TSoM eMMC Programming Guide revB1 - Revision history

Admin: /* 1.1 Re-flash linux image to emmc memory */

2024-11-14T03:39:36Z

1.1 Re-flash linux image to emmc memory

← Older revision		Revision as of 03:39, 14 November 2024
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	#:14. Note: The number "0xfa000" represents the image size, the unit is "block", each block has 512 bytes size. The size of the image file here is 524,288,000 bytes , i.e. 524,288,000/ 512=1,024,000 (block) . 1,024,000 converted to hexadecimal is 0xfa000.		#:14. Note: The number "0xfa000" represents the image size, the unit is "block", each block has 512 bytes size. The size of the image file here is 524,288,000 bytes , i.e. 524,288,000/ 512=1,024,000 (block) . 1,024,000 converted to hexadecimal is 0xfa000.
	#Press the COLD_RST button of the TSoM evaluation kit to reboot the board into linux. When the "login in" message appears that shows the programming eMMC success.		#Press the COLD_RST button of the TSoM evaluation kit to reboot the board into linux. When the "login in" message appears that shows the programming eMMC success.
-	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-~~009~~.png\|650px]]</div>	+	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-009a.png\|650px]]</div>

	= <span style="color:#000080;">1.2 Update Device Tree and zImage in the eMMC</span> =		= <span style="color:#000080;">1.2 Update Device Tree and zImage in the eMMC</span> =

Admin: /* 1.1 Re-flash linux image to emmc memory */

2024-11-14T03:14:58Z

1.1 Re-flash linux image to emmc memory

← Older revision		Revision as of 03:14, 14 November 2024
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	#Enter the command "'''mmc rescan'''" to rescan the eMMC device.		#Enter the command "'''mmc rescan'''" to rescan the eMMC device.
	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-007a.png\|650px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-007a.png\|650px]]</div>
-	#Enter the command "'''mmc write $loadaddr 0 ~~0x510e0~~'''" to program image file to the eMMC device.	+	#Enter the command "'''mmc write $loadaddr 0 0xfa000'''" to program image file to the eMMC device.
	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-008a.png\|650px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-008a.png\|650px]]</div>
-	#:Note: The number "~~0x510e0~~" represents the image size, the unit is "block", each block has 512 bytes size. The size of the image file here is ~~169984000~~ bytes , i.e. ~~169984000~~/ 512=~~332000~~ (block) . ~~332000~~ converted to hexadecimal is ~~0x510e0~~.	+	#:14. Note: The number "0xfa000" represents the image size, the unit is "block", each block has 512 bytes size. The size of the image file here is 524,288,000 bytes , i.e. 524,288,000/ 512=1,024,000 (block) . 1,024,000 converted to hexadecimal is 0xfa000.
	#Press the COLD_RST button of the TSoM evaluation kit to reboot the board into linux. When the "login in" message appears that shows the programming eMMC success.		#Press the COLD_RST button of the TSoM evaluation kit to reboot the board into linux. When the "login in" message appears that shows the programming eMMC success.
	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-009.png\|650px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-009.png\|650px]]</div>

Admin: /* 1.1 Re-flash linux image to emmc memory */

2024-11-14T02:54:33Z

1.1 Re-flash linux image to emmc memory

← Older revision		Revision as of 02:54, 14 November 2024
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	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTE revB-005.png\|550px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTE revB-005.png\|550px]]</div>
	#Enter the command "'''mmc rescan'''" to rescan the eMMC device.		#Enter the command "'''mmc rescan'''" to rescan the eMMC device.
-	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-~~007~~.png\|650px]]</div>	+	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-007a.png\|650px]]</div>
	#Enter the command "'''mmc write $loadaddr 0 0x510e0'''" to program image file to the eMMC device.		#Enter the command "'''mmc write $loadaddr 0 0x510e0'''" to program image file to the eMMC device.
-	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-~~008~~.png\|650px]]</div>	+	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-008a.png\|650px]]</div>
	#:Note: The number "0x510e0" represents the image size, the unit is "block", each block has 512 bytes size. The size of the image file here is 169984000 bytes , i.e. 169984000/ 512=332000 (block) . 332000 converted to hexadecimal is 0x510e0.		#:Note: The number "0x510e0" represents the image size, the unit is "block", each block has 512 bytes size. The size of the image file here is 169984000 bytes , i.e. 169984000/ 512=332000 (block) . 332000 converted to hexadecimal is 0x510e0.
	#Press the COLD_RST button of the TSoM evaluation kit to reboot the board into linux. When the "login in" message appears that shows the programming eMMC success.		#Press the COLD_RST button of the TSoM evaluation kit to reboot the board into linux. When the "login in" message appears that shows the programming eMMC success.

Admin: /* 1.1 Re-flash linux image to emmc memory */

2024-11-14T02:34:37Z

1.1 Re-flash linux image to emmc memory

← Older revision		Revision as of 02:34, 14 November 2024
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	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-005a.png\|650px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-005a.png\|650px]]</div>
	#Enter the command "'''fatload mmc 0:1 $loadaddr tsom_emmc_500m_new.img'''" to load the .img file into the DDR3.		#Enter the command "'''fatload mmc 0:1 $loadaddr tsom_emmc_500m_new.img'''" to load the .img file into the DDR3.
-	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-~~006b~~.png\|650px]]</div>	+	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-006c.png\|650px]]</div>
	#Switch SW1 to "OFF" position to switch to eMMC boot mode.		#Switch SW1 to "OFF" position to switch to eMMC boot mode.
	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTE revB-005.png\|550px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTE revB-005.png\|550px]]</div>

Admin: /* 1.1 Re-flash linux image to emmc memory */

2024-11-14T02:34:04Z

1.1 Re-flash linux image to emmc memory

← Older revision		Revision as of 02:34, 14 November 2024
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	#Enter the command "'''fatls mmc 0:1'''" to view the contents of the sdcard fat partition.		#Enter the command "'''fatls mmc 0:1'''" to view the contents of the sdcard fat partition.
	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-005a.png\|650px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-005a.png\|650px]]</div>
-	#Enter the command "'''fatload mmc 0:1 $loadaddr ~~tsom_emmc_168M~~.img'''" to load the .img file into the DDR3.	+	#Enter the command "'''fatload mmc 0:1 $loadaddr tsom_emmc_500m_new.img'''" to load the .img file into the DDR3.
-	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-~~006~~.png\|650px]]</div>	+	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-006b.png\|650px]]</div>
	#Switch SW1 to "OFF" position to switch to eMMC boot mode.		#Switch SW1 to "OFF" position to switch to eMMC boot mode.
	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTE revB-005.png\|550px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTE revB-005.png\|550px]]</div>

Admin: /* 1.1 Re-flash linux image to emmc memory */

2024-11-14T02:32:30Z

1.1 Re-flash linux image to emmc memory

← Older revision		Revision as of 02:32, 14 November 2024
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	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-004.png\|650px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-004.png\|650px]]</div>
	#Enter the command "'''fatls mmc 0:1'''" to view the contents of the sdcard fat partition.		#Enter the command "'''fatls mmc 0:1'''" to view the contents of the sdcard fat partition.
-	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-~~005~~.png\|650px]]</div>	+	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-005a.png\|650px]]</div>
	#Enter the command "'''fatload mmc 0:1 $loadaddr tsom_emmc_168M.img'''" to load the .img file into the DDR3.		#Enter the command "'''fatload mmc 0:1 $loadaddr tsom_emmc_168M.img'''" to load the .img file into the DDR3.
	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-006.png\|650px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-006.png\|650px]]</div>

Admin: /* 1.1 Re-flash linux image to emmc memory */

2024-11-14T02:26:16Z

1.1 Re-flash linux image to emmc memory

← Older revision		Revision as of 02:26, 14 November 2024
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	#:https://download.terasic.com/downloads/cd-rom/tsom/linux_BSP/tsom_linux_mp_v1.2.zip		#:https://download.terasic.com/downloads/cd-rom/tsom/linux_BSP/tsom_linux_mp_v1.2.zip
	#Insert the Micro SD card into the TSoM evaluation kit.		#Insert the Micro SD card into the TSoM evaluation kit.
-	#Make sure SW2 is set to FPPx32 mode((See the picture below~~,MSEL[4:0]="01010"~~), so the FPGA can be configured by HPS. The factory default mode is the FPPx32 mode.	+	#Make sure SW2 is set to FPPx32 mode(See the picture below), so the FPGA can be configured by HPS. The factory default mode is the FPPx32 mode.
	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTE revB-002.png\|550px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTE revB-002.png\|550px]]</div>
	#Make sure that SW1 on the TSoM is switch to the "ON" position, which represents the HPS boot from the SD Card.		#Make sure that SW1 on the TSoM is switch to the "ON" position, which represents the HPS boot from the SD Card.

Admin: /* 1.1 Re-flash linux image to emmc memory */

2024-11-14T02:25:45Z

1.1 Re-flash linux image to emmc memory

← Older revision		Revision as of 02:25, 14 November 2024
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	#:https://download.terasic.com/downloads/cd-rom/tsom/linux_BSP/tsom_linux_mp_v1.2.zip		#:https://download.terasic.com/downloads/cd-rom/tsom/linux_BSP/tsom_linux_mp_v1.2.zip
	#Insert the Micro SD card into the TSoM evaluation kit.		#Insert the Micro SD card into the TSoM evaluation kit.
-	#Make sure SW2 is set to FPPx32 mode(MSEL[4:0]="01010"), so the FPGA can be configured by HPS. The factory default mode is the FPPx32 mode.	+	#Make sure SW2 is set to FPPx32 mode((See the picture below,MSEL[4:0]="01010"), so the FPGA can be configured by HPS. The factory default mode is the FPPx32 mode.
	#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTE revB-002.png\|550px]]</div>		#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTE revB-002.png\|550px]]</div>
	#Make sure that SW1 on the TSoM is switch to the "ON" position, which represents the HPS boot from the SD Card.		#Make sure that SW1 on the TSoM is switch to the "ON" position, which represents the HPS boot from the SD Card.

Admin: /* 1.1 Re-flash linux image to emmc memory */

2024-11-14T02:25:09Z

1.1 Re-flash linux image to emmc memory

← Older revision		Revision as of 02:25, 14 November 2024
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	#Prepare a SD card reader and a Micro SD card (minimum 4GB capacity,for Linux boot).		#Prepare a SD card reader and a Micro SD card (minimum 4GB capacity,for Linux boot).
-	#2. Download the image file form the link below and unzip it, then use the tool such as "Win32 Disk Imager" or “Rufus” to write the linux image file(tsom_linux_mp.img) into the Mircro SD card.	+	#Download the image file form the link below and unzip it, then use the tool such as "Win32 Disk Imager" or “Rufus” to write the linux image file(tsom_linux_mp.img) into the Mircro SD card.
-	#:#:https://download.terasic.com/downloads/cd-rom/tsom/linux_BSP/tsom_linux_mp_v1.2.zip	+	#:https://download.terasic.com/downloads/cd-rom/tsom/linux_BSP/tsom_linux_mp_v1.2.zip
	#Insert the Micro SD card into the TSoM evaluation kit.		#Insert the Micro SD card into the TSoM evaluation kit.
	#Make sure SW2 is set to FPPx32 mode(MSEL[4:0]="01010"), so the FPGA can be configured by HPS. The factory default mode is the FPPx32 mode.		#Make sure SW2 is set to FPPx32 mode(MSEL[4:0]="01010"), so the FPGA can be configured by HPS. The factory default mode is the FPPx32 mode.

Admin: /* 1.1 Re-flash linux image to emmc memory */

2024-11-14T02:24:54Z

1.1 Re-flash linux image to emmc memory

← Older revision		Revision as of 02:24, 14 November 2024
Line 5:		Line 5:

	#Prepare a SD card reader and a Micro SD card (minimum 4GB capacity,for Linux boot).		#Prepare a SD card reader and a Micro SD card (minimum 4GB capacity,for Linux boot).
-	#Download the image file form the link below and use the tool such as "~~'''~~Win32 Disk Imager~~'''~~" to write the linux image file(~~tsom_linux_console~~.~~zip~~) into the Mircro SD card.	+	#2. Download the image file form the link below and unzip it, then use the tool such as "Win32 Disk Imager" or “Rufus” to write the linux image file(tsom_linux_mp.img) into the Mircro SD card.
-	#:~~http://mail.terasic.com.tw/~johnny/release/tsom/tsom_linux_console.zip~~	+	#:#:https://download.terasic.com/downloads/cd-rom/tsom/linux_BSP/tsom_linux_mp_v1.2.zip
-	~~#Download the eMMC image file from the link below and extract it, then copy the image file(tsom_emmc_168M.img) to the fat partition of sdcard~~	+
-	#:https://download.terasic.com/downloads/cd-rom/tsom/linux_BSP/tsom_linux_mp_v1.2~~.zip~~	+
-	~~#:<div style="text-align:left;color:#4a4a4a;">[[Image: TSOM PTEEMC-000.jpg\|250px]]</div>~~	+
-	~~#:For Rev.C board , please download the image file :~~	+
-	~~#:http://mail.terasic.com.tw/~johnny/release/tsom/tsom_emmc_500M_new~~.zip	+
	#Insert the Micro SD card into the TSoM evaluation kit.		#Insert the Micro SD card into the TSoM evaluation kit.
	#Make sure SW2 is set to FPPx32 mode(MSEL[4:0]="01010"), so the FPGA can be configured by HPS. The factory default mode is the FPPx32 mode.		#Make sure SW2 is set to FPPx32 mode(MSEL[4:0]="01010"), so the FPGA can be configured by HPS. The factory default mode is the FPPx32 mode.