I'm stuck putting wire labels on every USB c cable I own. I can't tell the difference between a 3A and 5A cable otherwise, same for usb2.0 only cables vs 3.1 vs 3.2 4x,whatever the fuck.
I'm stuck putting wire labels on every USB c cable I own. I can't tell the difference between a 3A and 5A cable otherwise, same for usb2.0 only cables vs 3.1 vs 3.2 4x,whatever the fuck.
USB-C has allowed me to grab one decent two-port charging brick, two solid 6ft cables, and charge just about everything I own just by keeping those in my backpack. If I think I'll need to move any data fast, etc., I just throw my one good USB4 cable in my bag, too.
I will admit, though, that I've had some crappy situations at work where it turned out my flaky monitor setup was due to the stupid work-provided docks coming with cables that only supported 10Gbps. Better labeling would've solved those ones.
The steam deck forced me to finally pay attention to the usb-c ecosystem and I can only imagine how some non tech people might get with mysteriously bad or slow charging.
I find it crazy that Apple went back to magsafe in the m4 (maybe earlier but that's the machine I have at work). But at least you can still charge over usb-c.
I did have the same feeling about flashlights for camping/hiking with lithium batteries, though, until someone walked me through just how much better they are than lugging around AAs.
There are some weird active cables but the vast majority of USB cables you'd buy today just need a speed rating and a note of whether they're 60 or 240 watts.
- Intended maximum safe Power Delivery\*
- Intended maximum link speed
* in Watts; optional voltage / current --- Gbit/sec '1/2' as rounding for 480mbit, permissible to use Engineering notation and power of 10 (rather than 2) values, must specify bit or byte base size unit.