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@NickK
I think you’re overreacting in time. Within two years there will be no new models to be launched with a reflective screen in brands like Garmin, Suunto and Polar. AW is a champion in sells for smartwatch category. But is very restritive. Just works with iOS devices. Stryd team made a excelent app for WatchOS. Personally, circular design is more pleasure than rectangular.Samsung will launch a smartphone with graphene battery this year. What is announced is with these batteries of the same size will have plus 45% capacity and 15 minutes of full charge. Many experts expect this material in new batteries for electric cars too.
Now imagine the 3330 successors with dual frequency gnss capability and still consuming less. And screens with this resolution and also consuming less … Soon, soon, you will have sportwatches with autonomies of 40/50 hours.
And agree with you, we will look for present models like the prehistory of sportwatches.
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@Luís-Pinto dual frequency atm doesn’t offer anything. I have the one plus that supports it and meh.just commenting on this
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@Dimitrios-Kanellopoulos (OnePlus) Did you try in static mode or moving or both?
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@Luís-Pinto all modes. I wanted to use it as reference but was always worse than my s9
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@Dimitrios-Kanellopoulos Serious? Every technical report says the opposite… https://www.esa.int/Applications/Navigation/Dual-frequency_smartphone_app_winners_prove_power_of_two
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@Luís-Pinto we have talked about it again at your post. You missed I suppose the Ghostbusters antenna setup.
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Dimitrios Kanellopoulos Community Managerlast edited by Dimitrios Kanellopoulos 2 Feb 2020, 18:49 2 Feb 2020, 18:48
Yeah right or am I wrong ?
Feel free to ask for tracks. Actually let me post my accuracy
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@Dimitrios-Kanellopoulos Yes i remember. Yes, antenna that these guys used is like total stations (ex: Leica systems).
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I see l5 and e5 but no accuracy increase
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@Dimitrios-Kanellopoulos maybe in small devices with internal antennas like smartphones the usefull is marginal. Curious normally every sat have different frequencies, but in your printscreen i see just one Navstar (L1 and L5), two in Gal(E1 and E5) and no one from Glonass and Beidou. BDS-3 sats have this capability and glonass K.
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@Dimitrios-Kanellopoulos Beidou signal in your printscreen is cool: two sats with > 30.
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@Dimitrios-Kanellopoulos I read from you that you are getting good results with Nav+BDS solution. Did you confirm?
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@Luís-Pinto yes sir. The best in line. I ditched gali
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@Luís-Pinto gali can be more accurate , eg more close lines on come and go under good conditions. Beidou did never fail me
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@Dimitrios-Kanellopoulos In all different activities? Hiking/running/bike?
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@Dimitrios-Kanellopoulos said in Suunto 7: Love and Hate:
gali can be more accurate , eg more close lines on come and go under good conditions. Beidou did never fail me
Terrestrial corrections are very important for system integrity. It’s what makes diference in american system WAAS for so long. Europe is getting stability with EGNOS (but need more redundancy), and China with SNAS.
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@Chan-Wai-Kit Always on screen will eat into your battery life. If you can use powersave tilt. I did a 4h 40 min run today and finished with 32% battery left.
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Every have relation with time, sats have atomic clocks with nanoseconds of precision. But there are small delays in transmission for earth=time travel (ionospheric perturb…). Ground stations make that corrections. Time is crucial for accuracy, i.e time/space, time cannot be separated from the three dimensions of space. One coin, two faces, same to determine continuum (Einstein stuff).
