WEBVTT 00:00.150 --> 00:04.440 Now all understand the term that is used to invoke a specific company. 00:04.460 --> 00:07.260 OK, we'll just go ahead and we'll go to an IPO. 00:07.770 --> 00:11.070 OK, and to do that, we want to invoke a blog memory. 00:11.070 --> 00:13.110 So we'll just search for a blog memory. 00:14.610 --> 00:20.550 So we have a blocked memory and we just selected again, double click on a block memory American OK 00:20.680 --> 00:27.570 again then here will be specifying the specific requirement that we mourn for our memory, will choose 00:27.570 --> 00:29.580 a narrative type and interface. 00:29.600 --> 00:36.770 OK, we are other types of interviews that we have is an example, but that will not use within VITTA. 00:36.780 --> 00:41.970 But when we work with the FPGA process, we walk around with an X. 00:41.990 --> 00:49.200 I will just choose X, I will choose the NAKU interface, the memory type that will be choosing as a 00:49.200 --> 00:50.100 single Putera. 00:50.310 --> 00:55.410 OK, and then I will be finding the you also get an algorithm option. 00:55.410 --> 01:01.500 So to meet the specific requirements such as minimum volume, power or fixed primitives, you can choose 01:01.500 --> 01:05.300 the specific algorithms, but we will stick to a default right now. 01:05.490 --> 01:11.210 OK, so the fact that we are targeting is an eight bit OK, so here also will be targeting anything. 01:11.550 --> 01:15.720 The depoliticise um that we want to invoke is sixty four. 01:15.880 --> 01:23.580 OK, so remember when we have fed this data, OK, we have chosen a distributor memory for us, but 01:23.580 --> 01:31.560 when we are an IP, we do not have an option then to choose a blocked memory for implementation of this. 01:32.690 --> 01:34.930 Concedes this requirement. 01:35.180 --> 01:41.120 We go to another option so you can use a file to initialize the content of a memory, usually with the 01:41.120 --> 01:41.490 wrong. 01:41.510 --> 01:45.090 We follow this process when we find an example for Iraq. 01:45.110 --> 01:49.270 There will be discussing Luden and file and how to create a suicide. 01:49.280 --> 01:52.670 So we just go to a summary and then we'll talk. 01:52.880 --> 01:53.160 OK. 01:53.290 --> 01:53.870 So this will. 01:54.950 --> 02:00.350 Create all the necessary file which are required to perform synthesis implementation as well as. 02:01.580 --> 02:07.580 Functional verification of an IP, so once our IP Israeli will understand how we create a code and how 02:07.580 --> 02:08.590 we are describing. 02:09.890 --> 02:12.840 Now will allow the synthesis to complete. 02:12.860 --> 02:14.850 Here you'll be finding widget and options. 02:14.870 --> 02:15.920 And this is out of date. 02:16.220 --> 02:22.310 Two little synthesis is complete and our block, our IP is ready and then we'll proceed, creating a 02:22.320 --> 02:22.490 new. 02:25.960 --> 02:33.730 So till the time we get our IP ready, we can just add a new design source, OK, we'll just create 02:33.730 --> 02:36.890 a file, will name this as a top click, OK? 02:42.050 --> 02:49.310 And so let me just try to act right now, because we know that for America, this clock will always 02:49.310 --> 02:53.750 be right, that the board will be choosing depending on the pope that we have. 02:54.890 --> 02:55.580 All right. 02:59.170 --> 03:04.510 To know if you just click on that arrow that you get next to an IP, that you'll be finding all the 03:04.510 --> 03:11.050 files which are present along with an IP that can be used to invoke a component inside those modules 03:11.050 --> 03:11.880 that you are designing. 03:12.730 --> 03:18.590 So if you just go to a blocked memory generator, OK, so these are the food that we have, right to 03:18.590 --> 03:22.280 we go from the entity name Dylan. 03:23.200 --> 03:31.630 OK, and we'll just copy the entire code that we have in a template and after an architecture. 03:34.310 --> 03:36.470 Till the beginning, we'll just add a component. 03:38.630 --> 03:42.570 Again, we'll piece that everything that we have copy and then we'll just end on. 03:44.750 --> 03:49.670 So now for our design, we know that the food we require is an annibale. 03:51.040 --> 03:56.740 And then we have a right annable we have an address we required. 03:58.170 --> 03:59.960 Addressee of size. 04:02.510 --> 04:08.200 We can just copy this, in fact, the utilizing the evening give us an advantage when we are performing. 04:08.830 --> 04:15.830 OK, so we have exactly used the same put that are present inside the blocked memory IP that we have. 04:15.830 --> 04:18.260 And in fact, we have used the same name. 04:18.260 --> 04:24.980 So that mapping becomes very, very easy to let it and let us assume that this is an odd one instance. 04:25.580 --> 04:31.050 So we want to use this control, see country and then road map. 04:31.580 --> 04:38.910 OK, and then we'll just use the mapping like this clock will be connecting to a clock in Blaze. 04:38.990 --> 04:45.770 The next clue that we have, then we have a right and it will and we have an address and we have a 90 04:46.280 --> 04:50.930 day to complete the mapping that we need to perform. 04:54.220 --> 05:00.940 And here, if you get any warning, so in that case, you need to explicitly perform Upwood mapping. 05:00.970 --> 05:01.300 OK. 05:02.830 --> 05:04.750 So we just had a neighborly. 05:08.360 --> 05:16.670 So whenever you are getting a warning or you try to use an explicit way of both mapping and then. 05:19.830 --> 05:21.660 OK, here it is, right? 05:23.430 --> 05:28.530 So this completes the mapping also let us see what is an error that we have so far. 05:28.530 --> 05:31.740 Right and able it should be vector eight to. 05:33.530 --> 05:38.570 We just copied this thing and we'll just be straight to. 05:42.540 --> 05:46.560 And we'll be looking right in the Middle East from here. 05:47.070 --> 05:48.080 This makes it right. 05:52.180 --> 05:57.730 So we'll be finding that we finally get a green indication now, even though the depth is very low and 05:57.730 --> 06:02.990 in fact the size is also very less, that is only it. 06:03.280 --> 06:08.550 And the depth of 60 foot still, when you create an IP and you perform good mapping, now you'll be 06:08.560 --> 06:11.650 finding that our top model will have an IP asset. 06:12.190 --> 06:13.660 Right now we'll just performance in. 06:17.770 --> 06:23.440 OK, and then we'll just open up synthesis designed specifically the thing that we wish to observe is 06:23.440 --> 06:31.360 to synthesize schematic, OK, and then if you just go ahead and try to do a bit. 06:33.950 --> 06:41.710 So here you have your are one instance, and if you just go in, you'll be finding that it is blocked 06:41.720 --> 06:42.610 memory indeed. 06:43.370 --> 06:50.270 So this is how even though now the depth is very less and are is also very less, but still be able 06:50.270 --> 06:52.580 to lot lock memory. 06:52.670 --> 06:53.990 OK, so this is how you feel. 06:54.010 --> 07:00.950 So you are either you can go with a language template or you can use an specificly specifically when 07:00.950 --> 07:02.460 you have a requirement. 07:03.140 --> 07:09.930 So specifically when you have a requirement to implement a distributor memory, go with a language template, 07:09.950 --> 07:11.810 you can also find an IP of it. 07:12.190 --> 07:15.710 OK, but language, template, example code is pretty easy to use. 07:15.710 --> 07:21.670 And whenever you need to invoke or block memory specifically in that case, go with an IP. 07:21.980 --> 07:28.010 In fact, if you just go to an IP catalog, you get an option to have a distributor memory also. 07:28.010 --> 07:33.010 So no problem if you follow the IP method that we have just discussed. 07:33.050 --> 07:33.240 Right. 07:33.260 --> 07:39.320 So we have a distributed memory and then you just configure it, select a specific memory type and then 07:39.320 --> 07:40.630 you can proceed to change. 07:41.150 --> 07:41.820 This makes sense. 07:41.820 --> 07:47.570 So we discussed the three method by which you can invoke a memory, you can use a general cooling site 07:47.570 --> 07:48.050 and. 07:49.530 --> 07:57.960 Left will be vital to choose the memory that fit to the design that we have implemented. 07:57.990 --> 08:04.350 Secondly, you can use a language template and you can invoke a specific memory or you can follow a 08:04.350 --> 08:04.630 night. 08:04.740 --> 08:06.180 So the easiest one is. 08:07.170 --> 08:13.200 Utilizing an IP, because here you will be finding any difficulty, you just need to report that our 08:13.200 --> 08:15.980 IP and your design will break right now. 08:16.020 --> 08:22.200 We'll see how we can generate a solid file and utilize insight at all so that you have a good idea about 08:22.200 --> 08:22.830 the role models. 08:23.100 --> 08:25.560 And then we'll probably discuss our developing.