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resources:eval:user-guides:mykonos:no-os-setup [11 Sep 2018 13:15] – 2016_R2 -> master Dragos Bogdan | resources:eval:user-guides:mykonos:no-os-setup [09 Mar 2021 21:39] (current) – Fix bad links Dragos Bogdan | ||
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* **AD9371/ | * **AD9371/ | ||
- | * Download from https:// | + | * Download from https:// |
* Next copy the files intro the src folder of your newly created project. You can do this with Ctrl+C Ctrl+V or simple drag and drop | * Next copy the files intro the src folder of your newly created project. You can do this with Ctrl+C Ctrl+V or simple drag and drop | ||
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* **Transceiver Evaluation Software** | * **Transceiver Evaluation Software** | ||
* Download from http:// | * Download from http:// | ||
- | * Next, generate the profile by using the [[https:// | + | * Next, generate the profile by using the [[/ |
* Further, import the profile into TES, and generate the Mykonos initialization structures which are used by the No-OS driver (Tools -> Create Script -> C Script). Follow the //AD9370 Quick Start Guide.pdf// from AD9371 Transceiver Evaluation Software\Resources folder. | * Further, import the profile into TES, and generate the Mykonos initialization structures which are used by the No-OS driver (Tools -> Create Script -> C Script). Follow the //AD9370 Quick Start Guide.pdf// from AD9371 Transceiver Evaluation Software\Resources folder. | ||
* The script generates **headless.c, | * The script generates **headless.c, | ||
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* Open an UART terminal, set the baud rate to 115200bps and make sure the initialization was completed, as in the screenshot bellow: | * Open an UART terminal, set the baud rate to 115200bps and make sure the initialization was completed, as in the screenshot bellow: | ||
{{ : | {{ : | ||
- | * Next, download the capture scripts from the [[https:// | + | * Next, download the capture scripts from the [[https:// |
- | * **capture.bat** script contains the path of the Xilinx SDK, the default is **" | + | * **capture.bat** script contains the path of the Xilinx SDK, the default is **" |
* By running **capture.bat**, | * By running **capture.bat**, | ||
- | * Start [[http:// | + | * Start [[adi>en/ |
* From the **Pattern Loader** window, browse for the newly generated .csv files and click **Run**. The result should look something like in the screenshot below: | * From the **Pattern Loader** window, browse for the newly generated .csv files and click **Run**. The result should look something like in the screenshot below: | ||
{{ : | {{ : | ||
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Before the image can be loaded the **Quartus Prime 16.0** tool or the [[http:// | Before the image can be loaded the **Quartus Prime 16.0** tool or the [[http:// | ||
- | * The first step before get started is to [[http:// | + | * The first step before get started is to [[/ |
* Open the NIOS II Software Build Tools for Eclipse. When NIOS II starts it asks to provide a folder, where to store the work space. Any folder can be provided. | * Open the NIOS II Software Build Tools for Eclipse. When NIOS II starts it asks to provide a folder, where to store the work space. Any folder can be provided. | ||
* Go to **File -> New -> NIOS II Board Support Package** | * Go to **File -> New -> NIOS II Board Support Package** | ||
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* The next step is to copy all the relevant source code into the **software** directory. | * The next step is to copy all the relevant source code into the **software** directory. | ||
* **AD9371/ | * **AD9371/ | ||
- | * Download from https:// | + | * Download from https:// |
* Next copy the files intro the src folder of your newly created project. You can do this with Ctrl+C Ctrl+V or simple drag and drop | * Next copy the files intro the src folder of your newly created project. You can do this with Ctrl+C Ctrl+V or simple drag and drop | ||
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* **Transceiver Evaluation Software** | * **Transceiver Evaluation Software** | ||
* Download from http:// | * Download from http:// | ||
- | * Next, generate the profile by using the [[https:// | + | * Next, generate the profile by using the [[/ |
* Further, import the profile into TES, and generate the Mykonos initialization structures which are used by the No-OS driver (Tools -> Create Script -> C Script). Follow the //AD9370 Quick Start Guide.pdf// from AD9371 Transceiver Evaluation Software\Resources folder. | * Further, import the profile into TES, and generate the Mykonos initialization structures which are used by the No-OS driver (Tools -> Create Script -> C Script). Follow the //AD9370 Quick Start Guide.pdf// from AD9371 Transceiver Evaluation Software\Resources folder. | ||
* The script generates **headless.c, | * The script generates **headless.c, | ||
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* Once DDS or DMA mode is selected and the project configuration can be ran. | * Once DDS or DMA mode is selected and the project configuration can be ran. | ||
* Open an UART terminal, set the baud rate to 115200bps and make sure the initialization was completed, as in the screenshot bellow: {{ : | * Open an UART terminal, set the baud rate to 115200bps and make sure the initialization was completed, as in the screenshot bellow: {{ : | ||
- | * Next, download the capture scripts from the [[https:// | + | * Next, download the capture scripts from the [[https:// |
* By running **capture.bat**, | * By running **capture.bat**, | ||
- | * Start [[http:// | + | * Start [[adi>en/ |
* From the **Pattern Loader** window, browse for the newly generated .csv files and click **Run**. | * From the **Pattern Loader** window, browse for the newly generated .csv files and click **Run**. | ||
=== Download no-OS ===== | === Download no-OS ===== | ||
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<WRAP round download 100%> | <WRAP round download 100%> | ||
- | * **AD9371/ | + | * **AD9371/ |
- | * **AD9371/ | + | * **AD9371/ |
* **API Source Code** http:// | * **API Source Code** http:// | ||
</ | </ |