WEBVTT 00:00.660 --> 00:03.790 So far, we've been using the dating site. 00:04.240 --> 00:10.650 We did indeed single program on our own using either a blocked memory or the Stupak amendment. 00:11.760 --> 00:13.930 So what are we planning in this video? 00:14.300 --> 00:18.260 Let us design a your round with the site. 00:18.690 --> 00:24.800 So what we were planning, it will be a single for suite. 00:25.170 --> 00:31.170 What that means is that we can read or write and then will be choosing a big size. 00:31.180 --> 00:35.130 So probably greater depth and ripped off. 00:35.820 --> 00:36.020 Right. 00:36.270 --> 00:39.570 So let us discuss what we have. 00:39.660 --> 00:39.920 Right. 00:39.950 --> 00:43.110 So the basic food will be available. 00:43.440 --> 00:46.520 Then we'll be having an aggressive us. 00:46.860 --> 00:52.740 They will assume that it will be from 11:00 to audit. 00:52.760 --> 00:55.220 Is it basically it will be OK. 00:55.500 --> 01:00.630 So we'll have a total of four zero nine six memory locations. 01:01.560 --> 01:08.850 Then let us assume that the data that will support will be a bit. 01:10.040 --> 01:13.660 So this also leads to a conclusion that Ardito. 01:14.810 --> 01:18.530 We'll also be of space age with great. 01:20.140 --> 01:22.750 So this will be single. 01:27.850 --> 01:34.340 So let us try to implement this with a vision and what we'll be doing is we'll also be writing a speech. 01:34.840 --> 01:39.240 So this will be our design and the test, which will be this design. 01:39.490 --> 01:48.260 And on top of it will be writing the expectorate will be writing that speech and will be driving a stimulus 01:48.260 --> 01:54.550 to duty and then finally will absorb what is in the form that we are getting, whether it is actually 01:54.550 --> 01:57.090 matching to what we had expecting out of that. 01:57.370 --> 01:58.540 OK, so let's get started. 01:59.730 --> 02:06.360 Here we are inside and we are so those are the minority languages that we have included now will be 02:06.690 --> 02:13.140 predominantly requiring the school of libraries, since what we be doing is will be quickly converting 02:13.410 --> 02:20.050 an entrance, which is in the standard logic and this corrective to something which order can be mapped 02:20.160 --> 02:21.260 for any danger. 02:21.720 --> 02:30.020 So this through libraries are mandatory, you know, so the clock is one of the many sensitive sequences. 02:30.020 --> 02:40.770 So the next four days data and we already know that Iran will support a size of two aid to do direness 02:40.770 --> 02:45.140 and in input through which it will be adding the data through our memory. 02:45.450 --> 02:52.890 So in on this code, logic disconnected and then it will be seven down to zero, which basically to 02:52.890 --> 03:01.860 present it is having a say it then this also view with the conclusion that the ATO will also have a 03:01.860 --> 03:07.980 say so and so I just changed its dedication to announce and it will again have us. 03:09.270 --> 03:11.430 Finally we required an address. 03:11.760 --> 03:14.480 Right, to address will be well. 03:14.550 --> 03:22.530 But since we are expecting to have 096 memory location in Hodler Standard and this code logic underscore 03:22.560 --> 03:27.330 vectorized and 12, it can easily be represented by 11. 03:27.550 --> 03:33.690 Does it finally the pin that will decide whether it will be writing or what I am or you'll be late for 03:33.690 --> 03:34.960 that will be simpler. 03:34.980 --> 03:38.880 I and this will be having the Siza signal that great. 03:40.420 --> 03:46.220 OK, so this completes that entire four declaration, so I'll be adding any semicolon here since this 03:46.480 --> 03:48.230 isn't my end of a full declaration. 03:48.960 --> 03:51.400 Now, let's start writing an architecture. 03:51.400 --> 03:58.270 So first thing while writing the memories in a visual, we need to create our own database that will 03:58.270 --> 04:01.940 basically tell a compiler that we are working on a memory. 04:01.960 --> 04:10.150 So how you do that is by using that tape, then we will either tape and then it is an. 04:10.400 --> 04:18.070 So first thing that the first keyword that you signify signifies what is the depth that your memory 04:18.070 --> 04:18.530 will have? 04:18.550 --> 04:22.000 And in this case, we know that it is having a depth of. 04:23.800 --> 04:33.500 Four zero nine six, so I can simply wait to see two nine point or I can do it alone window to support 04:33.530 --> 04:37.390 the methods that I'll be putting to go with this. 04:37.910 --> 04:39.470 OK, so tight. 04:39.500 --> 04:49.010 But I'm ready for two nine five, which signifies that we still have the full 096 and then of what will 04:49.010 --> 04:54.810 be the size of each element so that we need to specify and we know that it is great. 04:55.100 --> 05:00.030 So while the standard in a school district is seven, don't concede. 05:00.260 --> 05:08.510 So this signifies that the ramp, which is the due date that we have declared it, is having an array 05:08.900 --> 05:12.200 and that at a depth of 096 element. 05:12.200 --> 05:15.910 And each element of this will be Offsiders. 05:16.340 --> 05:23.900 Right now, just declaring a timetable won't give us an excuse to use it and say that architecture. 05:24.380 --> 05:32.900 So we need to create an instance so signal and then we'll be naming them and it will basically have 05:34.070 --> 05:37.250 no rame can actually be implemented. 05:38.360 --> 05:44.060 So let us start the process since that entire thing will be a sequential thing. 05:44.060 --> 05:51.170 So process and then it will be sensitive and again and we want that it should be sent to do the right 05:51.170 --> 05:51.410 thing. 05:52.610 --> 06:04.880 So I think each and and then they and we'll start to see if the right right is one which signifies that 06:04.900 --> 06:06.940 you would want to do the entitlement. 06:06.950 --> 06:11.290 And then in that case, the ramp rate. 06:11.300 --> 06:15.730 So that is the that is an instance we have created for this do today to ramp. 06:16.460 --> 06:21.080 And then is that is specified by use. 06:21.110 --> 06:24.650 It will be written with the data in it. 06:25.670 --> 06:26.780 So this is pretty simple. 06:26.810 --> 06:33.320 So the ramp is having a collection of memory or collection of an element and then there is that is specified 06:33.320 --> 06:33.650 by you. 06:33.650 --> 06:38.590 That will be simply a declaration would be adequate time as our date. 06:38.870 --> 06:46.310 But then this will show an edit, because whenever we want to access this type of memory, it is expecting 06:46.310 --> 06:50.600 an image of an address as such in our case is a vector. 06:50.930 --> 06:53.590 So here we need to convert to convergence. 06:53.600 --> 06:56.650 We haven't looked into much detail. 06:57.020 --> 07:00.590 Probably I'll try to make a next video on of convergence. 07:00.590 --> 07:07.050 So you go from standard and logic going to school with 20 digit or from integer to standard, and this 07:07.080 --> 07:08.260 could logically disconnected. 07:08.270 --> 07:14.110 And in fact, when we write a test which will have at least a basic understanding of how you perform 07:14.120 --> 07:24.230 a conversion rate, so to convert and start the school on the logic, on the first thing you do is you 07:24.230 --> 07:26.680 convert, you are vector to one site. 07:27.000 --> 07:32.640 OK, so this is the first thing that will be doing and then you can convert them to it. 07:33.170 --> 07:39.400 So this is how you go from standard and the school logic and the school reacted to it. 07:39.830 --> 07:41.450 And then finally you add. 07:42.660 --> 07:44.250 The required no apparent. 07:48.070 --> 07:48.700 And then. 07:51.820 --> 07:59.950 You have a duty which is which is basically is district, so let us go ahead and tell you what we'll 07:59.950 --> 08:08.230 be doing and what will be moving this date out, which is that our support will have value of didas, 08:08.230 --> 08:11.290 which is the specific and the data that is present on that. 08:11.920 --> 08:16.570 So I just copied this entire thing and I just took a look. 08:18.100 --> 08:21.620 So this completes the entire process of reading and writing. 08:21.810 --> 08:23.460 And then I would simply add and. 08:25.150 --> 08:29.750 And twice, because one if were here and that episode. 08:30.640 --> 08:39.850 And finally and now we'll try to tackle and we'll try to find out what are the areas that we. 08:40.540 --> 08:40.820 Right. 08:41.300 --> 08:41.830 So. 08:43.280 --> 08:51.280 Here it is, type at address, current type is gender and the you're going to school. 08:51.290 --> 08:55.070 Wiktor expected Davis nurturant. 08:57.670 --> 09:05.980 Whenever you have a confusion in the cases that you don't know an actual syntax, what you can do is 09:05.980 --> 09:08.100 you can really take the help of this language. 09:08.740 --> 09:12.030 So I just really want to use a language template to get to him. 09:12.460 --> 09:18.170 So here in The Navigator, you would be finding that is one step which is being highlighted as the language 09:18.170 --> 09:18.680 standard. 09:19.240 --> 09:24.050 OK, so we'll just go in that and then we'll try to search for an on site. 09:24.430 --> 09:24.740 Right. 09:25.180 --> 09:32.560 So I just if I try to search in and saying so you'll be finding you're getting something on one site 09:32.920 --> 09:37.030 and then it is a function that just required Unthank. 09:37.040 --> 09:39.300 So it doesn't look quite right. 09:39.610 --> 09:46.480 So I just try to remove this too, and I'll try to see what to be finding, though, at this point. 09:46.840 --> 09:54.300 Similarly, this thing we're finding will be will be gone. 09:54.700 --> 09:55.080 Right. 09:55.480 --> 10:01.360 So this is all you can think of a language that in a case, you are not figuring out what should be 10:01.360 --> 10:02.080 the syntax. 10:02.350 --> 10:08.290 Instead of taking the help from the Google, you can actually take the hint of a language different 10:08.290 --> 10:08.920 to here. 10:08.920 --> 10:12.730 And I would be finding the doubt is not declared. 10:12.730 --> 10:15.740 So probably we have some typos. 10:16.660 --> 10:18.310 OK, so this will probably be included. 10:18.940 --> 10:24.090 So this completes the declaration of what I think you can is one. 10:24.100 --> 10:27.760 So that signifies that you then want to write a letter to a memory. 10:28.180 --> 10:35.230 So Ram and there that you specify it will be written with whatever you write and then. 10:36.590 --> 10:42.740 Whenever you want to read a reader right, inevitably Zeitels details will be close to the around and 10:42.740 --> 10:44.510 in that reflecting the specific. 10:45.450 --> 10:49.610 Again, we need to see that you will be getting a green. 10:51.000 --> 10:55.440 Indication would hit, which signifies that you haven't committed any. 10:56.810 --> 10:59.250 Language had other sort of warning. 10:59.330 --> 11:04.810 OK, so you try to get discriminator in much of the pieces or as much as possible. 11:04.850 --> 11:05.140 Right. 11:05.570 --> 11:06.350 So let us know. 11:06.350 --> 11:09.000 Try to write a test to verify this. 11:09.560 --> 11:15.620 OK, so instead of performing a manual simulation will have to do the right thing to verify the function 11:15.790 --> 11:22.610 rating for writing a test, which will just copy this entire thing and just copy this will go through 11:22.610 --> 11:23.930 simulation, so to speak. 11:23.960 --> 11:27.270 Click on this Alberton to add or create a simulation. 11:27.890 --> 11:29.580 Next will be the point. 11:29.660 --> 11:37.040 If we haven't created any decision yet and I like to name it, does whatever the mean that I have in 11:37.360 --> 11:40.310 to do, I have my model and stop. 11:40.310 --> 11:43.180 So I like to test over this. 11:43.190 --> 11:43.670 Discothèque. 11:43.970 --> 11:49.910 So the name that you provide to your module, which you are testing or design under test, you simply 11:49.910 --> 11:52.940 give your test as the name on this. 11:53.560 --> 11:55.040 OK, and just click on the. 11:56.430 --> 12:03.870 All of this will ask for your iReports, but you already have an idea that speech do not have any iReports, 12:04.140 --> 12:05.960 so simply click, OK, OK. 12:07.050 --> 12:13.680 So now if you can explore the simulation sources, you finding one file that desired you to stop on 12:13.680 --> 12:14.330 this would be. 12:14.340 --> 12:18.390 So I just wish that it was genuine in the comments. 12:18.390 --> 12:24.720 And in fact, library, since we have already copied all the library's Fomenko now will replace S.T. 12:24.720 --> 12:31.440 with the company, since this is the design that we want to reuse and since we have started a company, 12:31.440 --> 12:32.440 we line up. 12:32.650 --> 12:32.940 Right. 12:32.990 --> 12:33.870 So I just. 12:35.220 --> 12:37.090 Pastrick, Billu, an architect. 12:39.240 --> 12:43.510 Know what airports we have, we need to declare them as a signature site. 12:44.550 --> 12:45.930 So I just use them. 12:47.040 --> 12:59.280 Go ahead and start adding a signal to signal, and I'll just copy this entire thing and start listing 12:59.610 --> 13:02.160 with all the thoughts. 13:07.560 --> 13:10.940 So this will complete our second step. 13:10.950 --> 13:15.660 Now we need to initialize all the signals, which are one in four directions. 13:17.890 --> 13:28.500 So this have an indirection, do you do this again, is having an erection, as in biology initializes 13:28.630 --> 13:32.480 to see you do so in this case, no. 13:32.900 --> 13:40.100 Adding eight zeros would be back in the dust and said I had an X with signify that the element that 13:40.100 --> 13:42.950 I specified inside a double code will be an exam. 13:43.310 --> 13:50.170 So I just need to take out four and out the fourth or the pin, which haven't Direxion. 13:50.180 --> 13:51.190 That's all we need. 13:51.260 --> 13:56.350 We need not related to any value for an address address since it is 12. 13:56.610 --> 14:02.620 So again, I can do the service since it is multiple awful and I can add three right in standard and 14:02.660 --> 14:07.340 the psychological being is the single which I like zero since it is having an erection. 14:08.180 --> 14:11.000 Now I need to remove all those directions. 14:11.390 --> 14:17.630 OK, so this completes the second step while writing and test bench and then you'll need to do a full 14:17.670 --> 14:20.540 copy before writing an actual stimulus type. 14:20.600 --> 14:23.000 So I just need my design as well. 14:24.020 --> 14:25.460 So top is the design. 14:25.960 --> 14:28.030 So this is the design that you are testing. 14:28.370 --> 14:30.680 And then since this exactly. 14:30.680 --> 14:37.920 Follow this, all the positions that we have inside this component is exactly same as we have forward 14:37.940 --> 14:38.330 here. 14:38.660 --> 14:42.950 So I can it for TMAP piece of cloth will be tight. 14:42.960 --> 14:54.620 Until then, data will be tied to details and it will be tied to the note. 14:56.330 --> 14:59.530 Then we have an address which will be tight, will be an address. 14:59.570 --> 15:05.420 Note why we are using the Seamans since we use the same name for Signal-to-noise. 15:07.200 --> 15:09.230 And that is quite convenient for us. 15:10.420 --> 15:15.850 All right, we'll also be to and know if everything goes fine, we'll be fine. 15:16.120 --> 15:21.590 As soon as we see our design, this will be will become our top. 15:21.640 --> 15:22.240 Will become our. 15:22.870 --> 15:24.340 So let's just see what you think. 15:24.910 --> 15:30.640 So if that thing happens, it signifies that everything is fine and you can start or even proceed with 15:30.640 --> 15:31.500 writing a stimulus. 15:31.700 --> 15:36.760 OK, so whenever you are testing the signature design, the very first thing that you do is. 15:37.860 --> 15:48.080 To correct this ME process, BE1 orientation and this process will be sensitive to anything, so Klaw 15:48.080 --> 15:54.590 will be having a little fun first, then we'll need to wait and remember what process do not have to 15:54.590 --> 15:56.300 do the list we need to use. 15:56.580 --> 16:06.020 Otherwise, you will simply have to wait for five nanoseconds and then clock will be good to veto. 16:07.790 --> 16:11.640 We need to again wait for five seconds. 16:12.410 --> 16:19.670 So this will be sufficient to generate a clock with a period of 10 items like Nogi start generating 16:20.000 --> 16:20.770 stimulus. 16:22.010 --> 16:24.890 So process and it is always a good idea. 16:24.890 --> 16:32.150 Once you do that, you make your stimulus until two o'clock since then an exact and just can be measured 16:32.150 --> 16:37.180 and you get a precise rate to begin and process. 16:37.240 --> 16:43.010 So what we were doing is will be generating some random sample and will be randomly adding them to specific 16:43.010 --> 16:45.230 addresses and then will be finally getting off. 16:45.780 --> 16:49.790 OK, so let us assume that we have one variable rate. 16:50.060 --> 17:00.440 So if it is less than or equal to 50, then close to 50, then then we will be writing a detective work. 17:01.310 --> 17:08.330 Since we haven't written anything on a memory reading that will just give us a lot of time to write 17:08.330 --> 17:11.420 will be one and then we'll be writing this down. 17:11.430 --> 17:18.650 Value in both entries as well as the entries will be equal to what we'll be finding. 17:18.650 --> 17:26.660 We start to get ten because count is an integer on an unprecedented standard and logic is correct and 17:26.660 --> 17:27.740 we need to convert. 17:27.760 --> 17:31.880 So we already looked into how you work from this logic to. 17:33.270 --> 17:36.340 And now we need to go in an opposite direction. 17:36.360 --> 17:43.400 So how you do that is, you know, first thing you do is to unsane. 17:43.410 --> 17:47.790 This is the first thing that you do and then count along with the. 17:48.090 --> 17:50.140 We also need to specify the length. 17:50.520 --> 17:54.450 So I will have a little bit of time to think. 17:54.470 --> 17:59.890 So this is how you get and then the senators and how you convert them to answer. 17:59.970 --> 18:02.690 And then finally, you add a function. 18:02.700 --> 18:12.010 This is very similar to what you do when you used a C and type custom to probably this will remove and 18:12.210 --> 18:17.290 if everything was fine, you just try to see if this removes a negative. 18:17.880 --> 18:24.030 So if that doesn't remove, then the great you to it and then. 18:25.110 --> 18:26.470 You look for. 18:31.900 --> 18:33.670 Standard and the psychological. 18:34.840 --> 18:36.500 So here. 18:37.650 --> 18:40.200 Let's just look for that package. 18:48.770 --> 18:58.400 So I guess this thing seems to be what we want is we want to convert did one thing and then only we 18:58.400 --> 19:02.170 can have a standard screw up on the school victory. 19:02.540 --> 19:04.550 So here is just one side. 19:04.910 --> 19:07.730 So first, we need to have an engagement ring to. 19:09.050 --> 19:14.540 All counties, and so we re going from column to unsafe. 19:14.750 --> 19:22.390 OK, so one sign and then with the integer, we need to specify a little, right. 19:22.790 --> 19:25.530 And then probably this is what we are doing. 19:25.550 --> 19:27.020 So this is how you get in then. 19:27.170 --> 19:28.980 And this is a dugit. 19:29.000 --> 19:30.620 So this thing I guess is a fine. 19:30.890 --> 19:35.900 So probably added it's not related to do something different, so let just water it. 19:36.650 --> 19:37.460 So yeah. 19:37.550 --> 19:50.180 Counties so we'll just let it count or adhere to counties on it and let us range it from zero to one 19:50.330 --> 19:52.770 fifty and initialize it with you. 19:53.570 --> 19:55.550 So this will probably do more. 19:55.880 --> 19:56.160 Yes. 19:56.480 --> 19:58.910 So no editors don't like it. 19:59.540 --> 20:02.960 So what we did is to convert to a vector. 20:02.970 --> 20:04.550 First we need to have an on site. 20:05.210 --> 20:13.910 So if you get an unsigned specifying and we specify a minute and then we add this functionality here. 20:13.930 --> 20:20.690 So this will basically convert an entire wonderful column to the next to similar one that they should 20:20.690 --> 20:23.340 also be adequately demonstrate to be dying. 20:23.630 --> 20:25.060 We'll also have a wonderful. 20:25.670 --> 20:28.310 Now, again, we can copy this entire thing. 20:29.290 --> 20:36.820 And I can just be, you know, their differences, the differences only that address will have a different 20:37.480 --> 20:39.490 detail, will have a different mandate. 20:39.520 --> 20:46.910 So here you just replace this with detainment and then this will probably end late. 20:48.760 --> 20:56.840 So this completes our first process, that is we are writing Editta, we are converting or adding account 20:56.860 --> 20:58.070 value is and. 20:59.190 --> 21:03.720 And along with this, we also need to automatically Grammy.com. 21:04.090 --> 21:07.010 So this should also be counted for plus one. 21:07.120 --> 21:07.450 Right. 21:08.800 --> 21:10.930 So this concludes our first process. 21:11.230 --> 21:12.120 So elusive. 21:12.130 --> 21:18.400 And Zeph, what we'll be doing is will be checking whether count is greater than 50 and it should be. 21:18.740 --> 21:20.760 So this will be continuing until 50. 21:20.910 --> 21:25.370 And is this group in the next cycle will be getting 50. 21:25.870 --> 21:37.170 And and if it is less than a hundred and then then first thing that we will do is we continuously incrementing 21:37.180 --> 21:37.720 discount. 21:37.930 --> 21:41.790 Now we want to read back to for reading the data. 21:41.890 --> 21:42.160 Right. 21:42.190 --> 21:42.850 Should be. 21:44.590 --> 21:49.930 So this will start reading the data and then we need to feed Energous to address. 21:49.930 --> 21:51.940 We'll just copy from here. 21:52.830 --> 22:00.870 Now we want to read the data from zeroth member so that hope that we can get this, we already know 22:00.870 --> 22:01.230 that. 22:02.380 --> 22:07.000 My count has actually reached 250 and then it will be incrementing. 22:08.030 --> 22:11.080 Like, fifty one, fifty two, fifty three, fifty four and so on and. 22:12.660 --> 22:16.410 So if I want to read the first location, I can right here. 22:17.540 --> 22:25.340 Down to minus 50 or in fact, 50, since we already lost 50 pounds, minus 50, so we'll will be getting 22:25.370 --> 22:27.720 all we'll be reading first address second. 22:27.870 --> 22:33.920 This account will be incrementing the sequence of interest rate from one, two, three, four, then 22:33.920 --> 22:34.770 so on and so forth. 22:35.570 --> 22:37.330 So this completes that entire process. 22:37.340 --> 22:42.990 And finally then we reach two hundred will simply roll back down to zero. 22:43.010 --> 22:44.480 So this process will continue. 22:45.750 --> 22:53.590 And then cleared and if for losing this process and energy and process. 22:54.870 --> 22:59.450 One more thing that is pending is whenever we are making that process. 22:59.590 --> 23:08.500 So you will be making it and to do the right thing, which will make sure that it is operating as we 23:09.650 --> 23:10.590 like to. 23:11.160 --> 23:15.830 And this will be exact behavior since we have made our substantive due to rising. 23:16.680 --> 23:19.620 So our bench will also be sensitive to do so. 23:19.620 --> 23:21.340 We'll be adding to an episode here. 23:21.770 --> 23:28.020 And so this completes our process and let us just see whether we have any added. 23:29.570 --> 23:30.290 So here. 23:32.160 --> 23:34.470 Syntax error in your clock. 23:34.500 --> 23:36.520 OK, so we forget to add. 23:37.710 --> 23:39.690 So here we need to begin. 23:39.850 --> 23:41.010 Probably this will do. 23:41.460 --> 23:41.810 Yeah. 23:41.940 --> 23:48.630 So now we start to see a green indication with here without waiting much, we will be actually running 23:48.630 --> 23:50.040 simulation and that just. 23:55.000 --> 24:03.400 So now this will take some fraction of a second actually launch exit and to visualize that, we so we 24:03.400 --> 24:06.020 need to wait for a few fractions of a second. 24:06.310 --> 24:06.700 Yeah. 24:06.880 --> 24:10.780 So now let's just do our window. 24:11.020 --> 24:11.380 Right. 24:11.560 --> 24:16.660 And we'll try to let us change the lyrics to contain decimal. 24:17.750 --> 24:20.810 So that reform will be much more clearer. 24:22.590 --> 24:26.590 And then count will also be counted by default in future. 24:26.610 --> 24:29.710 So it will have a value in an untainted family. 24:30.750 --> 24:36.290 So let's just do a little bit planning for first 50 comes. 24:36.360 --> 24:39.730 OK, so it's still 50 counts we have right high. 24:40.200 --> 24:46.610 So for that reason, we'll be writing inside the memory and you can observe that count. 24:46.770 --> 24:49.320 And that is exactly right. 24:49.680 --> 24:57.290 So after you make the right and you start reading and is this to be finding that this is an address 24:57.310 --> 25:00.850 and then next you able to see what's right? 25:01.260 --> 25:06.090 So basically this signifies that he'd like to see this cycle. 25:06.090 --> 25:10.150 And this seemed like you'll be fine when you use Xilinx. 25:10.170 --> 25:12.450 B, that might be so here, but right. 25:12.450 --> 25:14.310 Latencies one, but reluctancy. 25:14.580 --> 25:23.460 So that signifies that you require one clock cycle to address and then one clock cycle to actually make. 25:24.560 --> 25:29.330 So this is the reason you'll be finding you have one, which is an address, and then in the next 12 25:29.330 --> 25:31.670 seconds you have a date and we do the exact match. 25:32.270 --> 25:33.610 So four, two, three. 25:33.620 --> 25:37.580 So you can observe that, you know, who's actually going in this direction. 25:37.580 --> 25:43.730 And if I change this to unsane, dissimilar to the finding, it is actually going to be 40. 25:45.800 --> 25:54.590 So this is how you write a code for a RAM and then you can write a test page to modify the functionality.