AM3. 35. X Starter. Ware Booting And Flashing. AM3. 35. X Flashing And Booting. This section describes the flashing and booting of TI AM3. EVM, EVM SK and Beagle Bone from different media. The below table describes, whether a boot mode is supported for  the given board or not. Флешкам свойственно ломаться, как и всем электронным устройствам. Также свойственно. Per creare una penna USB avviabile occorre avere un PC con lettore floppy e un floppy disk da 1,44 Mb se non avete il floppy disk leggete pi avanti su come fare. SSDIntel SSD Tool SSD Tweakerv3. SSDrunnerV4. 0. WD SSD Dashboard. How To Boot From A USB Flash Drive. For starters this is still a developing science and most people have had good luck with at least one of these methods. MMCSD. UART SPI NAND TI AM3. EVM Yes Yes Yes Yes TI AM3. EVM SK Yes Yes No No Beagle Bone Yes Yes No No. The bootloader initializes the DDR and required peripherals. Once the bootloader and Starter. Ware application images are ready, they can be flashedcopied onto the media for standalone media booting. For information on the binaries supplied with the package and the steps to be followed to load them, please refer quick start guide. For information on host platform requirements and steps to build, please refer getting started guide. Two types of images has to be flashed on to the media. A bootloader image and an application binary image. Both application and the bootstrap image are required to be in a special format containing a header including the size and load address of the binary image. When a bootloaderapplication is built from any toolchain, bootloaderapplication binary image binaryarmv. EVM lt bootloaderappfolderlt build configuration lt appname. EVM lt bootloaderappfolder lt build configuration lt appname ti. Any binary image can be converted to this special format using the image converter application located at toolstiimage. The Usage of the tool is described at usage of tiimage tool. Once both the bootloader and the Starter. AM335X Flashing And Booting. This section describes the flashing and booting of TI AM335x EVM, EVMSK and Beagle Bone from different media. The below table describes. Pc6llftool,uullftooluU. Revision Date Description 1. Nov2011 Created initial version of the document 1. Dec2011 Updated with ICE support information 1. Feb2012. Ware application images are ready in the special format, the images can be flashedcopied to the media as below. Booting Via SD Card. Booting from SD Card involves two steps. Preparing the SD card. Booting the target. Preparing the SD card. The SD card needs to be prepared, by FAT formatting it as follows. HP USB Disk Storage Format Tool v. Portable has to be used to format the SD card. This tool can be downloaded from this link. Choose a SD card and a USB based or similar SD card readerwriter. Plug it to a Windows host system. Run the HP USB Disk Storage Format Tool v. Portable executable. The executable should automatically detect the SD card plugged via reader. Else point it to the new disk. Choose FAT3. 2 if the SD card size is greater that 4. GB. Else FAT should be good to go. Click on Start. After the formatting is complete, the card is ready to be populated with the files required. The converted bootloader binary imageBootloader binary imageboot. TI Image Header has to be renamed to MLO from bootti. The bootti. bin is created by building the bootloader in MMCSD boot mode. Crack Waves 9 Plugin there. Similarly the converted application binary image has to be renamed to app from lt appname ti. Copy both the boot loader image MLO and the application image app to the SD card. Safely ejectremove the card from the host, unplug the card reader, remove the SD card. The SD card is ready for use on AM3. NOTE The above steps are applicable when formatting a micro. SD card also. The below image gives the snap shot of SD card format tool. Booting the target. Insert the SD card into the SD slot For GP EVM, the SD Card slot on baseboard. Connect a UART cable to a host running a serial terminal application teratermhyperterminal with 1. No parity and 1 STOP bit configuration. Configure the board Applicable for AM3. X EVM only, there is no boot mode selection for Beaglebone for SD Boot mode. SD instance 0 on base board is available in all profiles Applicable for AM3. X EVM only. For more details refer to EVM reference manual. Youcam Perfect Selfie Camera. SD instance 0 boot mode needs to appropriately set Applicable for AM3. X EVM only. For booting out of SD card, SD boot should appear first in the boot device list. If any other boot mode is selected, even if a SD boot card is inserted, and does not appear first in the list, the first available valid boot image from NAND or SPI etc is booted and SD is not selected. Only if no valid boot image is found in the first devices, SD boot image will be selected. On power on, the MLO is first detected and copied and executed from the OCMC0 RAM. The MLO then copies the application image app from the card to the DDR and passes the control to the application. On Successful boot, following messages appear on the serial console. Starter. Ware. AM3. Boot Loader. Copying application image from MMCSD card to RAM. Jumping to Starter. Ware Application. After this the application should take control and execute. Booting Via UARTThe ROM code and Starter. Ware Bootloader supports XMODEM protocol, and the images shall be the plain binary images, without header. Configure the board Applicable for AM3. X EVM only, there is no boot mode selection for Beaglebone for UART Boot mode. On power up, the ROM code will send CC. UART console expecting Starter. Ware Bootloader via XMODEM On sending the bootloader image, boot. XMODEM, following message appear on the serial console. Starter. Ware. AM3. Boot Loader. 4.  Now any application binary without header can be sent via XMODEM. The application will start executing. Booting Via SPIBooting from SPI involves two steps. Flashing bootloader and application to SPI Flash Booting the target. Flashing bootloader and application to SPI Flash. Configure the EVM in profile 2 SW81 OFF, SW82 ON, SW83 4 OFF. For more details refer to EVM reference manual. Configure the BOOT pins for SPI Boot mode. Connect the target. Load the GEL file toolsgelAM3. X. gel. Load the spiflashwriterAM3. X. out onto the EVM. It will prompt for binary file name. Update the file with the path. It will prompt again for load address in flash. If bootloader is to be flashed, provide 0x. For Starter. Ware application provide 0x. Once SPI flash writing completes, disconnect from CCS. Booting the target. Connect a UART cable to a host running a serial terminal application teratermhyperterminal with 1. No parity and 1 STOP bit configuration. Configure the board for SPI boot mode SPI is available in profile 2 SW81 OFF, SW82 ON, SW83 4 OFF. For more details refer to EVM reference manual. Once the SPI boot mode is chosen, the bootloader is first detected and copied and executed from the OCMC0 RAM. The bootloader then copies the application image from the SPI to the SDRAM and passed the control to the application. If the process is succesful, following messages appear on the serial console. Starter. Ware. AM3. Boot Loader. Copying application image to RAM. Jumping to Starter. Ware Application. After this the application should take control and execute. Booting Via NANDBooting from NAND involves two steps. Flashing bootloader and application to NAND Flash Booting the target. Flashing bootloader and application to NAND Flash. Configure the EVM in profile 0 SW81 4 OFF. For more details refer to EVM reference manual. Configure the BOOT pins for NAND Boot mode. Connect the target. Load the GEL file toolsgelAM3. X. gel. Load the nandflashwriterAM3. X. out onto the EVM and Run. The flash writer will output messages on the CCS console. When it prompts for inputs, proper inputs shall be given via CCS console. When prompted for binary file name, update the file with the proper path. Select option for flashing. Choose your operation. Enter 1 To Flash an Image. Enter 2 To ERASE the whole NAND. Enter 3 To EXIT. Select option 1 when prompted. Select option 2 in case if you want to erase the whole NAND.