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  1. The EFM32 microcontrollers use the ARM CoreSightTM on-chip debug and trace interface. Serial Wire Debug technology (SWD), specifically the Serial Wire Debug Port (SW-DP) for the EFM32, is used as the interface between the on-chip debug module and the development environment on a computer.

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  2. This EFM32 debug and bootloaders training reviews the ARM serial wire debug interface, SWD Select Register, AAP, debug lock/unlock, debug modules, factory programmed bootloader, and methods for recovering EFM32 STKs.

  3. Oct 5, 2022 · How to program/debug the Silabs EFM32 via the USB built-in interface? Is it possible to do that with a simple USB cable, without any adapter?

  4. Jul 9, 2021 · Similarly, you can use a EFM32 Starter Kit ("STK") - and the on-board Segger J-Link debugger - in "Debug: OUT" mode to debug and/or program external targets. See more info on Debug modes in the User Manual for your STK.

  5. 1. Connect the debug pins between the debugger and the target board as described above. 2. Power the target board. 3. Connect the STK to the host and move the switch to the AEM or Debug position or connect a JLink debugger to the host. 4. Launch Studio and select the debugger from the Device list on the Launcher page. 5.

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  6. Jul 9, 2021 · The Serial Wire Debug (SWD) is a two-wire protocol for accessing the ARM debug interface. Its physical layer consists of two lines, a bidirectional data line (SWDIO) and a clock driven by the host (SWCLK).

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  8. Silicon Labs' EFM32 Gecko 32-bit microcontroller is ideal for battery operated applications and systems requiring a low power microcontroller (MCU).