@[email protected] to PC Master [email protected]English • 2 years agoLatency just still isn't there unfortunatelylemmy.worldimagemessage-square207fedilinkarrow-up1571
arrow-up1571imageLatency just still isn't there unfortunatelylemmy.world@[email protected] to PC Master [email protected]English • 2 years agomessage-square207fedilink
minus-squareAltima NEOlinkfedilinkEnglish5•2 years agoIronically, if they were analog wireless, thered be no latency at all
minus-squareSaganasticlinkfedilink1•2 years agoSo basically radio? It would still be limited by the speed of light, you would have nanoseconds (or microseconds?) of latency!
minus-squarePizzasgoodlinkfedilink3•edit-22 years agoTen nanoseconds of travel time for every three meters of distance, or roughly one nanosecond per foot.
minus-square@[email protected]linkfedilinkEnglish2•2 years agoWired head phones are also limited by the speed of light
minus-square@[email protected]linkfedilinkEnglish1•2 years agoYou have a pretty noticeable fidelity drop when going over radio waves, though. Any pro audio devices like wireless microphones or IEMs will go over radio waves, though. Works fine for on stage use but isn’t ideal in other settings.
Ironically, if they were analog wireless, thered be no latency at all
So basically radio? It would still be limited by the speed of light, you would have nanoseconds (or microseconds?) of latency!
Ten nanoseconds of travel time for every three meters of distance, or roughly one nanosecond per foot.
Wired head phones are also limited by the speed of light
You have a pretty noticeable fidelity drop when going over radio waves, though. Any pro audio devices like wireless microphones or IEMs will go over radio waves, though. Works fine for on stage use but isn’t ideal in other settings.
Even cable has latency…