1 00:00:00,120 --> 00:00:04,320 So when we're configuring an IP, so this is an IP that we have. 2 00:00:04,590 --> 00:00:09,300 So when we configure it, we see something called as an email configuration, right? 3 00:00:09,660 --> 00:00:14,910 So we already did ask this about the reliable ISP configuration block configuration. 4 00:00:15,030 --> 00:00:15,390 OK. 5 00:00:16,050 --> 00:00:20,670 But something which we do not focus is on it, my configuration. 6 00:00:20,670 --> 00:00:23,160 So we'll just go through an email configuration. 7 00:00:23,400 --> 00:00:25,130 OK, so what email means? 8 00:00:25,150 --> 00:00:31,080 And then if you just go ahead to one of the things that you could see, the other option that you have 9 00:00:31,080 --> 00:00:32,490 is an EMI, right? 10 00:00:32,850 --> 00:00:39,240 So we'll understand some of the fundamental reality to my e-mail and an actual example of how we use 11 00:00:39,240 --> 00:00:45,670 an e-mail could be covered in the next section when we discuss topics, right? 12 00:00:45,900 --> 00:00:49,040 So let's consider this simple blocked item, right? 13 00:00:49,050 --> 00:00:50,970 So you have a zinc processing system? 14 00:00:51,360 --> 00:00:54,840 OK, and then to easily interface and hide it. 15 00:00:54,870 --> 00:00:55,230 OK. 16 00:00:55,680 --> 00:01:05,000 So it may be a simple l'église or switches or you have and it are you UI or A.P. I interface, OK, 17 00:01:05,070 --> 00:01:10,840 you have a set of both APIs, which are provided with zinc processing system, right? 18 00:01:10,860 --> 00:01:13,560 So there's that by default, prison with an architecture. 19 00:01:13,560 --> 00:01:15,450 So you have a processing systems. 20 00:01:15,840 --> 00:01:16,200 OK. 21 00:01:16,440 --> 00:01:22,350 And then you have a set up of things that are library, which basically control the interfacing with 22 00:01:22,350 --> 00:01:24,250 the entire right now. 23 00:01:24,270 --> 00:01:32,130 You could see then we have a multiple number of and peripheral IP that basically allow us to use a multiple 24 00:01:32,130 --> 00:01:37,890 hard which vexing processing system and that we think processing system could be communicating within 25 00:01:37,890 --> 00:01:38,760 hard, right? 26 00:01:39,480 --> 00:01:41,970 But we could not afford to add. 27 00:01:42,910 --> 00:01:48,700 A dedicated pin for each and every resource and then connected to dedicated marathon, right, because 28 00:01:48,700 --> 00:01:55,930 each hardware will have a different configuration, different amount of hardware been pressing and connected 29 00:01:55,930 --> 00:01:57,130 to the crossing system. 30 00:01:57,130 --> 00:02:04,120 So what we do is instead of connecting each and every signal off of peripheral IP to an dedicated heart 31 00:02:04,120 --> 00:02:12,610 of it, we provide a multiplex input and output block in between the hardware and the zinc processing 32 00:02:12,610 --> 00:02:13,390 IP state. 33 00:02:13,390 --> 00:02:19,210 So you have an hardware, which is an output, but they we want to connect the signal granting processing 34 00:02:19,210 --> 00:02:26,050 system and then communication and communication has been handled by this Beidou satellite, which are 35 00:02:26,050 --> 00:02:28,030 dedicated to specific resources. 36 00:02:28,660 --> 00:02:36,670 So we do not provide each and every book that are present on an IP to an Heidemarie so sporadic bombing. 37 00:02:37,000 --> 00:02:40,280 We will be configuring which group to be connected to which. 38 00:02:40,960 --> 00:02:45,250 So we have a limited set of an email which are configurable, right? 39 00:02:45,250 --> 00:02:51,350 So you could decide which specific IP to be connected to and hydrographic. 40 00:02:51,400 --> 00:02:55,000 And this is what we refer to as an multiplexed IO site. 41 00:02:55,360 --> 00:03:00,310 So we have total fifty four signal, which could be rounded from zinc processing system two and heart 42 00:03:00,550 --> 00:03:08,140 rate two that basically constitute the toolbox that is Bank zero and Banquet OK, which could be used 43 00:03:08,140 --> 00:03:14,800 to connect object processing system to an army, but something if you build a complex application, 44 00:03:14,800 --> 00:03:17,410 this amount of pain may not be enough, right? 45 00:03:17,680 --> 00:03:25,060 So you are required to connect few of the peripheral eyepiece two and hardware, but the pin count is 46 00:03:25,060 --> 00:03:32,260 greater than 50, so we provided with two more banks that is Bank two and Bank three, which could be 47 00:03:32,260 --> 00:03:40,510 used to connect to our signals from a peripheral IP to an hardware utilizing the programmable logic, 48 00:03:40,540 --> 00:03:40,810 right? 49 00:03:41,020 --> 00:03:47,560 And when we do that, that is connecting the signals from our zinc to the hardware with the help of 50 00:03:47,560 --> 00:03:51,550 a programmable logic, then that is referred to as an extended. 51 00:03:51,850 --> 00:03:56,770 Am I right or EMI that we have basically two is one of the ways you. 52 00:03:58,180 --> 00:04:05,740 Take the signal, OK, from the Beirut very light and then be connected to any hardware utilizing mile. 53 00:04:06,070 --> 00:04:12,820 OK, so we need to specifically choose the pins that could be connected to the hardware. 54 00:04:12,850 --> 00:04:18,940 So when you have a multiple different that you want to utilize, you need to intelligently choose better. 55 00:04:19,840 --> 00:04:26,500 So when we transmit the signal from sync crossing system to anhydride, we have to possible be one of 56 00:04:26,530 --> 00:04:30,670 them is email, which consists of fifty four pence. 57 00:04:30,700 --> 00:04:35,170 OK, our 50 foot signal that could be lifted from the crossing system to half of it. 58 00:04:35,590 --> 00:04:40,420 The other way around that we have is if our application required a few more signal, we could route 59 00:04:40,420 --> 00:04:47,320 them utilizing the programmable logic fabric that we have so we could utilize the next big fabric route, 60 00:04:47,680 --> 00:04:50,280 the signal to any right. 61 00:04:50,290 --> 00:04:52,390 So these are the two possibilities that we have. 62 00:04:52,750 --> 00:04:58,810 The first method is referred to as an email and the second when we refer to as an EMI, right? 63 00:04:58,820 --> 00:05:02,650 So will be our understanding of how we utilize an email. 64 00:05:03,160 --> 00:05:03,640 OK. 65 00:05:03,760 --> 00:05:10,900 When we discuss or when we start discussing on an empty state are dubious in the next section, right? 66 00:05:11,910 --> 00:05:15,720 So the summary will be you have a pricing system then to. 67 00:05:16,740 --> 00:05:20,580 Ease the process of communicating with an outside hardware. 68 00:05:20,820 --> 00:05:23,210 Who can we provide with that benefit in life? 69 00:05:23,350 --> 00:05:30,840 So numerous peripheral APIs will be present along with the zinc processing system, and each IP will 70 00:05:30,840 --> 00:05:34,470 have a dedicated signal which we want to connect to expect to happen. 71 00:05:34,500 --> 00:05:38,250 For example, if you consider a nice square, see so you have. 72 00:05:39,160 --> 00:05:41,980 ACL amnesty, these are the true signal. 73 00:05:42,280 --> 00:05:46,580 OK, if we're going to today, spy, we have food signal similarly for you. 74 00:05:46,600 --> 00:05:48,160 What we have on multiple signal. 75 00:05:48,430 --> 00:05:53,440 So each IP will have its dedicated signal, which are required for communication, right? 76 00:05:53,860 --> 00:05:57,030 So instead of providing a direct connection between an. 77 00:05:58,440 --> 00:06:00,510 Same pricing system, too, and of it. 78 00:06:00,690 --> 00:06:07,500 We keep this American victory, okay, so depending on an application and IP or the industry or the 79 00:06:07,500 --> 00:06:12,330 paper that you want to connect to a processing system, you could configure an email. 80 00:06:13,320 --> 00:06:13,740 OK. 81 00:06:13,950 --> 00:06:20,360 And then this allows us to sing the zinc crossing system signal to the way. 82 00:06:20,490 --> 00:06:22,650 OK, but this £54. 83 00:06:23,940 --> 00:06:29,160 Will not be sufficient if you consider the complex application value required to interface multiple 84 00:06:29,550 --> 00:06:35,460 professions, so in that case, you could utilize programmable logic. 85 00:06:35,640 --> 00:06:41,400 OK, that is an FPGA fabric that is available with this and then draw out the signal from zinc processing 86 00:06:41,400 --> 00:06:42,810 system to an high rate. 87 00:06:42,810 --> 00:06:43,590 So this method? 88 00:06:44,580 --> 00:06:46,650 Is referred to as an e-mail. 89 00:06:46,890 --> 00:06:47,290 OK. 90 00:06:47,310 --> 00:06:50,880 Before we get an email, OK, so the easiest way? 91 00:06:51,900 --> 00:06:56,640 When you walk around with multiple peripherals to utilize that, you buy that you get. 92 00:06:57,650 --> 00:07:03,710 With a zinc processing system, for example, if you just go to a peripheral, you OK, so you get this 93 00:07:03,710 --> 00:07:04,640 July, right? 94 00:07:04,910 --> 00:07:13,280 So this will give you an idea about the benefits which have a support to any e-mail and Medicare which 95 00:07:13,400 --> 00:07:14,450 have support too. 96 00:07:14,780 --> 00:07:16,790 And am I right? 97 00:07:16,800 --> 00:07:19,670 So you could see the paper with support e-mail. 98 00:07:19,850 --> 00:07:22,400 You have this option been available, right? 99 00:07:22,400 --> 00:07:25,430 So there is a do you want to configure this one? 100 00:07:25,430 --> 00:07:31,850 That is, it connects you with my e-mail, so you just need to click on this one to click on this. 101 00:07:31,850 --> 00:07:38,950 This will turn green, and this interface now will be rounded from programmable logic to a high rate. 102 00:07:38,990 --> 00:07:40,260 So this is how you configure. 103 00:07:40,520 --> 00:07:43,550 Or you could just be selecting this one. 104 00:07:43,640 --> 00:07:50,120 So what this will do is this will disable e-mail and then now will be utilizing an email, OK to connect 105 00:07:50,120 --> 00:07:54,680 to the signals that we have with this benefit, it's to the right. 106 00:07:54,890 --> 00:08:00,020 So when you are planning on working with that multiple interfaces, the good idea will be to work with 107 00:08:00,200 --> 00:08:01,400 this interface, right? 108 00:08:01,430 --> 00:08:09,300 This help us easily choose the most efficient connection of utilizing Emeline. 109 00:08:09,740 --> 00:08:15,320 For example, you can see you are zero, could have a multiple email you have here, right? 110 00:08:15,350 --> 00:08:23,860 So if you go from zero to 15, OK, this represent your email because we have 54 signatures. 111 00:08:23,870 --> 00:08:25,100 So in an email. 112 00:08:25,520 --> 00:08:29,920 And then some of the benefits which support e-mail are this do the work here, right? 113 00:08:29,930 --> 00:08:38,480 So you could even utilize this interface to efficiently design which type of the routing to be utilized 114 00:08:38,480 --> 00:08:43,580 for debt, for sending the signal phone zinc processing system to any hardware? 115 00:08:43,700 --> 00:08:47,440 So this really helps in designing multiple interfaces, right? 116 00:08:47,450 --> 00:08:50,660 So you could efficiently choose so you like Xero? 117 00:08:50,660 --> 00:08:57,650 Have this two amigos or this to all this to say if you let you have nsp, I want. 118 00:08:57,720 --> 00:09:02,030 OK, so if you want to utilize this, so instead of configuring this, you are. 119 00:09:02,510 --> 00:09:09,110 Because if you can configure Zoom SBI, what if you first configure as you are zero? 120 00:09:09,170 --> 00:09:12,110 I know you want to utilize nsp, right? 121 00:09:12,110 --> 00:09:18,530 SBI but in that case, if you just configured it now, since we are already utilizing that, you have 122 00:09:18,530 --> 00:09:23,240 C2, OK, pin number 10 and 11 off an email. 123 00:09:23,510 --> 00:09:29,320 So this will give us a conflict because no multiple signals are utilizing the same memory, right? 124 00:09:29,660 --> 00:09:36,140 But now, once you know that you are have a more number of email which has been supported, OK, we 125 00:09:36,140 --> 00:09:38,600 could just keep this the I. 126 00:09:39,110 --> 00:09:39,470 OK? 127 00:09:39,650 --> 00:09:42,090 And then we could choose any different. 128 00:09:42,130 --> 00:09:43,580 Am I hoping that you want? 129 00:09:43,610 --> 00:09:43,910 Right? 130 00:09:44,720 --> 00:09:45,590 So this is help. 131 00:09:45,590 --> 00:09:49,780 For example, now here, since we have a Ethernet also enabled. 132 00:09:49,820 --> 00:09:52,940 OK, so we could choose different. 133 00:09:53,390 --> 00:09:54,500 Am I right? 134 00:09:54,740 --> 00:09:59,090 So this interface really helps when we are working with a multiple interviews. 135 00:09:59,090 --> 00:10:05,390 So this gives us the most easiest way to design or working with 10 different people. 136 00:10:05,600 --> 00:10:05,930 OK? 137 00:10:06,020 --> 00:10:11,870 Which type of interface to be utilized, whether email to utilize our e-mail to be utilized to, as 138 00:10:11,870 --> 00:10:19,040 we progress further, will be understanding more on this when we cover the GPI in the next section. 139 00:10:19,190 --> 00:10:19,490 Right. 140 00:10:20,150 --> 00:10:27,860 The takeaway should be that the default option that we get to send the signal from a processing system 141 00:10:28,370 --> 00:10:29,330 to the hardware. 142 00:10:29,450 --> 00:10:29,780 OK. 143 00:10:30,410 --> 00:10:31,700 So you have 54. 144 00:10:33,020 --> 00:10:39,800 Signals that could be saying promising grassing system went hard, but if you further want to extend 145 00:10:39,800 --> 00:10:44,150 the capability, you could consider sending the signal to appeal. 146 00:10:44,330 --> 00:10:49,900 OK, and then sending to an OK, and that method is rapid transit EMI. 147 00:10:50,780 --> 00:10:55,870 So there also we have a capability to sing 60 chord signals, right? 148 00:10:55,880 --> 00:11:00,620 So 50 for a with a smile and 60 for that the EMI.