If you see a series of horizontal and vertical lines than it is likely that your configuration settings are not correct. Within 5 to 10 seconds you should see the Windows EC7 Desktop shown on your monitor. Note that currently the settings are not saved and need to be configured on each boot cycle, this will be addressed shortly For our case, we have a cepctest project of platform type CEPC.
Without this environment variables won’t be set and nothing can be built with the command line window. On the dev kit this is done by using the following jumper setting for the "Boot Config" headers : 000100000000ġ) Insert a Win EC7 configured SD card ( Flashing EBoot and OS Files to SD Card) into the MitySOM-335x Development carrier boardĢ) Connect the HDMI/DVI cable to a supported display.ģ) Connect a NULL modem serial cable to the J507 DB9 connector and to your computer.Ĥ) Open a HyperTerminal (or TeraTerm) connection to the COM port connected to the device.ĥ) Set the port's settings to a baud of 115200 with no flow control, no parity and 8 bits.ħ) In the Console window, press space when it asks to break into the bootloader menu (5 seconds).Ĩ) Press to enter the boot device menu.ġ1) Press and disable KITL if it isn't already.ġ2) Press and enable OAL messages if they aren't already. Run the WinCE.bat file with the target cpu type, project name and platform name. I believe these files are from MSDN or Volume Licensing Center. Unsupported as of Jfor Windows CE 4.0 and Janufor Windows CE 4.1 and Jfor Windows CE 4.2. Make sure the Dev Kit (or other carrier board) is set to boot from the SD card. It includes all vital peripherals/interfaces and is ready to run any embedded operating system such as Linux, WinCE and Windows Mobile. With Windows CE.net 4.2, a new shell was provided with Internet Explorer integration.
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