Difference between revisions of "Fedora ARM Secondary Architecture/SheevaPlug"
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High efficiency POL DC-DC converters | High efficiency POL DC-DC converters | ||
| − | + | '''Development Interface''' | |
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SDIO expansion | SDIO expansion | ||
JTAG OpenOCD support via USB | JTAG OpenOCD support via USB | ||
| − | + | '''High Speed I/O & Peripherals''' | |
| − | |||
| − | |||
GE, USB 2.0 Host | GE, USB 2.0 Host | ||
RTC w/ Battery | RTC w/ Battery | ||
Revision as of 15:21, 16 April 2010
Contents
SheevaPlug Specifications
Sheeva CPU Core
1.2 GHz operation
L1 Cache: 16K Instruction + 16K Data
L2 Cache: 256KB
Memory
DDR2 400MHz, 16-bit bus
512MB DDR2: 1Gb x8, 4 devices
Power efficient Samsung devices
NAND FLASH Controller, 8-bit bus
512MB NAND FLASH: 4Gb x8, direct boot
128-bit eFuse Memory
Power Power input: 100-240VAC/50-60Hz 19W DC Consumption: 5V/3.0A High efficiency POL DC-DC converters
Development Interface
System Development Board
JTAG and Console Interface via USB
SDIO expansion
JTAG OpenOCD support via USB
High Speed I/O & Peripherals
GE, USB 2.0 Host
RTC w/ Battery
UL/CE/FCC certified
Accessing SheevaPlug from a Windows box
Connecting to the Sheevaplug Using Windows
Installing F12 on an SD
1. Plugn ethernet cable into the SheevaPlug and connect it to your router.
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)
3. SSH root@<ip address> (i.e. 192.168.15.109)
4. Insert the SD card into the SheevaPlug's card reader slot.
5. dmesg | tail (shows the mount point) (i.e. /dev/mmc1)
6. Partition the SD card using fdisk /dev/mmc1
