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Visitor II
November 21, 2022
Solved

How to transfer mass data for STM-Studio using ST-LINK v2/v3

  • November 21, 2022
  • 2 replies
  • 1262 views

I want to get mass data and display all these data on STM-Studio without delay.

but, Using default setting [acquisition rate is Maximum, Select "Display all data"] ,

I can get and display mass data with delay.

To get/display mass data without delay, Waht do you recomend for me ?

  1. I will try to modification the STM-Studio that was made by Java .
  2. I will try to modification the ST-LINK. I connect a external RAM to ST-LINK not to overflow RAM and not to delay

Are these charanges good idea ?

please hint for me.

thank you.

    This topic has been closed for replies.
    Best answer by Amel NASRI

    Hi @Community member​ ,

    New solution to replace STM-Studio is STM32CubeMonitor.

    Some of the offered features:

    • Graphical flow-based editor with no programming needed to build dashboards
    • Connects to any STM32 device via ST-LINK (SWD or JTAG protocols)
    • Reads and writes variables on-the-fly from and to the RAM in real time while the target application is running
    • Direct acquisition mode or snapshot mode
    • Enables to log data into a file and replay for exhaustive analysis
    • Multi-probe support to monitor multiple targets simultaneously
    • ...

    -Amel

    2 replies

    Graduate II
    November 21, 2022

    Perhaps architect a solution using USB directly (STM32 to PC) that off-boards the volume of data you have?

    smiya.2Author
    Visitor II
    November 22, 2022

    Thank you for replying.

    I can't use USB peripheral in my project.....

    but , that is good idea.

    Do you have the others idea ?

    Technical Moderator
    November 25, 2022

    Hi @Community member​ ,

    New solution to replace STM-Studio is STM32CubeMonitor.

    Some of the offered features:

    • Graphical flow-based editor with no programming needed to build dashboards
    • Connects to any STM32 device via ST-LINK (SWD or JTAG protocols)
    • Reads and writes variables on-the-fly from and to the RAM in real time while the target application is running
    • Direct acquisition mode or snapshot mode
    • Enables to log data into a file and replay for exhaustive analysis
    • Multi-probe support to monitor multiple targets simultaneously
    • ...

    -Amel