WEBVTT 00:00.090 --> 00:05.570 So now we'll discuss a second way, that is how you use an IP to generate a specific class of memory, 00:06.270 --> 00:08.190 and then this is a very popular way. 00:08.200 --> 00:17.340 And you think about the Cicconi instead of sticking to a specific set of distributed a memory or memory 00:17.340 --> 00:18.750 that we find out in a language. 00:19.140 --> 00:26.520 OK, so for that, what will be doing is will be for writing some silly phrase which will be stored 00:26.520 --> 00:32.880 in Gaudron, and then we'll understand how to use an IP and then how you date that you will find inside 00:32.880 --> 00:35.670 and ram at all and then how you can do. 00:36.120 --> 00:40.010 OK, so to generate a specific data here, I have written. 00:40.170 --> 00:46.160 And so this is basically a simple formula which will generate one for sample. 00:46.400 --> 00:52.460 OK, so since that is the depth that we are targeting, so we are targeting to have a depth of around 00:52.650 --> 00:54.390 to be one zero two foot. 00:54.630 --> 00:58.260 OK, and then we probably are trying to do the same. 00:58.470 --> 01:02.310 So that is the reason I have written some hope to do the same. 01:02.430 --> 01:03.660 So just to plot. 01:04.080 --> 01:06.010 Just to design. 01:06.540 --> 01:07.190 OK, so. 01:08.160 --> 01:10.040 So that you analyze the sheep. 01:10.110 --> 01:11.790 All right, so. 01:12.840 --> 01:15.860 We just try to plot X over here. 01:17.780 --> 01:28.040 So we'll be finding that this is a typical form of sine wave, so to do what we can do is if we just 01:28.580 --> 01:35.900 click some of it and if we try to zoom in, since this is a life, skip it immediately, give us a call 01:36.260 --> 01:42.140 that can be updated inside our original code and then that we we can actually. 01:43.440 --> 01:46.060 So may not be from on Zumar, right? 01:46.530 --> 01:50.890 So what I do is I just add X. 01:53.130 --> 02:00.880 OK, and then I specified the the land for X that I'm targeting. 02:00.900 --> 02:10.730 So it would probably be first hundred samples and then for the Y probably zero two thousand. 02:10.740 --> 02:14.600 This is the maximum amplitude that I'm expecting out of court. 02:14.610 --> 02:14.920 Right. 02:14.940 --> 02:19.290 So if I just didn't know who it be finding, it is a typical change. 02:20.160 --> 02:22.000 And then Xilinx. 02:22.250 --> 02:23.870 I understand. 02:24.170 --> 02:26.390 Or if you order coefficient fight. 02:26.730 --> 02:30.990 So this is a simple statement by which you can join us for. 02:32.790 --> 02:36.180 And this is the data that we have inside us. 02:36.760 --> 02:45.570 So what I do is I just copy this entire data right from Reddick's to to or in fact, I can copy an entire 02:45.570 --> 02:49.200 data and I repeat this data in one of the text file. 02:49.380 --> 02:49.600 OK. 02:49.620 --> 02:51.350 So this is the first process that we do. 02:51.780 --> 02:55.110 We have written some random sample translation calls. 02:55.260 --> 02:59.880 We have converted them into a fixed rate and then we have to nutritiously. 03:01.230 --> 03:03.570 So this data will be forced into. 03:04.840 --> 03:10.530 A tax fight and then we'll try to tactics fight inside Romi. 03:10.820 --> 03:18.280 OK, so now let's try to understand a second of your insight into the very first thing that I do is 03:18.280 --> 03:24.120 I read a blog designed in fact, we're going to proceed in another way that we looked into next week. 03:24.160 --> 03:26.920 So right now, I just started a blog design. 03:27.890 --> 03:33.260 And then here I'll be adding an IP, so to add an IP, you have this IP button, right? 03:33.800 --> 03:38.550 And since the depth that we are targeting is one zero two four. 03:38.570 --> 03:40.910 I try to prosecute a blocked memory. 03:41.930 --> 03:47.500 So if we just search for a distributed memory, you'll be also finding that distributor memory to neutralises 03:47.510 --> 03:48.300 also available. 03:48.740 --> 03:53.840 But since the debt is very high on a bluff memory. 03:54.290 --> 03:54.560 Right. 03:54.610 --> 04:00.490 So this is an IP that is created just Double-Click on an IP to start its configuration window. 04:01.100 --> 04:05.610 So for here, the first thing that we can see is VRAM controller. 04:06.230 --> 04:11.330 So here you can use either of them controller or you can use the standard rate. 04:11.630 --> 04:21.260 So I stick to standalone and the memory type that I'm targeting is a single word from the finding that 04:21.260 --> 04:29.450 right now that addresses Totin, but we have a data depth of one zero three four, so we only required 04:29.450 --> 04:31.370 a depth of 10. 04:32.630 --> 04:43.550 So if we just go to a day here, you have about eight or so with this is 16 bidone in our case. 04:43.880 --> 04:53.510 And the depth that we have is wanting to know if we can just open an IP finding and address data has 04:53.510 --> 04:59.960 been updated and then as soon as we click somewhere else, it will update and results. 05:00.020 --> 05:00.330 Right. 05:00.590 --> 05:01.730 So is the finding. 05:01.730 --> 05:08.810 Now, if I just click and exclude the addresses of an address and you have two sides of it and you have 05:08.810 --> 05:12.730 a 16 bitrate, so this this looks fine. 05:13.220 --> 05:20.510 And then if you just Google and another options and this is all we get done, memory initialization 05:20.510 --> 05:20.890 option. 05:20.910 --> 05:22.930 So we'll just do that endpoint. 05:23.210 --> 05:27.640 So we try to load a silly file that we have created from a Mac. 05:27.860 --> 05:31.190 OK, so just browse Fireline. 05:31.510 --> 05:33.890 This is full of variables to advisee. 05:34.390 --> 05:41.690 OK, so what we did is that we have that entire data that is absolutely copying that data would be starting 05:41.690 --> 05:42.590 to exploit. 05:42.950 --> 05:45.800 And then we see what Dalziell. 05:46.280 --> 05:51.110 So you just need to make sure that receiving a text file you. 05:52.390 --> 05:59.390 A select an option as all fine, and so then when you get an extension of doxy. 06:00.010 --> 06:07.180 So if I just try to open this thing, finding it, issuing it with a radical, so that indicates that 06:07.180 --> 06:13.170 it is not identifying the to find that we have supplied. 06:13.220 --> 06:13.440 Right. 06:14.020 --> 06:15.520 There can be various reasons. 06:15.550 --> 06:18.210 So the reason here it is showing is invalid. 06:18.270 --> 06:20.930 See missing efficient. 06:21.520 --> 06:23.530 So memory initialization. 06:23.530 --> 06:24.670 Reddick's is missing. 06:25.360 --> 06:29.320 So what we can do is we can just rule where we have our silly file. 06:29.380 --> 06:29.640 Right. 06:29.650 --> 06:32.580 And just we can edit that seriously. 06:32.740 --> 06:35.020 So this is the sealed file that we have. 06:36.250 --> 06:40.630 In fact, this this is a text file and this is the file that we have. 06:40.900 --> 06:50.240 So it now from an IP itself, you can guess that it is showing this it is showing us that the the four 06:50.290 --> 06:57.730 already difficult format for a statement should be memory and discovery, initialization, undiscriminating. 06:58.420 --> 07:03.880 So you just replace this synthetics, this radix with memory. 07:04.870 --> 07:07.810 And then in the realisation. 07:09.250 --> 07:18.010 And critics say this is the first thing that we do coefficient, which is not required. 07:18.250 --> 07:20.250 Great to see you later. 07:20.680 --> 07:27.070 And again, we just go to Annika and we'll try to prototype again. 07:27.320 --> 07:30.040 Will that I see. 07:30.100 --> 07:37.690 We will drive in movies, you know, here will be finding that second thing that is missing is memory 07:37.690 --> 07:39.250 initialization factor. 07:39.970 --> 07:45.070 So, again, we can just go and do an extra digit. 07:45.460 --> 07:54.460 And here, instead of occupation, data is expecting it to have a memory initialization vector as a 07:54.460 --> 07:54.790 state. 07:55.150 --> 08:00.370 And then after that, you can specify that as we look and see what a design will go to an IP. 08:01.340 --> 08:08.310 We are going to see a fight and now we'll be finding if we just match everything that I believe what 08:08.330 --> 08:16.590 a choose and instead directly fight in a black place that indicates that it is for us. 08:17.240 --> 08:24.200 And now, if we can just click on this button and we try to validate, it will show us that validation 08:24.200 --> 08:28.540 is right and it identifies that. 08:29.090 --> 08:34.740 So this is some modification that we need to do, that we use a civil function for McCain. 08:35.510 --> 08:36.910 Since this thing is done. 08:36.920 --> 08:37.960 Now, we can call it. 08:40.000 --> 08:41.560 So this will generate an IP. 08:42.510 --> 08:45.350 And right now, if we just click on this plussing. 08:46.270 --> 08:51.820 And then we can make this prediction, so we'll just make this as exceptional, also, Klaw will be 08:51.820 --> 08:57.040 making an action like I just select that quote, I'll make it exceptional. 08:57.040 --> 09:02.490 Drought will be exceptional and individuals will be making exchange rate. 09:02.500 --> 09:07.700 So as soon as you find out, then you can proceed with Generation Financial. 09:08.800 --> 09:17.320 I try to modify it, so I just click on and I don't go into a property stamp and I just name that address 09:17.320 --> 09:20.110 for a club and simply leave the desk clerk. 09:20.590 --> 09:24.130 And for Nebel, I'll just use Æon. 09:24.550 --> 09:27.950 And for a deal, I lose the culprit. 09:28.450 --> 09:34.190 So this completer and that IP will just be janitorial and invalidate our design. 09:34.210 --> 09:39.880 So if all the critical parameter that is required for an IP is make, it will be showing us an option 09:39.880 --> 09:41.150 as valediction successful. 09:41.200 --> 09:46.600 Right now we go to a source and then we create an exchange rate. 09:47.230 --> 09:55.660 So this will give us an excuse that we can actually get an input which can be further utilized to generate 09:55.660 --> 09:59.330 a radius result and then that can be actually downloaded on a speech. 10:00.280 --> 10:06.950 Now, if everything goes fine now we can see that we still call that has been generated. 10:07.270 --> 10:09.020 Now we can perform a simulation for us. 10:09.040 --> 10:17.320 So I just can't run simulation and then I'll proceed with the execution of the synthesis just to see 10:17.320 --> 10:23.730 whether we actually want to see a block right now here, since we are not sticking to a particular building 10:23.740 --> 10:26.950 state would be finding in most of the cases. 10:26.950 --> 10:34.120 And what of the of whatever IP that you have in the same cell will be doing so with an IP? 10:34.120 --> 10:42.600 We get an assurance that the IP that we have selected will get exactly seems like performing the synthesis 10:42.730 --> 10:42.880 of. 10:44.560 --> 10:48.300 And now here we have an address to address. 10:48.460 --> 10:55.390 We need to specify one by one and then only we can generate a detailed one by one, right. 10:55.420 --> 11:02.680 So instead of beating each and every address, what I can do is I can try to control here and then go 11:02.680 --> 11:05.410 through it, automatically generate a sample. 11:05.410 --> 11:06.430 Will we do it all? 11:06.440 --> 11:10.060 And then we can actually see a detailed in a more convenient. 11:10.240 --> 11:16.750 So I just stopped the simulation of it and then I'll go to suicide and go to my blog design. 11:16.750 --> 11:22.090 And here I like to click on a button to counter. 11:23.290 --> 11:28.150 And no, since we are utilizing this country for an interest, it should have a size of ten. 11:28.540 --> 11:36.580 So I just open this counter IP and I can figure out what to weaken the great. 11:40.710 --> 11:45.420 And we'll just delete this iReport and will connect this to. 11:46.940 --> 11:54.590 Just connect this to actress of the night, and then Clock will be using the same block that we have 11:54.590 --> 12:01.130 for good run as well as Regenerator Leo, we validate our design. 12:01.650 --> 12:06.110 OK, so as soon as validation is successful, we can again go to a block design. 12:06.110 --> 12:09.200 We can do to prepare the first. 12:11.040 --> 12:12.710 So this will take a bit of time. 12:16.240 --> 12:17.980 And then we can finally. 12:19.110 --> 12:20.970 Creating a deal that. 12:23.800 --> 12:31.870 OK, so as soon as this process is complete, we can proceed with us, in which case it will take some 12:31.870 --> 12:35.080 finite amount of time to get all our products. 12:39.430 --> 12:41.680 And now we can click on Run Simulation. 12:44.470 --> 12:50.530 That will actually force the clock and then we'll probably analyze all the. 12:51.410 --> 12:53.520 Changes in and beyond great. 12:53.570 --> 12:59.690 So we are expecting that probably be able to see something like a sine wave, which. 13:00.850 --> 13:02.200 We have coded in them. 13:03.070 --> 13:11.290 So we just force the clock first, so they click full scale of one to zero and probably a period of 13:12.280 --> 13:13.300 10 nanoseconds. 13:14.660 --> 13:18.390 And Annabelle will be forcing it to make. 13:19.780 --> 13:24.610 Let me just try to do another quote and let me just try to of. 13:26.660 --> 13:32.450 So we'll be finding these are very, very less to leave from stage staying will be using as an analog. 13:33.590 --> 13:35.510 So those are pretty, pretty simple. 13:35.540 --> 13:44.780 So what we can do in this scenario is we can actually then act for continuous duration so we can just 13:44.780 --> 13:51.690 click on the second option and then you probably start see, now, if you can just click on the window, 13:51.710 --> 13:54.080 it will continue be assembled. 13:54.410 --> 13:57.890 So I know I can see a whole lot of samples that I do know. 13:57.890 --> 14:04.430 I can just post a generation or four before and then I can zoom in a bit to analyze what the reform 14:04.430 --> 14:05.090 is correct on. 14:07.590 --> 14:16.040 So I just want to know you can find out this is what we did and then we do see similarly. 14:16.950 --> 14:17.850 So this is how.