br>├── requirements.txt<br>├── serial_handler.py<br>├── state.py<br>└── touch_handler.py
I too use a bridge for grabbing Now playing info using winSDK, you can find it under /Firmware, it sends the info through ports, and then serial_handler.py parses it and passes that info to the screens!
BOM
Check it out here!
Zine
THANK YOU HACKCLUB! ❤️
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