WEBVTT 00:00.470 --> 00:06.620 So if you consider the memory resources which have been available in the near future so they can be 00:06.830 --> 00:16.160 categorized into two categories, I guess the first one we have is an Beita, OK, or we call them as 00:16.160 --> 00:16.470 an. 00:18.140 --> 00:21.710 And either one that we have is then distributed. 00:25.260 --> 00:32.010 So in a blog is does a very good memory for the president on an FPGA, whereas if it considered a distributor. 00:32.700 --> 00:39.540 So if we utilize our luck for storing information so that can be considered as a distributor. 00:39.860 --> 00:46.110 OK, so these are the two primary sources that are available on an FPGA beside an external memory that 00:46.110 --> 00:47.620 you can interface. 00:48.420 --> 00:56.640 So wherever we required to have a frequent computation that will be required, that we have a critical 00:56.640 --> 01:00.900 part where we need to frequently accessory to and storing information. 01:00.910 --> 01:06.690 This new resources plays a very crucial role in a case we understood a huge amount of data. 01:06.870 --> 01:12.210 OK, so we always have an option to work with the dealer, so that is always possible. 01:12.660 --> 01:17.580 So these are available in seven cities, family in our family. 01:17.610 --> 01:22.170 We also have another class of memory which is present on an. 01:24.640 --> 01:30.310 Devices such as you will not be discussing that right now, but just to have a clear understanding that 01:30.310 --> 01:37.420 the existing RAM also in an object, so in most of the cases will be noticing, we should have a clearer 01:37.420 --> 01:46.450 idea what is the maximum frequency, maximum amount of data that you can still be the main data so that 01:46.450 --> 01:49.850 we can actually go to a product selection for a specific family. 01:49.870 --> 01:56.950 So here you have a Spartan seven FPGA product selection guide, and we like to understand how we know 01:56.950 --> 02:01.150 the maximum size that we can actually store inside this memory. 02:01.380 --> 02:10.330 OK, so here you know that we have various number as well as we have certain important resources which 02:10.330 --> 02:15.500 have been available on number is EXI seven six. 02:16.130 --> 02:22.420 The logic cell I believe will have six thousand, whereas the slices available nine 30. 02:24.300 --> 02:26.110 DSP slices are available. 02:28.060 --> 02:37.910 And right, and then we have come to your management to budget, to important point is the maximum distributed 02:37.930 --> 02:38.470 them in a. 02:39.010 --> 02:46.660 We have is 70, whereas a BEHRAM is around when it gets for the lower Spartan's seven family. 02:47.020 --> 02:47.770 We have a. 02:49.640 --> 02:57.560 Disaggregate them in the range of 70 gabey, whereas Behram can reach up to one to keep the last family 02:57.560 --> 03:02.840 that we have in this part and seven consists of them, which is around one one zero. 03:03.000 --> 03:11.360 So if you just use a calculator to see the value of one one zero zero, which is in KB, and if you 03:11.360 --> 03:15.120 just divide them with one zero two four, we'll have an estimate. 03:15.140 --> 03:18.980 So it is around one point zero seven. 03:19.570 --> 03:27.380 OK, so the size that we have for detA or distributed RAM in the maximum size that you can get in a 03:27.380 --> 03:33.200 Spartan seven if p.g is around one point zero seven. 03:34.100 --> 03:39.110 OK, and the maximum BEHRAM size is around four point three to Zeeb. 03:40.050 --> 03:48.710 And so for three to zero, divided by one zero to four, so this will approximately close to four point 03:48.710 --> 03:48.870 two. 03:49.210 --> 03:56.310 OK, so this if you have utilizing Spartan seven, if you do this, always a good idea that you always 03:56.310 --> 04:01.380 remember the maximum freedom and the size that are available. 04:01.380 --> 04:03.940 So that might be a good question in an interview. 04:04.020 --> 04:07.020 If you have a Spartan seven, then what is the maximum? 04:08.520 --> 04:12.170 Behram and I did emphasize that is available on that specific family. 04:12.390 --> 04:20.040 So the minimum size that we have for a Spartan seven for our distributor Diamond is around 70 GB, whereas 04:20.040 --> 04:28.320 the maximum distributed RAM can go up to one point zero seven, whereas the minimum block RAM can go 04:28.320 --> 04:32.220 up to the maximum, can go up to four point two to. 04:32.280 --> 04:40.050 And if you go to Article seven, which is basically a nexus, will be the boot that we are utilizing. 04:40.160 --> 04:47.940 Similar size or distributor dreamspace that we have is two eight eight eight gabey divided by one zero 04:47.940 --> 04:48.570 two four. 04:48.870 --> 04:55.920 So it will be around two point to keep two point eighty two, which is double as compared to Spartan 04:55.950 --> 05:04.860 Summit and maximum block ram size that we have is 13 one four two zero divided by. 05:05.810 --> 05:09.950 One zero to four, so it will be around twelve point three. 05:10.010 --> 05:14.240 OK, so it will be twice as compared to five seven. 05:14.240 --> 05:21.440 OK, so 13 and for maximum blocker and two and B of distributed RAM is available on an hour. 05:21.680 --> 05:26.990 And so similarly, you can explore, depending on the FPGA that you are utilizing, what is the maximum 05:26.990 --> 05:32.940 size we have for what is the maximum size that we have for Kinect seven as well as working seven. 05:32.960 --> 05:42.710 So we'll be noticing as we as we progress from from Spartan's seven to seven, both the drum and beta 05:42.730 --> 05:43.850 will increase.