Even than if it worked, I would find these kind of miners with usb-c highly dangerous. People, who doesn't know much about electricity or doesn't make some research in this topic can easily burn their homes down only by plugging a usb-c miner in a hub and letting it behind running without any super active cooling. 
I'm not saying usb-c would be a dead end or would be bad, I only find it risky and a bit too dangerous. That's why I reckon usb-a miners are enough. Who knows what kind of super-chips the future and the developer misterminds bring us.
Ahem.. the Compac-F can also get hot enough for the solder to melt; these things being able to overheat and melt is not really related to the connector used.I'm not saying usb-c would be a dead end or would be bad, I only find it risky and a bit too dangerous. That's why I reckon usb-a miners are enough. Who knows what kind of super-chips the future and the developer misterminds bring us.
I see your point, but I think it is to some extent. It already can melt with an usb-a connector, than with a usb-c it is preprogrammed to melt. Since, usb-c chargers and hubs handles a higher amperage --> higher wattage. To be able to get a higher current out of a usb-a you have to educate yourself. You cannot go to a general store and buy the first hub you see as it is with usb-c.
A bit longer explanation:
With a regular usb-a the average input lies at around 5V/1,4A=7W and the cup is around 5V/2,4(3)A=12(15)W. Usb-c starts from here. Usb-a was meant firstly for data transfer, usb-c for fastcharging and data transfer. The cable is important as well, however, we don't use any cables to usb miners, therfore would be theoretically irrelevant if usb a or c. But the charger types/hubs were designed to cover the above described power demands, that's why we hardly find any usb-a hubs, which can support not 3A but even 2,4A.
We can consider this kinda involuntarily built in protective mechanism.
If you don't do your research and you don't understand electricity a bit, cannot overclock or even use your miners properly.Let's assume, there would be a hipothetic Ferrari2 with usb-c connector and 2 BM1397 ASIC Chips. It could draw ca. 30W or more. Anyone who has a common 30W+ usb-c hub can without any research and understandig easily just plug the thing in and it would run. But for what a cost? If a compac F melts at 15W, what could do 30W or more (e.g. 120W) with a device without any super active cooling? There wouldn't be enough 1 fan for sure.
Correct me if I'm wrong, but safety first. If someone can start a device without any deeper education, no matter the consequences it'll do so, because people tend to be comfortable and lazy.
