It absolutely is tho. Usually more precise, 1:1 translatable into written text, can use the superior 24h system and uses the same reading system that is already taught in school anyways.
The watches/clocks they are talking about listened to WWV, a set of radio stations transmitting from Fort Collins, Colorado. The system long predates the Network Time Protocol you’re referring to. Radio controlled clocks/watches had no means for accounting for latency.
“Ususally more precise” > This depends on how precisely it is set, not on the display. Unless it’s a connected watch, but then it’s much more expensive and less energy efficient.
“1.1 translatable into written text” > Both are, you’re reading the same number
“Uses the superior 24h system” > Adding 12 to a number isn’t complicated. And with habit, most people who use analog watches and the 24h system know which position of the needle means what number in 24h format without doing the math. Some clocks don’t even have digits. Unless you’ve been sedated and woke up in a room without windows, you’ll know which side of 12 you’re on. And otherwise, you’ve got more pressing issues.
It absolutely is tho. Usually more precise, 1:1 translatable into written text, can use the superior 24h system and uses the same reading system that is already taught in school anyways.
There’s nothing stopping an analog clock face from representing 24h time:
🤢 what an utter abomination
This is why puppies die
I was ready to hate it but after a good look, it doesn’t look that bad. Doesn’t work for small wristwatches but could look nice for a big wall clock.
Right! Just to prove a point, I am going to make an NTP enabled rolex, and sync it to my microsecond accurate local NTP server! :P
To be fair, I did have a watch that automatically synced itself to the us naval observatories atomic clocks over the air.
Yeah, but you need to factor in the distance to the transmitter. Going to add at least a few microseconds to your time accuracy!
Latency is accounted for in the sync process
Sync process? The other comment was talking about the old receivers for the atomic clocks on SW/MW frequencies. It was a one way thing.
Now in theory if a receiver also had GPS they could account for the distance. But, then they’d get far more accurate time from the GPS receiver so…
The watches/clocks they are talking about listened to WWV, a set of radio stations transmitting from Fort Collins, Colorado. The system long predates the Network Time Protocol you’re referring to. Radio controlled clocks/watches had no means for accounting for latency.
“Ususally more precise” > This depends on how precisely it is set, not on the display. Unless it’s a connected watch, but then it’s much more expensive and less energy efficient.
“1.1 translatable into written text” > Both are, you’re reading the same number
“Uses the superior 24h system” > Adding 12 to a number isn’t complicated. And with habit, most people who use analog watches and the 24h system know which position of the needle means what number in 24h format without doing the math. Some clocks don’t even have digits. Unless you’ve been sedated and woke up in a room without windows, you’ll know which side of 12 you’re on. And otherwise, you’ve got more pressing issues.