WEBVTT 00:00.060 --> 00:05.650 Try to understand, Matika, OK, where do we want to have a specific component? 00:05.670 --> 00:14.300 OK, so the good idea is you go to a language template, OK, and then you search for let's assume everyone 00:14.760 --> 00:17.330 will just search for the two of you. 00:18.090 --> 00:19.800 And then you have. 00:21.290 --> 00:29.360 A specific family, so we have an Arctic seven, seven, seven and so on and so forth. 00:29.630 --> 00:32.240 So we have on the basis of the. 00:33.260 --> 00:40.040 Our family, we can choose the specific company, OK, or in general will be finding that there are 00:40.040 --> 00:42.140 some it will construct also. 00:42.380 --> 00:49.760 OK, so we're going to specifically choose which kind of memory that you want to implement, independent 00:49.760 --> 00:54.290 of whether it's Vertex seven family or depending on the family. 00:54.830 --> 01:01.580 OK, so if you just go to the synthesis construct, OK, there you have the right to. 01:04.610 --> 01:07.120 So you have an event to steal. 01:09.620 --> 01:11.880 OK, so here you have a good example. 01:12.380 --> 01:17.470 So we'll go ahead and take that and then we have a block crime and distribute to that. 01:17.480 --> 01:18.880 We want to have a distributor. 01:18.980 --> 01:21.810 So we just go and search for an example, right. 01:23.000 --> 01:27.710 And then you'll be finding an entire crew exist with the right, so. 01:29.160 --> 01:32.160 What we'll do is we'll just copy the entire code. 01:32.460 --> 01:39.000 OK, we'll just use the language template and we'll be straight over here, right. 01:39.540 --> 01:42.750 So this is how you implement distributed. 01:44.010 --> 01:45.540 Memory insight. 01:48.060 --> 01:53.680 But right now, what we'll do is we'll just try to understand some of the things which have been mentioned. 01:53.690 --> 01:58.150 So we have a detailed, detailed each of size 16. 01:58.150 --> 02:02.230 But OK, then we have an address of site Six Feet three. 02:02.500 --> 02:05.870 And then here you have declared a memory clock event. 02:06.040 --> 02:06.430 Right. 02:06.430 --> 02:07.920 And that bill is one. 02:07.930 --> 02:12.220 In that case, we are writing a letter and we are really good idea. 02:12.220 --> 02:12.470 Right. 02:12.730 --> 02:20.410 So what we'll do is now we'll just use this to various as you one to two, three and four. 02:20.410 --> 02:24.220 This will require an address size of 10 to nine down to zero. 02:24.490 --> 02:29.430 And we'll just see what you and see whether still be able to invoke a distributor. 02:30.070 --> 02:36.430 So we have used a language template and then we have modified our code so that we are able to get the 02:36.580 --> 02:38.030 elements of one zero. 02:38.380 --> 02:41.500 So let me just move ahead and perform a synthesis. 02:44.110 --> 02:50.540 So our synthesis is complete, we'll just open our synthesis to say we'll go ahead and will observe 02:50.540 --> 02:56.620 the schematic rate, so we'll just go ahead and observe a schematic and see what is in component that 02:56.620 --> 03:05.020 is invoked by we do not rate since we have included a language template, will be finding that the component 03:05.020 --> 03:07.240 that has been invoked will be distributed. 03:08.110 --> 03:08.380 Right. 03:08.560 --> 03:15.760 So we'll just go ahead and say the schematic and then we'll just try to obliterate and that will choose 03:15.760 --> 03:16.300 a company. 03:17.330 --> 03:25.310 OK, so you'll be finding that we want to invoke our distributor, OK, even though we have increased 03:25.310 --> 03:28.260 our debt size to one zero to four. 03:28.500 --> 03:30.090 Now, let's give one more try. 03:30.140 --> 03:31.760 That is in the previous case. 03:31.860 --> 03:36.580 OK, then we are not working with a template. 03:36.590 --> 03:38.780 We have chosen the data size to be 32. 03:39.020 --> 03:42.320 OK, so let us see now what we are doing. 03:42.470 --> 03:45.610 So OK, so this is exactly the same size that we are choosing. 03:45.890 --> 03:49.790 Then we would automatically choose and block memory for us. 03:49.810 --> 03:55.250 Right now we have utilized a template for a distributed memory and we have to do the same, say so. 03:55.400 --> 04:01.910 So this will give us an idea whether the language template really gives us the specific element or whether 04:01.910 --> 04:04.400 we are still able to invoke or block memory. 04:05.030 --> 04:08.180 We will just go ahead and perform a synthesis. 04:12.100 --> 04:16.570 OK, now what we'll do is we'll just open our eyes, and this is Tuesday, let's see whether we are 04:16.660 --> 04:19.050 still able to invoke our distributor, remember? 04:19.930 --> 04:22.660 LP, so we'll just go to a schematic. 04:24.350 --> 04:26.500 OK, and then we'll try to zoom in a bit. 04:27.130 --> 04:34.580 Now we'll be finding still be able to invoke the student memory and this is the biggest advantage that 04:34.580 --> 04:35.090 we get it. 04:35.090 --> 04:41.660 And if we compare with an bedrocks of some time in a very low, the template might not work correctly 04:41.660 --> 04:46.230 to be what might lead to some different component, but with what? 04:47.700 --> 04:48.960 That just work. 04:49.430 --> 04:54.830 So once you follow a language template will be finding you go on increasing the size of it. 04:55.860 --> 04:58.270 Have that much resources on your FPGA. 04:58.680 --> 05:02.130 We will always choose the component that you have specified. 05:02.830 --> 05:08.370 Right now, this is one where we have forcefully suggested that we should be working with the distributed 05:08.370 --> 05:11.040 memory, even though we have a greater depth and a greater say. 05:11.670 --> 05:19.190 Let us go ahead and try to invoke the block memory for a lower say so that we have a good understanding. 05:19.200 --> 05:19.380 Right. 05:19.770 --> 05:23.340 Let's go ahead and use the language template again. 05:24.200 --> 05:26.710 We have already looked for a distributor memory. 05:26.780 --> 05:34.720 Now what we'll do is we'll just look for a blocker and we'll use a simple single program. 05:34.740 --> 05:35.010 Right. 05:35.030 --> 05:36.480 So we'll just go ahead. 05:37.650 --> 05:39.510 And then we have a various. 05:40.670 --> 05:44.500 Templates available, so we'll choose right for small, right? 05:46.120 --> 05:47.380 And Dan. 05:48.920 --> 05:50.750 OK, so we just see. 05:55.520 --> 06:02.270 OK, so here you'll be finding no, we do not get an example, but we have certain template printing 06:02.510 --> 06:09.480 with a straight through process, Clocky, Bloche, and then this is how we define the functional functionality. 06:09.860 --> 06:12.620 OK, so we will just copy this thing. 06:13.740 --> 06:14.730 And Will. 06:16.730 --> 06:23.200 Just go ahead to our design, OK, and then here will be posting it to after. 06:24.320 --> 06:27.470 We will be just visiting, right? 06:28.630 --> 06:33.480 So for us and this is how you declared that, right? 06:36.620 --> 06:44.440 So let's just stick to a process, so here we need to specify a clock right here. 06:44.450 --> 06:52.760 Also, we need to work around the clock because we have used that name for our clock child clock over 06:52.760 --> 06:56.640 here, then enabled pen is not present inside our design. 06:56.910 --> 06:59.510 So just add and enable pen here. 07:00.330 --> 07:05.500 OK, so in everything we have added because the template required it. 07:05.510 --> 07:05.790 Right. 07:05.810 --> 07:09.840 So once we know that complete required, we need to add it right. 07:10.280 --> 07:17.930 So here we just adding a right and it will then Romney for us is here if we can see it. 07:17.930 --> 07:18.730 Is that right? 07:18.760 --> 07:24.520 So we just had a Ramlal here and then address for us is a date. 07:24.600 --> 07:26.570 So we just update this with. 07:27.740 --> 07:28.020 He. 07:29.410 --> 07:36.340 Be for us is just go ahead and then we'll die they. 07:38.650 --> 07:47.030 And family ties are football coach here, d o should be close to you, should be close to the right. 07:47.350 --> 07:52.180 This is what the structure which is required to invoke the. 07:54.690 --> 08:00.480 So do you then for us, the memory name is right. 08:00.530 --> 08:01.310 This makes sense. 08:01.660 --> 08:06.380 And then finally, we have an address for an address we have about New Jersey. 08:07.190 --> 08:08.420 So this complete in. 08:09.480 --> 08:11.940 And conflict that is required to invoke. 08:16.660 --> 08:17.530 The blog. 08:19.270 --> 08:26.350 To hear now what will be choosing is will be reducing the address to five down to zero to 60 for element 08:26.350 --> 08:27.850 and size of. 08:29.710 --> 08:34.810 Here also, once we reduce the size, we now can focus on sixty three elements. 08:36.050 --> 08:39.680 OK, and each of size seven. 08:39.830 --> 08:45.770 So if you remember, when we fit this requirement, we would automatically have chosen the. 08:47.480 --> 08:49.250 Distributive memory for implementation. 08:49.280 --> 08:57.020 Right now, we have utilized the language template and we have modified the language to to follow up. 08:57.280 --> 09:04.590 Right now, let's see whether the design that is being invoked is a distributed memory will just go 09:04.630 --> 09:05.530 or block memory. 09:06.430 --> 09:07.350 So it should be blocked. 09:07.670 --> 09:08.800 So we'll just go ahead. 09:08.870 --> 09:11.750 I will perform synthesis. 09:11.840 --> 09:15.860 Let's see whether we are able to correctly invoke our. 09:18.850 --> 09:25.850 So let's just open our synthesis design and let's see for this low depth as well as LURVE, it better 09:25.870 --> 09:26.830 be able to. 09:28.530 --> 09:31.130 Invoke distributed Mimi. 09:34.040 --> 09:40.590 OK, so still, we weren't able to get a distributor, we weren't able to get a blocked memory. 09:40.640 --> 09:41.750 Still, it is distributor. 09:42.290 --> 09:46.200 So now we'll again go to a language similar to this we already follow. 09:46.310 --> 09:49.910 OK, so something that we have not. 09:51.940 --> 09:53.770 Added is. 09:57.220 --> 09:59.290 OK, so we have already added this thing. 10:00.610 --> 10:01.510 Then. 10:04.980 --> 10:07.550 Guess with this process, we have not I don't think so. 10:07.560 --> 10:08.590 There are two process. 10:08.910 --> 10:14.250 One is for this one defining out, OK, and then we have. 10:16.210 --> 10:23.560 This process, right, so where else we are sensing the kind of beating the doctor so that we have not 10:23.560 --> 10:25.860 added, we just copied this process also. 10:28.640 --> 10:30.710 And we'll go ahead and take our call. 10:33.440 --> 10:35.160 OK, and then we'll just be. 10:35.470 --> 10:38.330 So this is the second process that is mandated. 10:38.780 --> 10:44.270 So we'll just add Glocke or here will be replacing this with also. 10:46.700 --> 10:55.520 OK, here we have a reset, so if reset is one, OK, so here we need to add one more thing that is 10:55.520 --> 10:56.600 reset now, right? 10:56.640 --> 11:01.280 So just go ahead and now will reset. 11:05.930 --> 11:12.250 So now here we are in the template they have in place are temporary, registered. 11:12.380 --> 11:12.620 Right. 11:13.080 --> 11:18.680 That is touring a resort and then finally, which has been updated entirely. 11:18.870 --> 11:19.130 Right. 11:19.410 --> 11:23.810 So, in fact, this is also will be naming as Ramita. 11:26.380 --> 11:35.200 OK, and then here will be naming it as data, right then this crime data has been updated into the 11:35.200 --> 11:35.830 outbreak. 11:36.040 --> 11:36.410 OK. 11:36.430 --> 11:40.920 And finally, the disease outbreak is updating our deal tonight. 11:40.940 --> 11:42.970 So here it should be deal. 11:43.240 --> 11:46.100 This is how the coldest winter. 11:46.300 --> 11:49.280 So this is one more thing that we need to add. 11:49.690 --> 11:51.330 OK, Rexy. 11:51.340 --> 11:58.120 So here, we'll just get a break, see if, in fact, we can ignore some of the stuff. 11:58.350 --> 12:08.380 OK, so what we can do is instead of Rexy, what we'll do is we'll just add ELDs or else then the outbreak 12:08.380 --> 12:10.140 will be updated with Rahmati, OK? 12:10.180 --> 12:12.270 So let me just declare Dautrich. 12:13.560 --> 12:16.020 So here, we'll just go signal. 12:17.090 --> 12:23.720 We require the Altec and one more thing that we require is remedied, and that should have exactly the 12:23.740 --> 12:26.800 same size water element sizes. 12:27.140 --> 12:30.350 So we'll just declare this over here, OK? 12:30.540 --> 12:36.360 And then we'll proceed to we'll be finding no Ramey's memory, OK? 12:36.680 --> 12:38.270 And that is updated with Dean. 12:38.900 --> 12:39.980 That makes sense. 12:42.230 --> 12:48.890 OK, then we have a ramita, we just have to do Arabel where we have a die, OK, and then this is exactly 12:48.890 --> 12:53.440 what Templated consists of, the Ultragaz working around over here. 12:53.450 --> 12:57.280 And then finally, we are updating deal with the. 12:57.320 --> 12:58.010 All right. 12:58.580 --> 13:01.690 So this completes the process. 13:01.700 --> 13:03.500 And finally, we need to end. 13:04.160 --> 13:11.420 OK, so now no, I guess we have four learning tech language that has been given for memory now Lloris 13:11.420 --> 13:12.150 performance. 13:12.170 --> 13:14.700 And this is again and see whether this works fine.