diff --git a/Examples/MAX32690/Dual_Core_Sync/Dual_core_sync_arm/README.md b/Examples/MAX32690/Dual_Core_Sync/Dual_core_sync_arm/README.md index 1c9935270c..93a2e884a1 100644 --- a/Examples/MAX32690/Dual_Core_Sync/Dual_core_sync_arm/README.md +++ b/Examples/MAX32690/Dual_Core_Sync/Dual_core_sync_arm/README.md @@ -23,8 +23,11 @@ Universal instructions on building, flashing, and debugging this project can be ## Required Connections +Connect a MAXPICO or other supported Debug adapter to the SWD Connector. +- Note: Debug adapters other than the MAXPICO may not route the UART signals to the SWD connector. On MAX32690FTHR and AD-APARD32690-SL boards, this may limit your ability to access to serial port. + If using the MAX32690EVKIT: -- Connect a USB cable between the PC and the CN2 (USB/PWR) connector. +- Connect a USB cable between the PC and the CN2 (USB/PWR - UART) connector. - Install JP7(RX_EN) and JP8(TX_EN) headers. - Open a terminal application on the PC and connect to the EV kit's console UART at 115200, 8-N-1. - Close jumper JP5 (LED1 EN). @@ -36,7 +39,6 @@ If using the MAX32690FTHR: If using the AD-APARD32690-SL: - Connect a USB cable between the PC and the P10 (USB-C) connector. -- Connect a MAXPICO Debug adapter to P9 (SWD Connector) - Open a terminal application on the PC and connect to the MAXPICO's console UART at 115200, 8-N-1. ## Expected Output diff --git a/Examples/MAX32690/Dual_Core_Sync/Dual_core_sync_riscv/README.md b/Examples/MAX32690/Dual_Core_Sync/Dual_core_sync_riscv/README.md index 7fca8531af..bcb50e9b57 100644 --- a/Examples/MAX32690/Dual_Core_Sync/Dual_core_sync_riscv/README.md +++ b/Examples/MAX32690/Dual_Core_Sync/Dual_core_sync_riscv/README.md @@ -21,8 +21,11 @@ Universal instructions on building, flashing, and debugging this project can be ## Required Connections +Connect a MAXPICO or other supported Debug adapter to the SWD Connector. +- Note: Debug adapters other than the MAXPICO may not route the UART signals to the SWD connector. On MAX32690FTHR and AD-APARD32690-SL boards, this may limit your ability to access to serial port. + If using the MAX32690EVKIT: -- Connect a USB cable between the PC and the CN2 (USB/PWR) connector. +- Connect a USB cable between the PC and the CN2 (USB/PWR - UART) connector. - Install JP7(RX_EN) and JP8(TX_EN) headers. - Open a terminal application on the PC and connect to the EV kit's console UART at 115200, 8-N-1. - Close jumper JP5 (LED1 EN). @@ -34,5 +37,4 @@ If using the MAX32690FTHR: If using the AD-APARD32690-SL: - Connect a USB cable between the PC and the P10 (USB-C) connector. -- Connect a MAXPICO Debug adapter to P9 (SWD Connector) - Open a terminal application on the PC and connect to the MAXPICO's console UART at 115200, 8-N-1. diff --git a/Examples/MAX32690/Hello_World/README.md b/Examples/MAX32690/Hello_World/README.md index 0c130ed056..30ec875636 100644 --- a/Examples/MAX32690/Hello_World/README.md +++ b/Examples/MAX32690/Hello_World/README.md @@ -16,8 +16,11 @@ Universal instructions on building, flashing, and debugging this project can be ## Required Connections +Connect a MAXPICO or other supported Debug adapter to the SWD Connector. +- Note: Debug adapters other than the MAXPICO may not route the UART signals to the SWD connector. On MAX32690FTHR and AD-APARD32690-SL boards, this may limit your ability to access to serial port. + If using the MAX32690EVKIT: -- Connect a USB cable between the PC and the CN2 (USB/PWR) connector. +- Connect a USB cable between the PC and the CN2 (USB/PWR - UART) connector. - Install JP7(RX_EN) and JP8(TX_EN) headers. - Open a terminal application on the PC and connect to the EV kit's console UART at 115200, 8-N-1. - Close jumper JP5 (LED1 EN). @@ -29,10 +32,7 @@ If using the MAX32690FTHR: If using the AD-APARD32690-SL: - Connect a USB cable between the PC and the P10 (USB-C) connector. -- Connect a MAXPICO Debug adapter to P9 (SWD Connector) - Open a terminal application on the PC and connect to the MAXPICO's console UART at 115200, 8-N-1. -- Note: Non MAXPICO emulators may not route the UART signals to the SWD - connector, limiting your ability to access to serial port. ## Expected Output diff --git a/Examples/MAX78002/Hello_World/README.md b/Examples/MAX78002/Hello_World/README.md index 77b1676482..c415e2a012 100644 --- a/Examples/MAX78002/Hello_World/README.md +++ b/Examples/MAX78002/Hello_World/README.md @@ -16,7 +16,8 @@ Universal instructions on building, flashing, and debugging this project can be ## Required Connections -- Connect a USB cable between the PC and the CN2 (USB/PWR) connector. +- Connect a MAXPICO or other supported Debug adapter to the SWD Connector. +- Connect a USB cable between the PC and the CN2 (USB/UART) connector. - Connect the 5V power cable at (5V IN). - Close jumper (RX - P0.0) and (TX - P0.1) at Headers JP23 (UART 0 EN). - Open an terminal application on the PC and connect to the EV kit's console UART at 115200, 8-N-1. diff --git a/Examples/MAX78002/RV_ARM_Loader/README.md b/Examples/MAX78002/RV_ARM_Loader/README.md index a3b04e5350..067e6583f6 100644 --- a/Examples/MAX78002/RV_ARM_Loader/README.md +++ b/Examples/MAX78002/RV_ARM_Loader/README.md @@ -14,6 +14,16 @@ Universal instructions on building, flashing, and debugging this project can be * The application to load into the RISC-V core can be selected using the `RISCV_APP` option in [project.mk](project.mk). By default, the `Hello_World` example is used. +## Required Connections + +- Connect a MAXPICO or other supported Debug adapter to the SWD Connector. +- Connect a USB cable between the PC and the CN2 (USB/UART) connector. +- Connect the 5V power cable at (5V IN). +- Close jumper (RX - P0.0) and (TX - P0.1) at Headers JP23 (UART 0 EN). +- Open an terminal application on the PC and connect to the EV kit's console UART at 115200, 8-N-1. +- Close jumper JP1 (LED1 EN). +- Close jumper JP2 (LED2 EN). + ## Expected Output The Console UART of the device will output whatever the expected output for the `RISCV_APP`-selected project is. By default, that's the `Hello_World` output: