Difference between revisions of "Communicate"
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==Connection Setup== | ==Connection Setup== | ||
A Terminal emulator (for RS232 link) and a TFTP server (for Ethernet link) have to be configured, depending on your Host operating system: | A Terminal emulator (for RS232 link) and a TFTP server (for Ethernet link) have to be configured, depending on your Host operating system: | ||
| − | + | * '''Linux''': [[Connection with U-Boot on Linux|configuring RS-232 and TFTP on a Linux Host to communicate with U-Boot]] | |
| − | + | * '''Window$''': [[Windows uBoot Connection | configuring RS-232 and TFTP on a Window$ Host to communicate with U-Boot]] | |
| − | [[Connection with U-Boot on Linux]] | + | |
| − | + | ||
| − | + | ||
| − | [[Windows uBoot Connection | | + | |
==U-Boot communication quick check== | ==U-Boot communication quick check== | ||
Revision as of 18:12, 25 February 2009
How-To connect your Armadeus board to your development Host.
Forewords
The default connection uses a simple RS232 Null-Modem cable (with or without USB<->serial adapter).
If you want to transfer data in a faster way, the Ethernet link is recommended.
At this stage, you should have something looking like that (IP addresses may change):
Connection Setup
A Terminal emulator (for RS232 link) and a TFTP server (for Ethernet link) have to be configured, depending on your Host operating system:
- Linux: configuring RS-232 and TFTP on a Linux Host to communicate with U-Boot
- Window$: configuring RS-232 and TFTP on a Window$ Host to communicate with U-Boot
U-Boot communication quick check
- Verify that your RS232 cable is correctly connected
- The bootstrap jumper must be removed
- Start the RS232 terminal on the Host side (115200 bauds 8N1)
- Reset the board
- U-Boot must start
Here is a screenshot of what you will see on your Terminal emulator during the Linux boot.
