Changes

|style="border-left:solid 2px #73B2C7; border-right:solid 2px #73B2C7;border-top:solid 2px #73B2C7; border-bottom:solid 2px #73B2C7; background-color:#edf8fb; padding:5px; color:#000000"|X1.Y0.Z0|style="border-left:solid 2px #73B2C7; border-right:solid 2px #73B2C7;border-top:solid 2px #73B2C7; border-bottom:solid 2px #73B2C7; background-color:#edf8fb; padding:5px; color:#000000"|Month YearJul 2021|style="border-left:solid 2px #73B2C7; border-right:solid 2px #73B2C7;border-top:solid 2px #73B2C7; border-bottom:solid 2px #73B2C7; background-color:#edf8fb; padding:5px; color:#000000"|TBD|-|-|style="border-left:solid 2px #73B2C7; border-right:solid 2px #73B2C7;border-top:solid 2px #73B2C7; border-bottom:solid 2px #73B2C7; background-color:#edf8fb; padding:5px; color:#000000"|[TBD_link X.Y.Z]|style="border-left:solid 2px #73B2C7; border-right:solid 2px #73B2C7;border-top:solid 2px #73B2C7; border-bottom:solid 2px #73B2C7; background-color:#edf8fb; padding:5px; color:#000000"|Month Year|style="border-left:solid 2px #73B2C7; border-right:solid 2px #73B2C7;border-top:solid 2px #73B2C7; border-bottom:solid 2px #73B2C7; background-color:#edf8fb; padding:5px; color:#000000"|TBD|-|style="border-left:solid 2px #73B2C7; border-right:solid 2px #73B2C7;border-top:solid 2px #73B2C7; border-bottom:solid 2px #73B2C7; background-color:#edf8fb; padding:5px; color:#000000"|...|style="border-left:solid 2px #73B2C7; border-right:solid 2px #73B2C7;border-top:solid 2px #73B2C7; border-bottom:solid 2px #73B2C7; background-color:#edf8fb; padding:5px; color:#000000"|...|style="border-left:solid 2px #73B2C7; border-right:solid 2px #73B2C7;border-top:solid 2px #73B2C7; border-bottom:solid 2px #73B2C7; background-color:#edf8fb; padding:5px; color:#000000"|...First DESK release

The micro SD interface available on the Evaluation Kit at the connector ''TBD:Jxxx''J13.

''Jxx'' J13 is a ''TBD:connectorMicro-type'' SD card header connector for . This interface is connected to the RS232 two-wires UART3 port, used for debug purposes (bootloader and operating system serial console)USDHC1 controller of the i.MX6UL CPU.

 [[File:{{{nome-som}}AXEL_ULite-EVB-micro SDmicro_SD-connector.png|thumb|center|500px|micro SD connector]]

|1,|| J1.79 || SD_DATA2 || Data 2,4,6,,7,8,10|| | -| N2 || J1.A81 || SD_DATA3 || Data 3|| |-| 3 || J1.83 || SD_CMD || CMD|| | N-| 4 || - || 3V3 || +3.C3 V|| |-| 5 || J1.85 || SD_CLK || Clock|| | Not connected-| 6, 12 || - || DGND || Ground||

| 37 || J1.18975 || SD_DATA0 || RS232_RXData 0| Receive line|

| 38 || J1.18777 || SD_DATA1 || RS232_TXData 1| Transmit line|

| 9, 10, 11 || - || SD_SHIELD || Shield|| | -| DGND13 || J1.177 || UART1_nRTS || Card detect| Ground|

UART3 The microSD card is mapped to <code>/dev/ttymxc2mmcblk0</code> device in Linux. The peripheral is used available partitions are available as the default serial console<code>/dev/mmcblk0p1</code>, <code>/dev/mmcblk0p2</code>, both for the bootloader and the kerneletc.

To connect to the debug serial port: # connect the DB9 adapter bracket to the J22 connector on the SBCX board# connect The device can be mounted/accessed as a serial cable between DB9 connector and PC COM port through a NULL-modem cable (not provided)# start your favorite terminal emulator software on PC (eg: PuTTY); communication parameters are: 115200,N,8,1standard block device in Linux.