It’s cheaper and doesn’t require any extra chips to handle PD charging. Doesn’t require designing or ordering new chipsets, either. That is PRICEY on the scale of cheap consumer electronics.
More expensive stuff that gets regular updates anyway, like phones, has obviously already updated but plenty of stuff doesn’t change that often and they just keep re-using the same boards.
For PCB design it is a no brainer. There are a lot more headaches to deal with when it comes to USB-C. Like I would never use USB-C in a hobby project. It is way more pins than I need. I am not an idiot that has trouble orienting a cable, and the USB-C pin pitch is garbage narrow. Even at the cheap PCB houses from Asia the pin pitch of USB-C costs a lot more than their base rate specifications. Plus you have the stupid headache of soldering pins to both sides of a board. USB-C makes a massive headache for PCB design and no advantage for a competent user. The tiny power pins also make high current delivery a pain in the ass.
It’s cheaper and doesn’t require any extra chips to handle PD charging. Doesn’t require designing or ordering new chipsets, either. That is PRICEY on the scale of cheap consumer electronics.
More expensive stuff that gets regular updates anyway, like phones, has obviously already updated but plenty of stuff doesn’t change that often and they just keep re-using the same boards.
For PCB design it is a no brainer. There are a lot more headaches to deal with when it comes to USB-C. Like I would never use USB-C in a hobby project. It is way more pins than I need. I am not an idiot that has trouble orienting a cable, and the USB-C pin pitch is garbage narrow. Even at the cheap PCB houses from Asia the pin pitch of USB-C costs a lot more than their base rate specifications. Plus you have the stupid headache of soldering pins to both sides of a board. USB-C makes a massive headache for PCB design and no advantage for a competent user. The tiny power pins also make high current delivery a pain in the ass.
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