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Doodle Labs + Low Latency on VTX

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  • DemarconiusD Offline
    DemarconiusD Offline
    Demarconius
    wrote on last edited by
    #1

    Hi Everybody.
    I'm trying to get a better understanding of how the Video encoding latency gets down to 15ms with Doodle Labs integration? I recognize these are two separate statements that are in the same paragraph so it may not be possible.
    Has there been any improvements to Doodle Labs Mini OEM getting a lower latency below 100ms? I'd love to test this out myself.
    57b0f9be-4710-4598-80cd-297c19ae39f0-image.png

    ModeratorM 1 Reply Last reply
    0
    • DemarconiusD Demarconius

      Hi Everybody.
      I'm trying to get a better understanding of how the Video encoding latency gets down to 15ms with Doodle Labs integration? I recognize these are two separate statements that are in the same paragraph so it may not be possible.
      Has there been any improvements to Doodle Labs Mini OEM getting a lower latency below 100ms? I'd love to test this out myself.
      57b0f9be-4710-4598-80cd-297c19ae39f0-image.png

      ModeratorM Offline
      ModeratorM Offline
      Moderator
      ModalAI Team
      wrote on last edited by
      #2

      @Demarconius Yes, we can achieve ~50ms glass to glass using our VRX and voxl-vtx software service on the UAS-side.

      https://docs.modalai.com/vrx-ground-unit-developer-guide/#doodle-labs

      DemarconiusD 1 Reply Last reply
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      • ModeratorM Moderator

        @Demarconius Yes, we can achieve ~50ms glass to glass using our VRX and voxl-vtx software service on the UAS-side.

        https://docs.modalai.com/vrx-ground-unit-developer-guide/#doodle-labs

        DemarconiusD Offline
        DemarconiusD Offline
        Demarconius
        wrote on last edited by
        #3

        @Moderator

        Thanks for the clarification on the ~50 ms glass-to-glass number.

        Trying to get a better understanding the performance envelope:
        1. Does the 50 ms include RF transport over Doodle, decode, and HDMI output latency, or is that measured only within the VOXL + VRX software stack?
        2. Was this measured in point-to-point mode or mesh routing mode?
        3. Can you expand on bitrate, resolution, and encoder settings were used (GOP structure, B-frames disabled, UDP vs RTSP)?
        4. Is MAVLink or other traffic running on the same link during that measurement?
        5. Do you have a latency breakdown per stage (encode / RF / decode / display)?

        Appreciate any information you can provide. I just want to make sure I can test and validate this effectively.

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