The Morse Micro IoT SDK provides out-of-the-box support for a variety of reference platforms.

MM8108 platforms

MM8108-EKH05-01 Platform (mm-mm8108-ekh05)

This uses the STM32U585VIT6Q MCU as the host processor on a development board produced by Morse Micro.

MM8108-EKH05-01 Reference Platform

MM8108-EKH08-01 with WB55 Platform (mm-ekh18-wb55)

Note: This platform is not directly available for purchase as a kit. You will need to source/assemble yourself.

This uses the STM32 NUCLEO-WB55RG as the host MCU development board paired with a Morse Micro MM8108-EKH08 (MMECH18) daughterboard.

The assembled boards are connected to the PC by the micro-USB connector CN15 on the Nucleo. This will provide power and debug connectivity to the platform.

‍Optionally power can be supplied via the USB-C connector on the MMECH18 instead. In most cases this should not be necessary, but may be necessary if the USB port is not able to supply sufficient power. Note that if power is supplied via the USB-C connector then JP1 on the Nucleo must be removed. The Nucleo must still be connected to the PC via micro-USB connector CN15 in order to use the debug interface.

Note: Ensure that jumper H11 on the MMECH18 is not fitted. See above photos for correct jumper settings.

mm-ekh18-wb55 Readme

MM6108 platforms

MM6108-EKH05-05US Platform (mm-mm6108-ekh05)

This uses the STM32U585VIT6Q MCU as the host processor on a development board produced by Morse Micro.

MM6108-EKH05-05US Reference Platform

MM6108-EKH08-05US-02 Platform (mm-ekh08-u575)

This uses the STM32 NUCLEO-U575ZI-Q as the host MCU development board paired with a Morse Micro MM6108-EKH08 (MMECH08) daughterboard.

The two boards connect together as shown in the photo below. This is connected to the PC by the micro-USB connector CN1 on the Nucleo, as highlighted below. This will provide power and debug connectivity to the platform.

‍Optionally power can be supplied via the USB-C connector on the MMECH08 instead. In most cases this should not be necessary, but may be necessary if the USB port is not able to supply sufficient power. Note that if power is supplied via the USB-C connector then JP6 on the Nucleo must be removed. The Nucleo must still be connected to the PC via micro-USB connector CN1 in order to use the debug interface.

MM6108-EKH08-05US-02 Reference Platform

Note: Ensure that jumper H11 on the MMECH08 is not fitted. See above photos for correct jumper settings.

MM6108-EKH08-05US-01 Platform (mm-ekh08-wb55)

This uses the STM32 NUCLEO-WB55RG as the host MCU development board paired with a Morse Micro MM6108-EKH08 (MMECH08) daughterboard.

The two boards connect together as shown in the photo below. This is connected to the PC by the micro-USB connector CN15 on the Nucleo, as highlighted below. This will provide power and debug connectivity to the platform.

‍Optionally power can be supplied via the USB-C connector on the MMECH08 instead. In most cases this should not be necessary, but may be necessary if the USB port is not able to supply sufficient power. Note that if power is supplied via the USB-C connector then JP1 on the Nucleo must be removed. The Nucleo must still be connected to the PC via micro-USB connector CN15 in order to use the debug interface.

MM6108-EKH08-05US-01 Reference Platform

Note: Ensure that jumper H11 on the MMECH08 is not fitted. See above photos for correct jumper settings.

MM6108-EKH08-05US with H753 Platform (mm-ekh08-h753)

Note: This platform is not directly available for purchase as a kit. You will need to source/assemble yourself.

This uses the STM32 NUCLEO-H753ZI as the host MCU development board paired with a Morse Micro MM6108-EKH08 (MMECH08) daughterboard.

mm-ekh08-h753 Readme