Some watches already have USB - C.
SpaceNoodle@lemmy.world 1 day ago
At that scale, the connector and the necessary electronics are too large.
mesamunefire@piefed.social 1 day ago
roofuskit@lemmy.world 1 day ago
It’s also hard to make a port like that water resistant. Using wireless charging is easier to make flat and seal tightly.
Zak@lemmy.world 1 day ago
If you mean a USB-C port in general, they can be made waterproof. If you mean something specific to putting one in the most compact form factor possible, that might be true.
roofuskit@lemmy.world 1 day ago
And that requires more space than a typical port. In a compact device that is difficult.
fmstrat@lemmy.nowsci.com 17 hours ago
That kind of waterproofing wears over time (years). It keeps it’s resistance, but not a submersible seal. Watches have longer use years than phones on average.
jonathan@piefed.social 1 day ago
They can be waterproof but are also non functional until the water is fully cleared from the port.
vrighter@discuss.tchncs.de 1 day ago
oh quit that bs. There was waterproof (not resistant) micro usb more than a literal decade ago. If anything they should have gottn better.
roofuskit@lemmy.world 1 day ago
And that requires more space than a typical port. In a compact device that is difficult.
paraphrand@lemmy.world 1 day ago
Eww, micro usb. I get the shakes just thinking about it.
medgremlin@midwest.social 23 hours ago
I have the pixel watch 2, and waterproofing is very important to me when it comes to a smartwatch. I work in healthcare and have to wash my hands upwards of 30 times a day. If I had to take off my watch every time or gamble on a rubber flap adequately covering the charging port, it simply would not be worth the hassle.
BussyCat@lemmy.world 1 day ago
Some do, but the limitations of usb C (or any physical plug) are present and while it sounds nice in principle to have all the devices use the same cord it’s in general not worth the sacrifices that others have mentioned like it taking up extra room and the increased likelihood of water/sweat/particulate ingress
edent@lemmy.world 1 day ago
And yet, I literally have one on my wrist now. It’s not noticeably bigger than the Pixel 3 watch.
Here’s a video of it in action - tube.tchncs.de/w/vYTnG6eKghnicdNj5nkhVx
natecox@programming.dev 1 day ago
This is confirmation bias, you know it’s possible so you’re discounting downsides.
Yes, a connector can fit in the watch, but the internal footprint of the connector is comparatively huge. All the other components of the watch would need to be designed to fit around a large connector essentially directly in the middle of the device internals.
If that’s really important to you, more power to you. I don’t have an issue with it existing. I do have a bit of a problem with pretending that compromises aren’t being made in features to accommodate it.
A standardized magnetic pogo pin connector would meet my needs quite a bit better, personally.
buffing_lecturer@leminal.space 1 day ago
A standardized magnetic pogo pin connector
That’s something I hadn’t considered before. What a neat idea.
gkaklas@lemmy.zip 1 day ago
The charging base is just breaking out the 5V of the USB to the pogo pins!
edent@lemmy.world 1 day ago
I’m not discounting the negatives - I’m saying it is possible and feasible.
As I point out in the article, the Pixel watch is now on its third charging format. None of which seem to be compatible with Apple or Samsung.
There are also compromises with the pogo-pin connector. You can’t charge while wearing it. You have to bring along another cable. Bits of metal can be attracted to the magnets and cause mechanical or electrical damage.
shalafi@lemmy.world 1 day ago
Liking that! Pros and cons? I’m pretty damned rough on my gear, why I almost exclusively wear Casio. Water is a serious concern for me.
edent@lemmy.world 1 day ago
Pros? It is cheap, it uses USB-C, step counter and heart monitor work, bluetooth calls work.
Cons? App is a bit crap, but works with GadgetBridge. UI is a bit slow and janky. Lots of watch faces but you can’t design your own.
Full review on my blog later today.
Sorse@discuss.tchncs.de 1 day ago
Let’s ignore the iPod nano 6th gen, which managed to fit a 30 pin dock connector and a headphone jack into a watch sized body
Image
SpaceNoodle@lemmy.world 1 day ago
With vastly lower power requirements compared to a smartwatch
Hawke@lemmy.world 19 hours ago
Not really relevant: power requirements would affect battery size much more than charging port size. And USB-C supports much greater power transport than the old dock connector.
SpaceNoodle@lemmy.world 17 hours ago
Right, my point is that we want to use that space for battery, not bulky connectors.
dual_sport_dork@lemmy.world 18 hours ago
Given that an iPod nano only lasted a few hours on a charge and most smartwatches can last multiple days, I’m pretty sure that’s not so. Even if they had apples-to-apples identical functionality I think a modern device would consume less power simply due to current chips being more power efficient via using smaller dies and lithography processes.
Plus, an iPod has to crank its weedy little processor full time as long as it’s playing music. Your smartwatch pretty much only has to do anything when an external stimulus wakes it up, be that pressing a button or tapping its screen or receiving an alert or whatever. I’ve developed software for some of the Garmin models myself and I can tell you that the power consumption and processing time limitations imposed by the system are extremely stringent. The majority of the time even in a second-by-second basis your watch is completely idle, specifically to consume as little power as possible and conserve the battery.
SpaceNoodle@lemmy.world 17 hours ago
The last gen iPod nano toured a 30-hour battery life. Also, you don’t need to peg the CPU for rendering audio - this can be accomplished with a very low-power DSP. The lack of radios also offers significant savings when compared to a smart watch, which you forgot needs to be able to receive notifications.
I’ve professionally developed the firmware for several embedded systems and consumer electronics devices with very strict power requirements.