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It's neat that they've added a Qwiic-compatible connector. I've been impressed with how many Qwiic peripherals Sparkfun has released, so I'm glad to see it gett
by timmaxw 3y ago
It's neat that they've added a Qwiic-compatible connector. I've been impressed with how many Qwiic peripherals Sparkfun has released, so I'm glad to see it getting more traction.
- pcdoodle 3y agoVery neat indeed. For all the hate arduino gets, they have disrupted the barrier of entry to just playing around with this kinda stuff.
- crote 3y agoI have a bit of a love/hate view of Qwiic. On the other hand, it is a really convenient standard connector. On the other hand, I2C means you can only have one of each kind of device due to address clashes, the lack of an interrupt pin is quite limiting, I2C is too slow for things like displays, and 3V3 isn't really enough to power LEDs like WS2812Bs.
- sbierwagen 3y ago>3V3 isn't really enough to power LEDs To be clear, it's not just a matter of power, but it really is the voltage: shorter wavelength LEDs use semiconductor materials with bigger bandgaps https://en.wikipedia.org/wiki/Light-emitting_diode_physics#Materials https://en.wikipedia.org/wiki/Light-emitting_diode_physics#M...
- eternityforest 3y agoI love the Qwiic idea, I'm glad we are finally getting some standardization (Although, as a complexity addict I probably would have preferred a fifth 5v to 28v unregulated bus pin or something). What I don't like is that the connector is a nightmare to hand solder and isn't as strong as some. But then, I suppose that's what breakout boards are for. There's a few other use cases that can't be done easily in a modular way unfortunately, mostly to do with power. SPI needs more pins, and there's no way to handle 12v, and only one module can be supplying power. Stuff is not quite fully plug and play yet although it would be super cool.