If you ever wanted to know how RF signals of popular protocols look like in 3D check out this video made with the Aaronia Spektran V6 (a pro grade RF spektrum analyzer). I was curios how the different protocols achieve their properties (long range?, fast refreshrate / low latency).
There will be more videos of this kind as soon as I get more RXs bound to different protocols (like ELRS for sure). If you want some facts or numbers to be checked - just let me know in the comments!
Greets and happy 2022, Mario
my Findings:
TBS CRSF MicroTX:
- 868Race mode 2sec intervall vs 1sec
- as soon as I enter the crossfire setup LUA script, telemetry and 150Hz are enabled
- TX16s: internal module off, ext mod: TBS crossfire micro 25mw: yet spikes on 2400hz
---TBS crsf:
Freq. range: 860-873MHz (863-868 inCE)
Interval: 1000ms
Refreshrate: 50-150hz
Freq. hopping: variable pattern
---FrSky X4RII:
Frequ range: 2403 to 2473MHz
Interval: 1693ms
Refreshrate: 110hz
Freq. hopping: 9MHz
---Frsky L9R: (LR12 mode)
Frequ range: 2403 to 2473MHz
Interval: 846ms
Refreshrate: 55hz
Freq. hopping: 16MHz
---Futaba "FAST" (old):
Frequ range: 2405 to 2475MHz
Interval: 252ms
Refreshrate: 150hz
Freq. hopping: 4MHz sequencial
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REVIEW of the Aaronia Spektran V6: https://youtu.be/L4H7R-5DVU8
●▬▬▬EQUIPMENT▬▬▬▬▬▬▬▬▬▬▬▬▬●
Filmed with: Sony A7c, OBS and Lavmic on Laptop
Edited with Premiere Pro
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●▬▬▬VIDEO INDEX▬▬▬▬▬▬▬▬▬▬▬▬●
00:00 Intro
02:48 TBS MicroTX in TX16s
11:26 FrSky
13:41 FrSky L9R Longrange
15:13 Futaba FAST (old 2.4 mode)
16:50 summary
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