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| learn:programmable-logic:tutorials:arty-z7-getting-started-with-zynq:start [2017/09/21 22:42] – [9. Create a new Hello World Application Project in SDK] jon peyron | learn:programmable-logic:tutorials:arty-z7-getting-started-with-zynq:start [2022/10/04 11:38] (current) – external edit 127.0.0.1 | ||
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| ====== Arty Z7 Getting started with Zynq ====== | ====== Arty Z7 Getting started with Zynq ====== | ||
| + | |||
| + | <WRAP round important 660px> | ||
| + | === Important! === | ||
| + | This guide is obsolete, the updated guide can be found [[: | ||
| + | </ | ||
| + | |||
| {{: | {{: | ||
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| * Created a simple hardware design incorporating the on board LEDs, | * Created a simple hardware design incorporating the on board LEDs, | ||
| - | * Created a .C project in XIlinx Vivado SDK tieing | + | * Created a .C project in XIlinx Vivado SDK tying the on board LEDs and buttons together along with sending switch status through the USB-UART using the hardware design shown in the previous step. |
| ----- | ----- | ||
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| > | > | ||
| - | >1.3) Enter a project | + | >1.3) Enter a Project |
| > | > | ||
| > | > | ||
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| > | > | ||
| - | >3.2) Click the **Run Block Automation** link | + | >3.2) Click the **Run Block Automation** link and click **OK**. This will use the board files and correctly configure the ZYNQ processor for the Arty-Z7. |
| > | > | ||
| > | > | ||
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| > | > | ||
| > | > | ||
| + | > | ||
| >3.5) Add another GPIO core by repeating step 3.3 but do not enable dual channel. | >3.5) Add another GPIO core by repeating step 3.3 but do not enable dual channel. | ||
| > | > | ||
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| > | > | ||
| > | > | ||
| + | > | ||
| >6.2) Next there are a series of popup boxes. On the first popup select save | >6.2) Next there are a series of popup boxes. On the first popup select save | ||
| > | > | ||
| > | > | ||
| > | > | ||
| - | >On the second popup select yes. You choose to have this not notify you again. | + | >On the second popup select yes. You can choose to have this not notify you again. |
| + | > | ||
| > | > | ||
| > | > | ||
| >On the last popup choose the max number of jobs allowed if you have no other tasks going on your PC. Otherwise choose the number of jobs based on system needs. | >On the last popup choose the max number of jobs allowed if you have no other tasks going on your PC. Otherwise choose the number of jobs based on system needs. | ||
| + | > | ||
| > | > | ||
| > | > | ||
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| >9.2) Enter a Project name and leave the rest of the options on default settings. Then select **NEXT** | >9.2) Enter a Project name and leave the rest of the options on default settings. Then select **NEXT** | ||
| - | {{: | + | > |
| + | >{{: | ||
| >9.3) Select the Hello World template. Then select **FINISH** | >9.3) Select the Hello World template. Then select **FINISH** | ||
| - | {{: | + | > |
| + | >{{: | ||
| - | >9.4) Expand **Getting_started_with_ZYNQ**(your project) then open **src** | + | >9.4) Expand **Getting_started_with_zynq**(the application you made) then open **src** and double click on " |
| - | and double click on " | + | |
| > | > | ||
| - | > | + | > |
| ----- | ----- | ||
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| ==== 11. Run the Project ==== | ==== 11. Run the Project ==== | ||
| - | >11.1) Make sure that the Zybo is connected to the host PC via the **UART** USB Port and that JP5 is set to JTAG. To program the FPGA, on the top toolbar, click the {{: | + | >11.1) Make sure that the Arty-Z7 |
| - | > | + | > |
| >11.2) Save the project. | >11.2) Save the project. | ||
| - | >11.3) Right click the **getting_started_with_ZYBO** directory and select run as -> Launch on Hardware(System Debugger). | + | >11.3) Right click the **Getting_started_with_zynq** directory and select run as -> Launch on Hardware(System Debugger). |
| - | > | + | > |
| - | >11.4) The demo will be running on the ZYBO. Try playing around with the 4 switches | + | >11.4) The demo will be running on the Arty-Z7. Try playing around with the (labeled |
| >11.5) Tera Term or any serial terminal will work as a Console for displaying the output of the BTN's. | >11.5) Tera Term or any serial terminal will work as a Console for displaying the output of the BTN's. | ||
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| > Set up the terminal as: | > Set up the terminal as: | ||
| - | > | + | > |
| + | |||
| + | >You should see something like this on the terminal depending on what you do with the switches. | ||
| + | >{{:learn: | ||
| ----- | ----- | ||
| - | {{tag> | + | /*{{tag> |