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In this lecture, we will test our lab environment to get ready for experiencing actualised design techniques

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for sequential circuits in the rest of the course.

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To test our lab environment, we should test designing such as and we want the software tools as well

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as the basis to evaluation board.

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Let's first test the White House, run the White House, such a softer by double clicking on its icon

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or the corresponding link in the Stockmann.

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Create a new project by clicking on the create project link in the White House, such as the Welcome

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Page or by clicking on find new project option from the many choose bases, underscore output, underscore

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why there's such a list as the project.

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You can change the destination folder if you wish and click next.

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Then just basic underscore output as a top function name and click next twice.

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In the solution configuration window, click on the ellipses icon to select the target FPGA, click

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on the board and select the digital and from the window list.

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Now you should see the basic storyboard in the list below.

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If you cannot see the board name, then you have incorrectly copied the board definition file explained

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in the previous lecture to the Basis three board and OK.

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Ensure that the we are the only people are target option is selected in the target area.

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And then press the finish, but.

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Now, we should add the basic underscore out with the source, Sourcefire, the project.

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You can find this file in the resources folder attached to this election, download the file on your

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computer.

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Right, click on the source folder and select new for this version of the white Essentialists tool,

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create the file outside the project folder by default, double click on the project folder to create

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the file inside that file.

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Then copy the content of the downloaded file into the basic underscore out the zip file.

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Now you can synthesize designed by clicking on the sentences, but.

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You should get the center's report and the finished sentences message in the CONSOLI.

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Then you can explore the art of design as a hardware IP by clicking on the export article, but.

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You should see the finished export article message in the console.

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This completes the white essentialist test process.

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Now, let's test the Rimando and the Bases report, firstly, we test the board using its defense ministry,

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connect the board to the computer using a we can make sure that the J-P one jumper is on Quispe programming

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mode as shown here.

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Then turn on the board using the board power switch, the board should be configured by Quispe to the

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default test program provided by vigilent.

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You should see a 029 counter on seven segments.

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Secondly, to make sure that the computer detects the board and can program it, I'm going to program

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the board using a bit system for.

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For this purpose, turn off the board, change the programming remote to JTAC using the JPN one jumper

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and then turn the board on again, as shown here.

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To program the world by bitstream.

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Rhonda Vado by clicking on it site, create a new project by clicking on the Create Project Link.

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Enter the basic underscore output.

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Daschle Vado as a project.

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In the project type page select article, project option and do not specify sources at this time ensure

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that the project is an extensible writer's platform.

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Option is not selected in the default part.

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Select board and choose a vigilent from the vendor list.

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You should see the basis to report on the list.

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Select that and click next.

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And then the finished product.

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Download the basic underscore output debit file from the resources folder attached to this lecture on

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your computer, then click on Open Hardware Manager on the left hand side, pain involved.

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Then click on the open target link and select the auto connect option.

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Click on the program device, then click on the ellipses button beside the supari.

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Find basic underscore output that this file on your computer then programmed about.

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You should see for this illuminating on the board.

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This video is the last lecture in part one.

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I will explain how to design sequential circuits in part to starting from the next lecture.