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Page Content
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| Info |
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To execute your models, you will need to load in RT-LAB, the custom HIL2GO-200 firmware provided below. The firmware is included in the integration test model (see next page). |
The custom firmware delivered in this project includes an eHS solver that can be used with the OPAL-RT Schematic Editor.
Files to Download
Please download the two files below, on your host Windows PC, as you will need them to execute your model and configure Schematic Editor.
The “.bin” file is the bitstream file needed to compile your model and execute it on the target.
The “.ioconf” file is the configuration file you will need to install in Schematic Editor on your Windows host.
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Import eHS Bitstream Configuration File in Schematic Editor
The system is delivered has a custom firmware bitstream configuration. Therefore, the custom firmware bitstream configuration file must be added imported to the Schematic Editor database in order to use eHS.
The required firmware files, including the *.ioconf file can be downloaded above.below.
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| Info |
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You only have to add import the firmware bitstream configuration file once. |
To add import the new firmware bitstream configuration file in the Schematic Editor, open Schematic Editor from Windows and follow this procedure: Including a new firmware
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Verify if the firmware has been properly imported as explained in the same page.
You are looking for this firmware configuration name.
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: Firmware for kintex7 TE0741_4-EX-0001-3_4_1_816-eHSx128m_Gen4_DBDBD8C322QEIO
You can confirm that this firmware entry is the one corresponding to the HIL2GO-200 system you just imported by moving your mouse pointer to the firmware name appearing in the top right corner when the firmware name is selected in the list.
The file name of the bitstream (*.bin) appearing in the tooltip window is the same as the configuration file you imported (*.ioconf), i.e. TE0741_4-EX-0001-3_4_1_816-eHSx128m_Gen4_DBDBD8C322QEIO-4F-34
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Configuring a Setup for a New Simulation Project
To add connections between the model and the analog and digital I/Os of the simulator, a Simulator Setup must be configured when you start a new project.
This setup defines the type of I/O interface a simulator provides, as well as the available hardware resources.
The procedure is explained here : Configuring a Setup for Your Simulation
These are the values you must select:
Simulator: OP4610
eHS license class: It depends on the option you purchased with your bundle. The default is x16
Firmware: Firmware for kintex7 TE0741_4-EX-0001-3_4_1_816-eHSx128m_Gen4_DBDBD8C322QEIO, release 1.8.0 (latest)
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NEXT STEP >Test your System it’s up to you. You may want to: |