Changes

== '''SheevaPlug Specifications''' =Goal =

== Sheeva CPU Core ==* 1.2 GHz operation* L1 Cache: 16K Instruction + 16K Data* L2 Cache: 256KB

DDR2 400MHz, 16* Power input: 100-bit bus240VAC/50-60Hz 19W DC Consumption: 5V/3.0A* High efficiency POL DC-DC converters

512MB NAND FLASH== Hardware Links ==* [http: 4Gb x8, direct boot//www.globalscaletechnologies.com/p-22-sheevaplug-dev-kit-us.aspx Manufacturer's product page]

128-bit eFuse Memory '''Power ''' Power input: 100-240VAC/50-60Hz 19W DC Consumption: 5V/3.0AHigh efficiency POL DC-DC converters '''Development Interface''' System Development BoardJTAG and Console Interface via USBSDIO expansionJTAG OpenOCD support via USB'''High Speed I/O & Peripherals''' GE, USB 2.0 HostRTC w/ Battery '''<font color="#000000">'''UL/CE/FCC certified'''</font>'''   [http://www.globalscaletechnologies.com/p-22-sheevaplug-dev-kit-us.aspx For more information] == '''Accessing SheevaPlug from a Windows 7 box''' == Step 1: Connect the device using the mini USB -> USB cable. Step 2: Chances are Windows will struggle to find drivers for the device so just use the SheevaPlug_Host_SWsupportPackageWindowsHost.zip file that is included in the DevKit CD. Unzip it and use Device Manager to browse for the TeraTerm Drivers (located as a sub directory in the zip file you just extracted). Step 3: Windows will find 2 devices (USB Converter A and B) A = JTAG port B = serial port. We want to connect to the serial port. Step 4: Click on Port B, select properties and in the Advance tab ensure LOAD VCP is selected. Step 5: Unplug the device, and plug it back in. Step 6: Using PuTTY, connect to the COM port of "PORT B" and make sure the SPEED is set to 115200. Step 7: You might need to press ENTER once or twice to get the prompt to actually show (sounds silly but it took me a while to figure that out lol). Step 8: Login using the default authentication information (username = root ) (password = nosoup4u)

== # Plug an ethernet cable into the SheevaPlug and connect it to your router.# Check the DHCP table on the router to find out the IP that was assigned to the SheevaPlug (i.e. 192.168.15.109)# <code>ssh root@''ipaddress''</code> (i.e. 192.168.15.109)# Insert the SD card into the SheevaPlug'Installing F12 s card reader slot.# <code>dmesg | tail</code> (shows the mount point) (i.e. /dev/mmc1)# Partition the SD card using <code>fdisk /dev/mmc1</code> (Delete any existing partitions)# Create a new partition (C) accept the defaults, make it bootable (a), verify it (p) and write the new partition table (w)# Create the file system using mkfs.ext3 /dev/mmc1# Get the Kernel: <code>wget http://ftp.linux.org.uk/pub/linux/arm/fedora/platforms/sheevaplug/uImage-2.6.30-sheevaplug</code> and root filesystem <code>http://ftp.linux.org.uk/pub/linux/arm/fedora/rootfs/rootfs-f12.tar.bz2</code>#*NOTE: WGET may not be installed on an the SheevaPlug so run "yum install wget"#*NOTE: If you are not connected to the internet run route add default gw <ip address> and add the name server to /etc/resolv.conf# Create a mount point using <code>mkdir /media/flash</code>. Mount the SD card using <code>/dev/mmc1 /media/flash</code>. Uncompress the file system using <code>tar -jxf rootfs-f12.tar.bz2</code>. Copy the filesystem over to the SD card using <code>cp -r rootfs-f12/* /media/flash</code>. Copy the the kernel over to the SD''' ==card using <code>cp uImage-2.6.30-sheevaplug/media/flash/boot</code>

 Step 1: Plug an ethernet cable into the SheevaPlug and connect it to your router. Step 2: Check the DHCP table on the router to find out the IP that was assigned to the SheevaPlug (i.e. 192.168.15.109) Step 3: SSH root@<ip address> (i.e. 192.168.15.109) Step 4: Insert the SD card into the SheevaPlug's card reader slot. Step 5: dmesg | tail (shows the mount point) (i.e. /dev/mmc1) Step 6: Partition the SD card using fdisk /dev/mmc1 (Delete any existing partitions) Step 7: Create a new partition (C) accept the defaults, make it bootable (a), verify it (p) and write the new partition table (w) Step 8: Create the file system using mkfs.ext3 /dev/mmc1 Step 9: Get the Kernel wget http://ftp.linux.org.uk/pub/linux/arm/fedora/platforms/sheevaplug/uImage-2.6.30-sheevaplug and Distro http://ftp.linux.org.uk/pub/linux/arm/fedora/rootfs/rootfs-f12.tar.bz2 *NOTE: WGET may not be installed on the SheevaPlug so run "yum install wget"**NOTE: If you are not connected to the internet run route add default gw <ip address> and add the name server to /etc/resolv.conf Step 10: Create a mount point using mkdir /media/flash. Mount the SD card using /dev/mmc1 /media/flash. Uncompress the file system using tar -jxf rootfs-f12.tar.bz2. Copy the filesystem over to the SD card using cp -r rootfs-f12/* /media/flash. Copy the the kernel over to the SD card using cp uImage-2.6.30-sheevaplug/media/flash/boot  == '''Booting F12(on the SD) from SheevaPlug''' ==

Step 1: # Reboot the SheevaPlug, and during the countdown, interrupt it by pressing any key. Step 2: # Run the following commands: #* Marvell>> setenv mainlineLinux yes#* Marvell>> setenv arcNumber 2097#* Marvell>> setenv bootargs_console console=ttyS0,115200#* Marvell>> setenv bootargs_root 'rw root=/dev/mmcblk0p1 rootdelay=10 rootfstype=ext2'#* Marvell>> setenv bootcmd_mmc 'mmcinit; ext2load mmc 0 0x800000 /boot/uImage-2.6.30-sheevaplug'#* Marvell>> setenv bootcmd 'setenv bootargs $(bootargs_console) $(bootargs_root); run bootcmd_mmc; bootm 0x0800000'#* Marvell>> saveenv#* Marvell>> reset Step 3: # Once the device reboots, you should be prompted with the fedora-arm login. Login using "root" and the password is "fedoraarm"