# Lab 1: Vivado Design Flow for a Simple PS Design
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@@ -278,20 +277,20 @@ While the application is being built, watch the messages in the Console window.
### Connecting to Remote UART window
For this lab activity we will need to connect to a remote UART window. Each remote setup is connected to a remote UART display using "SCREEN" and keep by a TMUX session for ease of access.
For this lab activity we will need to connect to a remote UART window. Each remote setup is connected to a remote UART display using "SCREEN" and keep by a TMUX session for ease of access.
1. Connect to the remote computer through SSH to the following address:
`uart@xxx.xxx.xxx.xxx`
where `xxx.xxx.xxx.xxx `is the ip address of your assigned computer.
where `xxx.xxx.xxx.xxx `is the ip address of your assigned computer.
2. To attach to the serial terminal of your board you need to type the following:
`$ tmux a -t XX`
where `XX `are the last two characters (uppercase) corresponding to your assigned board. E.g. For a board called **210248A49BC2**`XX` corresponds to **C2.**
where `XX `are the last two characters (uppercase) corresponding to your assigned board. E.g. For a board called **210248A49BC2**`XX` corresponds to **C2.**
4. You are ready to continue with the next steps of your remote laboratory. However, **if you need to exit** of this window, you can close the window, or you can use the following key combination:
`Ctrl + b` and after the letter `d`. Please don't kill the screen process or the tmux window to avoid delays on re-openning them again.
`Ctrl + b` and after the letter `d`. Please don't kill the screen process or the tmux window to avoid delays on re-openning them again.
### Configuring SDK enviorement
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@@ -317,22 +316,23 @@ We will connect to the remote Zedboard setup through a Hardware Server. We need
|------|---------------|
| Target Name | SMR3557_ICTP |
| Type | Hardware Server |
| Host | <IPassignedtoyou> |
| Port | 3121 |
Leave the rest of the options by default. Click "Ok".
| Host | |
| Port | 3121 |
```plaintext
Leave the rest of the options by default. Click "Ok".
Dont panick, for security reasons "Ping" is disable of our hw_servers, and that is why you may see this error. Click Yes to save the connection settings.
```plaintext
Dont panick, for security reasons "Ping" is disable of our hw_servers, and that is why you may see this error. Click Yes to save the connection settings.
5. Go to the top menu **Run>Run Configurations,** In the option Xilinx C/C++ application (System Debugger) right click to **New** as shown in the image below.
5. Go to the top menu **Run>Run Configurations,** In the option Xilinx C/C++ application (System Debugger) right click to **New** as shown in the image below.
7. Click **Select** in the **_FPGA Device_** option and **unmark** the **Auto Detect** option to see the available list of FPGAs connected. Choose the one assigned to your group and select the **xc7z020** option, and click OK.
7. Click **Select** in the **_FPGA Device_** option and **unmark** the **Auto Detect** option to see the available list of FPGAs connected. Choose the one assigned to your group and select the **xc7z020** option, and click OK.
10. Go to Application tab and tick **ps7_cortexa9_0** in the **Download** column. Be sure that **Project Name:** displays hello_world_sdk. If not you can select it by clicking on Browse. the final window should look like this:
10. Go to Application tab and tick **ps7_cortexa9_0** in the **Download** column. Be sure that **Project Name:** displays hello_world_sdk. If not you can select it by clicking on Browse. the final window should look like this:
