1 00:00:18,110 --> 00:00:24,010 Hello, how are you friends or how are you all waiting for you to meet? 2 00:00:24,010 --> 00:00:31,370 in an excellent way. Well, we are starting the first class on Masterclass 3 00:00:31,370 --> 00:00:39,630 all in one, where we are going to see the open source modification in 4 brands. Samsung, LG, 4 00:00:39,630 --> 00:00:48,090 license, etc. Ok, we are also going to learn in those 4 brands how to modify the 5 00:00:48,090 --> 00:00:58,090 voltage, from bgh and bgl, with different programmers, with different programmers. So, 6 00:00:58,170 --> 00:01:04,430 Well, we are going to learn it throughout these 3 classes. Ok, first let's talk and 7 00:01:04,430 --> 00:01:12,450 Let's understand what open source modification is. Ok, really, well it's not a 8 00:01:14,550 --> 00:01:25,650 correct term, modification, open source. Ok, that's how it's known, that's how it's known 9 00:01:25,650 --> 00:01:34,110 he knows and that is how he was named. But this is not really the correct term, it is understood like this 10 00:01:34,110 --> 00:01:39,810 that way, but it's not really the term. What do we really do in a 11 00:01:39,810 --> 00:02:13,160 card? Before this, let's understand what open source modification is. Ok, the modification 12 00:02:13,160 --> 00:02:23,860 to open source. What is this? What does this modification really do? or what 13 00:02:23,860 --> 00:02:29,080 is what generates this modification beyond the use that we give it, it has different 14 00:02:29,080 --> 00:02:37,960 uses, obviously it has different uses, but obviously they all have a characteristic, well 15 00:02:37,960 --> 00:02:48,080 specific or essential. Ok, these are broadcast signals, these are broadcast signals, 16 00:02:56,700 --> 00:03:18,350 digital transmission signals, high speed, okay? You have to understand what this is 17 00:03:18,350 --> 00:03:27,830 first. Ok, in this digital transmission signal, obviously digital, high speed. 18 00:03:28,830 --> 00:03:43,430 Okay? These are protocols, let's call them as they are, they are protocols, they are transmission protocols 19 00:03:43,430 --> 00:03:54,870 high speed digital, okay? And all of them are similar, or equal to the protocol, bebyguan 20 00:03:54,870 --> 00:04:08,430 which is the one that most of us know today, the bebyguan hs, which is also a protocol 21 00:04:08,430 --> 00:04:17,250 high speed signal, ok? What happens through that digital transmission? Well for that 22 00:04:17,250 --> 00:04:36,710 There are different transmission, signal parity or different data lane laws, OK? 23 00:04:41,510 --> 00:04:53,790 In these same data lanes, and in this same epi usipo ptp protocol, there is also the 24 00:04:53,790 --> 00:05:06,430 clock signal, right here we are going to locate a clock signal, okay? Obviously in these lanes 25 00:05:06,430 --> 00:05:21,150 a signal is going to go, obviously or not signal control signals, as well as obviously power, 26 00:05:21,950 --> 00:05:34,640 different power supplies or different voltages, ok? Now in this protocol what we 27 00:05:34,640 --> 00:05:41,740 We have to make an open source, which I repeat, is not making a really not an open source, 28 00:05:42,780 --> 00:05:54,260 it's more like giving our SOC to our system-on-chip or on-chip or our CPU, giving it certain data 29 00:05:54,260 --> 00:06:03,940 so that I can transmit in one way or another, what I mean by this, all these three 30 00:06:03,940 --> 00:06:12,360 ways that we have here, what we do is convert them to transmit into a universal model, 31 00:06:14,100 --> 00:06:28,200 called Baby One Hs, okay? From this we have to move on to this, okay? That's where we have 32 00:06:28,200 --> 00:06:37,100 We have to start realizing what we are generating in these types of situations. Now, 33 00:06:38,020 --> 00:06:46,400 once it is understood that this is a high-speed digital transmission protocol, which by it 34 00:06:46,400 --> 00:06:52,860 same travels the data lanes, he watches control with the power to be different 35 00:06:52,860 --> 00:07:00,820 in levels and the food that can also be various, OK? So all this is played 36 00:07:01,220 --> 00:07:13,440 to be able to convert it later to this, to this protocol called Baby One Hs, which is the protocol in a certain way, 37 00:07:13,580 --> 00:07:22,240 Let's call it universal, it is the universal protocol that most UHD televisions use, 38 00:07:23,820 --> 00:07:36,920 This only applies to understand it on UHD televisions, there is no such thing as 100, 100 full HD or even 39 00:07:36,920 --> 00:07:52,840 exist HD, Ok? So once we have already had this, it is worth it, it is worth it 40 00:07:53,980 --> 00:08:07,180 First, an EP, UHD, opera, opera, or point-to-point system to be understood in Spanish, 41 00:08:07,560 --> 00:08:18,220 Okay? What is EP? The EP is nothing more than the interface, let's put it here, here so that 42 00:08:18,220 --> 00:08:29,780 You are going to understand it and obviously see it in a better way, let's put it, OK? 43 00:08:31,160 --> 00:08:40,140 This, I'm going to delete this so that it can be broken down and you can understand how what I'm telling you works, 44 00:08:40,140 --> 00:08:54,980 To avoid getting into too many conflicts, let's develop them one by one, okay? EP, which is its meaning, 45 00:08:54,980 --> 00:09:29,230 that is, it means integrated or integrated part interface, integrated part interface, 46 00:09:30,150 --> 00:09:51,430 EP, okay? Who uses this system, does it use every day? This is LG's exclusive system, it does not use it 47 00:09:51,430 --> 00:10:00,730 another brand, now that we are going to find in that interface, obviously in that interface, well we are going to 48 00:10:00,730 --> 00:10:17,770 We will find a VSS, which will be equal to 3.3, ok? Obviously lands, I think that's more than 49 00:10:17,770 --> 00:10:40,010 Understood, okay? clock signals both positive and negative, ok? Let's find dates that 50 00:10:40,010 --> 00:10:50,950 They are the lanes, the data lines, which are the signal lanes in both positive and negative phases, 51 00:10:50,950 --> 00:11:03,770 Okay? These will exclusively depend on how many cops we have in our pane, normally the EP system 52 00:11:03,770 --> 00:11:20,530 You can have up to 12 pairs, okay? This data will originally give to the C, D, C and or the integrated circuit, 53 00:11:22,090 --> 00:11:35,190 Maguenis, IC, IC? To the integrated circuit, driver source, each data will enter a driver source, and the more 54 00:11:35,190 --> 00:11:46,150 source data has the most data line pane it will have, only that pane contains 6, 6 cops, 3 and 3 only 55 00:11:46,150 --> 00:11:54,670 will obviously then have 5 data lines, in this case normally let me bring a card 56 00:11:54,670 --> 00:12:14,090 main so that it can be seen so that it can be seen so that it can be understood, so that it can be understood because obviously you have to 57 00:12:14,090 --> 00:12:27,770 show, this I'm going to bring a guip because it brings me with a Samsung, finally instunate the guip so that it 58 00:12:27,770 --> 00:12:45,010 data line, let's see then how they proceed to work, here I already have my card my, here I have 59 00:12:45,010 --> 00:12:53,870 a guip card, here it doesn't matter, whatever model it is, as long as it has hd they are all in the same story, 60 00:12:54,430 --> 00:13:02,770 Ok, what do I have to see here? I'm going to lower the camera so it can be seen better. That 61 00:13:02,770 --> 00:13:14,370 what do I have to find here? Well, here we are going to meet the, this is it 62 00:13:14,370 --> 00:13:21,650 modified to open source, but what I want is for you to understand in this line, we are going to 63 00:13:21,650 --> 00:13:28,390 simply by observing, let's know, we don't need to see the picture just by observing 64 00:13:28,390 --> 00:13:35,510 here, how many lines of data line do we have, how many pairs of data line, well we are going to realize 65 00:13:35,510 --> 00:13:44,550 really how many cop or chip cop is going to bring me, but he decides, no other information is necessary, 66 00:13:44,550 --> 00:13:54,750 Observe, here I have the first connector, since I have the data lines, how do I know? because they come 67 00:13:54,750 --> 00:14:06,810 in pairs my, if I upload it from the chip here I have it, here from my soc, the epi system comes from 68 00:14:06,810 --> 00:14:15,590 coming from the SOC, since it travels through here I repeat, the clock signals, the video signals, 69 00:14:16,210 --> 00:14:24,350 the synchronization signals and everything else that comes with the use of this system, but mainly the 70 00:14:24,350 --> 00:14:36,250 soc we are going to find data line, which are video levels, this is video, data is equal to video, and if I 71 00:14:36,250 --> 00:14:48,430 We are going to count how many there are, well look, one, two, three, four, five, six, seven, 72 00:14:49,490 --> 00:15:05,430 eight, nine, ten, 11, 12, which is the last one, 12. Normally what I told them, most 73 00:15:05,430 --> 00:15:15,630 of the data lines there are 12, normally the main ones bring 12, they can bring more, yes, they can bring 16, 74 00:15:15,930 --> 00:15:22,930 They can bring double or triple, but that will also depend on another situation, I hope in this case 75 00:15:22,930 --> 00:15:33,850 here we have this, the data line, ok, so we have 12, here we are going to start having only the data 76 00:15:33,850 --> 00:15:54,590 0, which is here, we're going to have data 1, plus, minus, data 2, plus, minus, data 3, plus, minus, 77 00:15:54,590 --> 00:16:17,550 data 5, and data 4, sorry, more, less, data 5, more, less, data 6, more, less, data 7, more, less, 78 00:16:18,610 --> 00:16:37,750 ok, data 8, more, less, data, I didn't put it here, 8, data 9, same, more, and less, data 10, more, less, 79 00:16:37,990 --> 00:16:46,790 and the last one, dates 11, more, and less, and they are going to tell me why nothing more, 11, is 12, because here we are 80 00:16:46,790 --> 00:16:59,570 we count from 0, so we count, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 12, 12, data lanes, 12, 81 00:16:59,570 --> 00:17:21,640 line which is equal to video signal lane, ok, so here we have a key step, the system 82 00:17:23,220 --> 00:17:37,280 epiluc for the epiluc system, this is it, here we have it, and it is made up of the lines, ok, perfect, 83 00:17:37,380 --> 00:17:45,100 Until then we understand perfectly, what else is used for apart from the data, well, 84 00:17:45,100 --> 00:18:05,780 we need an enabling command called Enable, ok, we need a recipe, ok, we need 85 00:18:05,780 --> 00:18:21,160 a standby, standby mode, pins we need an interface and 12, square, what will it be, data, 86 00:18:22,940 --> 00:18:36,670 clock, ok, and this is going to be used for the edit system, a lot of people will say, here there is edit, well, well 87 00:18:36,670 --> 00:18:43,550 The edit is also a system that is going to be used, which is rather what is used in this type 88 00:18:44,430 --> 00:18:58,370 of the system, ok, this is a situation or rather, the edit is an extension, an identification 89 00:18:58,370 --> 00:19:09,590 extension, from the pane, ok, then it is necessary yes, for the epiluc protocol, it is necessary 90 00:19:09,590 --> 00:19:18,850 yes, this will be stored in an epron memory, ok, the edit goes in an epron memory, normally they go from 91 00:19:18,850 --> 00:19:28,190 below value 1, 0, 2, 1, 0, 4, 1, 0, 8, 1, 16, ok, is it really a connection or an interface, 92 00:19:28,190 --> 00:19:35,470 What is going to tell you, which allows an LCD screen or monitor on televisions, informs 93 00:19:35,470 --> 00:19:43,730 automatically to the main, what are its characteristics, that is, the characteristics in this case, 94 00:19:44,030 --> 00:19:56,450 for the main bread, what can they be, ah, well bread manufacturer, bread model, the number 95 00:19:56,450 --> 00:20:07,190 as standard, sepanen native resolution, supported video formats such as dvx, mpg, can be 96 00:20:07,190 --> 00:20:16,390 much h264, h265, h265, h265 more, etc., etc., etc., the sample or refresh rate 97 00:20:16,390 --> 00:20:25,290 of the bread, which can already be 60, 120, 240, etc., ok, so here we are going to have the 98 00:20:25,290 --> 00:20:31,650 bits, for example the color space, which is known as bit, ok, here we are going to do that 99 00:20:31,650 --> 00:20:43,130 understand through this, the edit, edit, edit also exists in the protocols, for example 100 00:20:43,130 --> 00:20:51,770 from HDMI, it also exists there, in the audio protocol, edit also works on those devices 101 00:20:51,770 --> 00:20:59,070 as much as HDMI, as well as audio, or so as to keep in mind that it also 102 00:20:59,070 --> 00:21:07,990 We can find that in the edit in those places, now the edit is important because it is handled 103 00:21:07,990 --> 00:21:14,790 also by versions, depending on the version of what we are going to find, ok, the edit is going to be found 104 00:21:16,110 --> 00:21:22,610 depending on the majuin depending on the brand, not the pane, the brand of the television, the edit may be 105 00:21:22,610 --> 00:21:28,530 in the main, it can be in the tech, it can be integrated in the same pane, it can be integrated 106 00:21:28,530 --> 00:21:34,350 in the HDMI ports, it is not necessary for me to have to be close to the panel, that is another situation, 107 00:21:35,110 --> 00:21:44,670 ok, but this is what we are going to find in an EP interface, ok, so here as 108 00:21:44,670 --> 00:21:58,010 How does it work, ok, this is the EP interface, and I only repeat that it works on LG televisions, ok, now how 109 00:21:58,010 --> 00:22:08,050 step of this configuration of this protocol, the baby1 protocol, ok, let's understand that, 110 00:22:08,370 --> 00:22:14,650 this class more understanding of reasoning and learning so that they learn why 111 00:22:14,650 --> 00:22:21,690 is done or why open source exists, it is more complex than you imagine and it is more beautiful 112 00:22:21,690 --> 00:22:29,510 understand it, just do it, I have always said it, let's see then how we go from that to the 113 00:22:29,510 --> 00:23:08,890 baby1 protocol, how do we go from EP protocol to baby1 protocol, well, let's understand, 114 00:23:10,250 --> 00:23:19,250 firstly the protocol also baby1, ok, this is where the whole concept is born, let's 115 00:23:19,250 --> 00:23:25,210 here give this, somewhere to this, up to here you have any questions and you know we write the chat of the 116 00:23:25,210 --> 00:23:37,730 transmission or directly the WhatsApp group, if you have any questions about this, now the baby1 protocol, 117 00:23:38,830 --> 00:23:50,410 HS, that is the universal protocol, I repeat, that universal protocol, let's put it here, let's open the 118 00:23:50,410 --> 00:24:03,170 here it is, let's see a little bit, the baby1 protocol, ok, baby1 first what I didn't tell you a while ago 119 00:24:03,170 --> 00:24:17,970 moment, before continuing with this, let's put EP again, the EP system consists of 60 or 120 00:24:17,970 --> 00:24:34,670 68 for two each pin, which means that there are two 68 or 60 connectors, ok, the system 121 00:24:34,670 --> 00:24:59,730 EP consists of this capacity, ok, the system per tu per consists of 60, 60, 68, 80, 96, 122 00:25:03,710 --> 00:25:12,450 96, for two, in some cases there are some cases that only 96 has a single connection, 123 00:25:12,450 --> 00:25:19,810 So they don't see 6 for one, ok, but in most of the people we'll see what brand they use, it's 60, 124 00:25:19,810 --> 00:25:29,910 68, 80, 96, for two, which means that it has 100, 20 pins, here it has, if it has 100, 8, 100, 30, 125 00:25:30,550 --> 00:25:37,930 36, here 100, 60 and if you bring here then obviously two, well we would have to do our calculations, 126 00:25:38,090 --> 00:25:47,670 190 and 2 or 96, ok, so this is where we are going to understand, now that I told you about the system, 127 00:25:49,650 --> 00:26:15,560 Sorry, I missed the usit, the usit can be 96 times one or 96 times two, they are the only ones, the only ones, 128 00:26:15,560 --> 00:26:31,170 in each system or protocol, ok, if you have no doubt there, well there it is, that is the usit EP system 129 00:26:31,170 --> 00:26:48,830 and for you, ok, now the BB1 system, HS, the BB1 system, sorry, always and only consists of 50 and 130 00:26:48,830 --> 00:27:13,770 a pin, which translates to a card, a card, you with, or in a main already modified with 51 pins, ok, this is where we 131 00:27:13,770 --> 00:27:26,070 We have to learn adapters, single-port 60-pin adapters, for example, here it tells me, 132 00:27:27,390 --> 00:27:39,830 this can work for Xiaomi or Haisens with a 60 pin port there it is, this is a convert a card 133 00:27:39,830 --> 00:27:48,630 with a visor but they don't work directly like that, so don't get your hopes up, ok, card with a visor 134 00:27:48,630 --> 00:28:06,230 input, output to 96 pins, I'm going to fill in reverse, input to the main, output to the tecon, ok, or we also have them in 68 135 00:28:06,230 --> 00:28:19,170 8, double channel, by 2, well yes, send 8 by 2, input from the main output to the tecon, and so we go 136 00:28:19,170 --> 00:28:30,230 in telling us 68, there we stick to the 60, ok, 60 and 68, there are different versions 137 00:28:30,230 --> 00:28:46,840 Here, for example, these, look, there are many interfaces that exist today, but they are all focused on these 4 brands, 138 00:28:48,060 --> 00:29:01,400 Samsung, LG, Haisen and TCL, ok, outside of the adapters we will then understand 51 pins, 139 00:29:01,400 --> 00:29:23,320 ok, let's delete this, then it says ok 51 pin, perfect, I'm going to have pin 1, 2, 3, 4, 5, 6, 7, 8, all of these, 140 00:29:25,460 --> 00:29:49,440 They are going to be BCC, what is 12 volts, perfect, 9, 10, 11, 12, 13, 14, 15, 16, ok, the 9, no connection, 141 00:29:50,500 --> 00:30:09,640 9 is no connection, we have it there so I'm going to, I'm going to send it, ok, and there at 14 of 10, at 14, they are going to be lands, there it is, 142 00:30:11,120 --> 00:30:34,660 15, 16, they are non-connection, but here I put them, 17, 18, they are non-connection, but with reserved, which means reserved, ok, 143 00:30:35,400 --> 00:31:02,260 So here we are going to put no connection or reserved, ok, this is something that I repeat the speaker is going to tell you, 144 00:31:03,280 --> 00:31:12,440 depending on the brand of television that goes where it is going to be installed, the reserved part, ok, and then the number 17 here, 145 00:31:12,440 --> 00:31:28,220 well we have pin 18 and 10 and 9, these are important because these are data and clock, ok, 20, 21, 146 00:31:29,440 --> 00:31:43,180 They are non-connection, these can also be reserved, so keep it in mind, ok, 147 00:31:43,180 --> 00:31:54,600 There we have 22, which can also be reserved no connection, or normally this is where we select the bread, 148 00:31:56,220 --> 00:32:06,960 the dual image, ok, it doesn't always work here, but it is a pane configuration, ok, I repeat that will depend on the manufacturer, 149 00:32:06,960 --> 00:32:33,900 In this case we are talking about 7, 23, another reserved, 24, this is a land, 25 and 26, 25 and 26, 150 00:32:33,900 --> 00:33:02,720 very important, htp, from look n, ok, then from there we have a 27 which is a land, and here the sequence of the signs or lanes begins, 28, 29 and 30, 151 00:33:02,720 --> 00:33:31,260 28 is going to be my, obviously my signals are going to be the rx0 nrx0p, ground and then 31, 32 and 33, same thing rx1, nrx1p and ground. 152 00:33:32,720 --> 00:34:02,640 ok, there we are at 33, 30 and 4, 35 and 36, rx2nrx2p and earth, 37, 38, 39 same rx3nrx3p, earth, 40, 41, 153 00:34:02,640 --> 00:34:26,600 and 42, rx4p, rx4, sorry np, earth, 43, 44, 45, rx5nrx5p, earth. 154 00:34:26,600 --> 00:34:44,380 There we go to 45, 46, 47 and 48, remember that they are 51 pins, rx6nrx6p and ground. 155 00:34:45,380 --> 00:34:55,500 We are going on 48, let's remember, we are about to finish until 51, this one is universal, this one is with a connection, 156 00:34:55,640 --> 00:35:13,780 These are the universal connections, ok, so 49, 50 and 51, rx7nrx7p and we close on the ground, there it is. 157 00:35:14,380 --> 00:35:30,280 This is the breakdown of the signals baby 1, hc, ok or hc, which means video into one of high speed, or video 158 00:35:30,280 --> 00:36:00,320 b1, hc, hc, ok, there it is, and if you realize and it works, pay attention, we only have 8 lanes, 8 lane pairs, compared to the 12 we have in g, so how do we go from that to this, when here we don't have exactly what we have there, 159 00:36:00,320 --> 00:36:25,380 here we do not have 3.3 in this connector, here in this connector we do not have an enable, that is where the magic of the modification is born, ok, that is what we have to learn so that, well, we have, in case we have the necessary knowledge for this, there it is, 160 00:36:25,380 --> 00:36:44,380 We are going to be in some doubt, or if not, then we are going to continue, we are going to see if there is any doubt, it seems that they are not even connected to unraveling a shit out there, not there, then they jump into the doubts and they will be asking me, but there it is. 161 00:36:50,830 --> 00:37:16,830 well no, it doesn't seem like there is any doubt, well that's good, I'm glad, ok, here it is then and we have it, this is what we are going to do with the epilo, we have to convert it to this, which is the only thing we are going to use from all of this, from the epi to this, well, the only thing we are going to use is going to be these points. 162 00:37:20,860 --> 00:37:58,060 HTPD and Luke N, ok, we are all going to occupy 8 signals or 8 lanes, 8 lanes, here we have 1, 2, 3, 4, 5, 6, 7 and 8, only 8 lanes, HTPD and Luke, 163 00:37:58,060 --> 00:38:30,360 That is not what we are going to use obviously and for the lands right, lands we are going to occupy lands, we are going to put on the conegro so that we can get together, lands, lands come out and obviously we are going to need 12 bowls, we are going to occupy, 164 00:38:33,500 --> 00:39:01,800 12 bags, this, with this, in theory, we could say that we can make any card, yes and no, ok, first to understand this, there it is, this is the 51-pin equal system and of this system, we are only going to cover what I tell you, 165 00:39:01,800 --> 00:39:31,460 8 lanes, because 8 because the tecon only, in a tecon there are only 8 lanes, it does not have 12, it does not have 6, it will always and universally have 8 and look, if we see it here we have the lanes, where these capacitors are, each pair of capacitor is a lane, ok, there where you can see, 166 00:39:31,460 --> 00:39:47,780 a lane 2, 3, 4, 5, 6, 7, 8 lanes, there we are, 8 lanes of signal, video, data line, 167 00:39:49,880 --> 00:40:14,620 We are going to occupy 12 bowls and we are going to occupy the epiluc, ok, the epiluc and the luc n, we have the luc, look here says luc, since that one is going to do it, but he is going to do it here, he is going to do it, caraquilo, 168 00:40:22,400 --> 00:40:38,560 here it is, luc panel, there it is, we are going to talk obviously about what this function does, but there it is, now I repeat this is universal, except for the reserved ones, 169 00:40:38,560 --> 00:40:58,260 It's another situation, ok, there it is, what interests us in those classes is this, now that we understand the epiluc and how it works, I think about what it brings, well the luc and the usit system are not that different, 170 00:40:58,260 --> 00:41:12,260 The usit system works in the same way, it works in exactly the same way, but obviously there we are going to use other other forms of power 171 00:41:13,380 --> 00:41:25,380 carry it out, ok, the same way in Samsung, look at here is a Samsung, in the same way are the signal pairs, there it is, 172 00:41:27,640 --> 00:41:39,320 This is a usit system, ok, and then coming back to this because I didn't tell you obviously, usit 173 00:41:40,820 --> 00:42:03,220 luc and lisa exclusively Samsung, usit not luc and lisa other than Samsung, just as we saw in the gxp, here usit luc and lisa Samsung, it is a high-speed transmission system, 174 00:42:03,220 --> 00:42:33,200 high speed for Samsung, ok, and like it has 96 pins or this one has 96 pins, or it can be a double 96 and 96 connector, ok, 175 00:42:34,950 --> 00:42:52,930 We count them, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, here I take away this essence, there are 12 lanes, 12 lanes, so all the systems, 176 00:42:52,930 --> 00:43:08,470 most of them are 12 lanes, here I have some haisens, the haisens uses the per tuper system, ok, 177 00:43:10,830 --> 00:43:20,230 ok, this is what Lisa says about C, it works the same way, they just changed practically some things and the name of C, 178 00:43:21,850 --> 00:43:33,350 but if there are obviously differences, from C, ok, and we have the per tuper that is also used by haisens, 179 00:43:33,430 --> 00:43:52,270 Also the haisens brand can use the per tuper system, in the haisens you can also use it, 180 00:43:52,270 --> 00:44:06,410 It is, as you will realize, well here we have it, I can use this one at 80 times 1, 60, 68 times 1, 181 00:44:07,270 --> 00:44:19,330 or the connector, here is the 51-pin connector, ok, there it is, and if we start counting the resistors 182 00:44:19,330 --> 00:44:31,390 pins, 1, 2, 3, 4, 5, 6, 7 and 8, they are down here, they are for those who go here, let's put 183 00:44:31,390 --> 00:45:02,390 Below, I'm going to lower the chamar and look, there it is, pins, I have 1, 2, 3, 4, 5, 6, 7, 8, it is the connector for my signal, ok, 184 00:45:02,390 --> 00:45:12,530 of my signal, data line, obviously, and something from here happens here, why? because these called the per tuper connector, 185 00:45:12,810 --> 00:45:30,910 Here it is good, here they called this connector that already has more pins, and look here how many we have, how many lines, 1, 2, 3, 4, 5, 6, 7, 8, 9, 10, 11 and 12, 186 00:45:32,130 --> 00:45:42,510 here it has already been converted to 12, how come from these 8? here there are already 12, well this comes from my own, look, 187 00:45:42,810 --> 00:45:51,910 Here it appears in my own sock, this is where it is, this is what we have to focus on to make the required modifications, 188 00:45:52,490 --> 00:46:00,970 Tomorrow we are going to start with the modifications so that you can begin to observe how it is being done, 189 00:46:01,110 --> 00:46:07,950 They are more or less understanding me, I think I think, for example here it is easy, well it is not easy, 190 00:46:09,370 --> 00:46:15,530 It is understandable why, because here we have to put the connector, here bring one connector, bring the other, 191 00:46:15,530 --> 00:46:25,550 but these are 12 channels, but here we only have 8, which is the original, ok, we would have to make modifications, 192 00:46:26,130 --> 00:46:34,410 ok, in the case of the gui it is the same story, bring to place our, our signs, 193 00:46:34,990 --> 00:46:42,890 but what happens, ok, and it doesn't come with it, but I have the adapter, for example, for this case of this one in the gui, 194 00:46:42,890 --> 00:46:49,610 I say what, I have the adapter, I don't want to put this connector and I want to use the adapter, there is my, 195 00:46:50,310 --> 00:46:57,970 This is the adapter, ok, and watch what happens here, let's see if it is achieved, because of the silk-screen printing, I don't know, 196 00:46:58,650 --> 00:47:14,520 but let's try, me, let's count, the pairs, 1, 2, 3, 4, 5, 6, 197 00:47:15,460 --> 00:47:27,700 7 it seems to me, well, here you will see them, 1, 2, 3, 4, 5, here only on the other side, 2, 3, 4, 5, 6, 198 00:47:27,740 --> 00:47:41,960 on this side, 1, 2, 3, 4, 5, 6, here it is, 7 and 8, finally I know how we no longer have it, we are not taking the 12, which the main originally brings, 199 00:47:43,740 --> 00:47:52,600 the main brings and 12, here for example, if we go here, just think that we are taking, 2, here 3 more, 200 00:47:53,020 --> 00:48:08,320 here 3 more, 1, 2, 3, 4, and here on this side bring, I'll see if it's enough, 1, 2, 3, 4, 201 00:48:08,320 --> 00:48:15,340 I'm going to take a main tomorrow, we're going to remove the connectors so you understand them, but that's fine, 8, 202 00:48:16,240 --> 00:48:31,100 the same ones, 8, that are going to come out here and have converted, me, here are the capacitors, 1, 2, 3, 4, 5, 6, 7, 8, 203 00:48:31,100 --> 00:48:44,540 well, there it is, 1, 2, 3, 4, 5, 6, 7 and 8, are the ones we have here, 204 00:48:46,040 --> 00:48:55,040 These are already the output and there is my look, there is the look and next to it will be the htp, 205 00:48:56,760 --> 00:49:05,900 ok, so there it is for you to more or less understand how it is going to work or how this works, 206 00:49:06,260 --> 00:49:17,660 We're going to go up here a little bit, so the idea is that I tell you, don't just do it, don't just do it with a diagram, 207 00:49:17,660 --> 00:49:26,120 that you also understand the why and the com, then to say with an open source version, 208 00:49:26,420 --> 00:49:32,060 It does not necessarily mean that it is open source, it is simply making a transformation, 209 00:49:32,060 --> 00:49:45,260 to a conversion, to a modification, to a modification of an epi usi or pertuper system to beviguan hs, 210 00:49:45,260 --> 00:49:53,260 that is what we have to do, the conversion, it is a conversion, the system is prepared for it or the card but 211 00:49:53,260 --> 00:50:02,260 Only certain conditions are required to be able to make that modification and for it to work for you, 212 00:50:06,380 --> 00:50:11,460 For example, there is what we knew before, well, we continue to know before, 213 00:50:12,620 --> 00:50:24,040 that we tested, for example, we had a resistor that in one was ffhd and in another was hd, 214 00:50:24,040 --> 00:50:33,040 what we did through this resistance, I indicated it, I indicated it to my amizoc, 215 00:50:34,980 --> 00:50:45,680 I indicated it to misoc, what level it had, it is a resistance pul, pulup, I indicated it through the value of this resistance, 216 00:50:45,680 --> 00:50:55,800 I indicated to misoc that the SOC was going to transmit either in ffhd or in hd in this case or it would transmit in 5 pairs, 217 00:50:57,560 --> 00:51:08,970 or 10 pairs, through this level, I told that one, that resistance, well, they really want two, 218 00:51:08,970 --> 00:51:15,970 This was going like this, also not so that I don't understand well because if they aren't going to say, it's not true like that, it doesn't work. 219 00:51:17,270 --> 00:51:27,430 So, now yes, depending on the value of the resistance or whether it had it or not, which in some cases it does not have the resistance, 220 00:51:27,930 --> 00:51:34,610 and it works well, then it is in HD, in other cases it had both resistors, but the star had a different value, 221 00:51:34,610 --> 00:51:48,830 one could be 4.7K and the other could be 0, or more, so depending on the position is what I was going to indicate to my chip, 222 00:51:49,910 --> 00:52:02,390 here obviously we had this one could go to ground and this one could go to a bsc, which was equal to 3.3, 223 00:52:03,200 --> 00:52:10,390 ok, then through this, through the resistance, you indicated it, through the pulo system, 224 00:52:10,710 --> 00:52:19,650 you indicated it to the soc, did you want transmission in ffhd or transmission in bsc, well, for that matter in these situations, 225 00:52:19,650 --> 00:52:25,620 no it's not that simple, also on the chip it worked the same way in hd or ffhd systems, 226 00:52:26,570 --> 00:52:29,990 but for the hd system it is no longer that simple, 227 00:52:30,810 --> 00:52:47,590 It has a resistance for the frequency for HD, ok, it has a resistance to transmit or in HD, 228 00:52:47,590 --> 00:53:11,150 second, and Samsung or bb1, ok, it has a resistance for, obviously this so that both the hd are transmitted, 229 00:53:11,150 --> 00:53:26,470 like what are you going to do here on the hd, and to also tell the system to override the hd panel, 230 00:53:29,460 --> 00:53:39,860 so here, here there were different situations there are different by no means there are different changes that are required to 231 00:53:39,860 --> 00:53:54,280 being able to transmit from an hd system to a bb1 system, that is what you have to understand for the hd system or for the hd system, 232 00:53:54,840 --> 00:54:01,120 So that's where we are going to understand, ok, some doubts colleagues, some doubts you have, 233 00:54:01,120 --> 00:54:09,800 Tomorrow we are going to go directly to the modifications so that you can understand them in an easier way and know how it works, 234 00:54:10,500 --> 00:54:20,060 and then after the programming of the different circuits pm, ok, if you have a question, ask me about the transmission, 235 00:54:20,200 --> 00:54:27,040 the message of the broadcast or the WhatsApp group, and if you don't have a question, we'll see you tomorrow, 236 00:54:27,040 --> 00:54:35,240 Thank you very much, you know, later he shared the video of the broadcast so that those who could not see it can download it and thus they can observe, 237 00:54:36,100 --> 00:54:51,960 ok, remember that the videos are only deleted seven days after they are deleted and are no longer recovered, so I ask you to download the videos in a timely manner so that we do not have any problems, 238 00:54:51,960 --> 00:54:58,740 We will wait if you have any questions and if not, thank you very much and see you tomorrow