I just received some USB-A to USB-C convertors I ordered off Amazon that are insanely tiny and each fits inside the USB-A port, if there is a shallow USB-C to dual USB-C they might work this way.
Projects like this seem one of the ideal uses for the modules- stuff that a lot of people always have plugged in.
I wonder if the laptop chassis would meaningfully impact radio transmission however.
I also wonder about using those hubs such that you could have just one of these dongles and then usb-a passthrough?
That’s the one I ordered. The other was out of stock. This one interests me because it looks like a part easy to disassemble for a “tweak” I want to do.
If you don’t need to have access to the dongles from outside the laptop, then maybe orienting them sideways would give more room for two since the Framework Laptop expansion cards are deeper than they are wide.
Since the USB 2.0 Hub chip is surface mount, maybe the USB type A female and USB Type C male connectors should also be surface mount. For the USB-C connector, you just need the USB 2.0 signals.
I was thinking about trying to cobble together the same thing. I was just going to use this NanoHub - tiny USB hub for hacking projects and solder it to 2 USB c ports. (don’t have time to learn any board designy stuff)
It is great that there are 2 port and 4 port versions, if you were REALLY clever/crazy you could hook up the dongles internally and still present a USB-A port (or two) to the outside world.
Adafruit Industries have the reverse of that adapter in an ultra slim form, perhaps it could be reverse-engineered for an even more slim and finished version.
@Brady_Christianson That Adafruit adapter works because you are putting a small port inside a little port. The USB-C can fit inside a USB-A. The reverse is not true so the adapter can only be as compact as the USB-A device touching the face of the USB-C connector. To get any more compact than that, you would need to start modifying the USB-A device to break out it’s USB pins in such a way it can interface with USB-C in a more compact way or solder it on to a custom expansion card PCB.