1 00:00:01,260 --> 00:00:10,290 Hello and welcome to this new lesson, unless you are going to see this ESB version one, do it board, 2 00:00:10,290 --> 00:00:11,100 as you can see. 3 00:00:12,270 --> 00:00:13,440 SB 30 two. 4 00:00:16,390 --> 00:00:23,770 This little bald support Wi-Fi connection, so you can easily connected to the internet without any 5 00:00:23,770 --> 00:00:24,880 external modules. 6 00:00:25,330 --> 00:00:34,660 And in this lesson, I'm going to tell you everything you need to know about this board and why you 7 00:00:34,660 --> 00:00:40,930 can use it instead of using Arduino and the capabilities that it has now that do it. 8 00:00:41,800 --> 00:00:50,580 Yes, P32 Kit version one is one of the development board created by Do It to evaluate the SB 32 module. 9 00:00:51,490 --> 00:01:00,430 It is based on the SB 32 microcontroller that boasts Wi-Fi, Bluetooth, Ethernet and low power support. 10 00:01:01,640 --> 00:01:05,240 All in a single chip, as you can see, it's very small chip. 11 00:01:07,720 --> 00:01:15,670 Now, regarding the mapping of this ball, you can see from here that we have a reset button on the 12 00:01:15,670 --> 00:01:20,200 left side and on the right side, we have a mute button. 13 00:01:20,980 --> 00:01:26,150 This is the USB port, as you can see for the CO2 connection with your computer. 14 00:01:26,170 --> 00:01:32,920 It's very similar to the one used in mobile phones, so you can use a mobile data cable. 15 00:01:34,030 --> 00:01:42,640 Now these are the input output bins, and here on the left and right, we have the ground and power 16 00:01:42,640 --> 00:01:43,120 pins. 17 00:01:43,480 --> 00:01:49,270 As you can see here, we have 3.3 volt ground and a lid. 18 00:01:49,480 --> 00:01:53,410 And here we have the N and the ground. 19 00:01:53,650 --> 00:01:56,350 Then we have the general purpose input output bins. 20 00:01:57,220 --> 00:02:01,390 We will explain that in diagram and more details and the coming lessons. 21 00:02:02,020 --> 00:02:07,900 But as you can see, this is what the I see all of that board has. 22 00:02:08,320 --> 00:02:11,080 And you can see that it has a lot of assembly elements. 23 00:02:11,710 --> 00:02:19,450 That's why it's very small and pin number two general purpose input output PIN number two has a lid 24 00:02:20,410 --> 00:02:21,730 at fashion director. 25 00:02:21,760 --> 00:02:29,770 So you can see here that we have two LEDs one for power and the other one for PIN number two or general 26 00:02:29,770 --> 00:02:31,510 purpose input output pin number two. 27 00:02:31,900 --> 00:02:35,600 Why you should use this board It's very similar to Arduino. 28 00:02:36,140 --> 00:02:41,920 We will program it using the very same software that we use to program Arduino, and this will make 29 00:02:41,920 --> 00:02:43,270 your life away much easier. 30 00:02:43,570 --> 00:02:49,420 It has built in Wi-Fi, so you don't have to attach anything you can directly connected to the internet. 31 00:02:49,450 --> 00:02:52,540 That's why it's used in Internet of Things projects. 32 00:02:53,120 --> 00:02:57,940 Um, it's widely available and it has a lot of libraries and support online. 33 00:02:58,720 --> 00:03:05,560 Now let's talk about this board priorities regarding the main proposals of this board. 34 00:03:06,490 --> 00:03:10,060 It has, but I think, voltage of 3.3 volt. 35 00:03:10,300 --> 00:03:17,530 The input voltage can be between seven and 12 volt for optimal performance, but it can also work with 36 00:03:17,530 --> 00:03:20,290 a five volt from your USB-C port. 37 00:03:20,980 --> 00:03:28,120 It has digital input output bins, twenty five digital output bands, and it also has analog input bins 38 00:03:28,900 --> 00:03:37,600 that about analog signals up to six, and it has analog output bins up to two digital converters. 39 00:03:38,200 --> 00:03:39,610 It supports USB. 40 00:03:39,610 --> 00:03:46,390 I i square c and you asked its flash memory is very large four megabytes. 41 00:03:46,960 --> 00:03:55,510 The USB is about five hundred twenty kilobytes and the clock speed is 240 megahertz. 42 00:03:55,960 --> 00:04:02,050 It also has Wi-Fi and Bluetooth built and integrated, so you don't have to do anything. 43 00:04:03,280 --> 00:04:10,030 And the power to that board is supplied via the onboard USB Micro, which is here. 44 00:04:10,210 --> 00:04:19,500 As you can see, this is the main power supply for the board or directly via the V10 bin. 45 00:04:19,520 --> 00:04:22,110 We have we have been here. 46 00:04:22,630 --> 00:04:27,870 I think that you can't see it in this bin can be used to supply power. 47 00:04:28,690 --> 00:04:30,640 The power source is lifted automatically. 48 00:04:30,640 --> 00:04:35,490 You don't have to switch between them using that software now. 49 00:04:36,610 --> 00:04:41,410 The device can operate on an external supply of six to 20 volts. 50 00:04:41,770 --> 00:04:46,090 If you are using more than 12 volt, the voltage regulator may overheat. 51 00:04:46,090 --> 00:04:48,460 As you can see here, we have a regulator on board. 52 00:04:49,000 --> 00:04:54,730 And in that case, that might damage the device, so the recommended voltage is seven to 12. 53 00:04:55,540 --> 00:05:04,390 You might risk and use it on power supply above 12 volt, but I think that you should stick with a seven 54 00:05:04,390 --> 00:05:06,790 to 12 volt notice. 55 00:05:06,880 --> 00:05:16,330 Now you can or not, now you can program it using Arduino IV's software, and we are going to explain 56 00:05:16,750 --> 00:05:19,930 how you can make your Arduino software. 57 00:05:20,170 --> 00:05:28,120 Recognize this ESB have it on board and program it using the very same coding methodology used in Arduino. 58 00:05:28,660 --> 00:05:35,020 We have explained everything in the device and this course, and I'm sure that you would enjoy playing 59 00:05:35,020 --> 00:05:35,970 around with the sport. 60 00:05:36,490 --> 00:05:44,170 Now what I really like about this board and what makes this board away much better than Arduino is the 61 00:05:44,170 --> 00:05:45,250 Wi-Fi connectivity. 62 00:05:45,790 --> 00:05:49,450 This is why this is an IoT or Internet of Things board. 63 00:05:50,530 --> 00:05:57,940 If you are working on a project and you want to, let's say, connected online and control and go page. 64 00:05:58,270 --> 00:05:59,800 This is the board that you can use. 65 00:05:59,800 --> 00:06:04,240 It's very cheap and it's very effective in doing that. 66 00:06:04,840 --> 00:06:05,970 And if you are looking. 67 00:06:06,380 --> 00:06:13,700 To replace your other you, then this the this is the war that you must bless your arguing with because 68 00:06:13,700 --> 00:06:19,970 it has a lot of properties out of print and and it runs out of the box. 69 00:06:19,970 --> 00:06:24,020 You don't have, let's say, complex programming. 70 00:06:24,290 --> 00:06:27,190 You can program it using the very same Arduino code. 71 00:06:27,240 --> 00:06:32,570 Now let me show you how you can connect it, as you can see this report. 72 00:06:33,200 --> 00:06:41,720 And usually you'll have to stick your ball your ISP here on your big board and start taking glass from 73 00:06:41,720 --> 00:06:42,080 here. 74 00:06:43,880 --> 00:06:47,700 Two blades or batons or any other thing. 75 00:06:47,720 --> 00:06:53,700 Now, if you want to connect it to the power supply, you have to bring a mobile USB cable. 76 00:06:53,720 --> 00:06:56,870 I have one bite here, as you can see. 77 00:06:57,620 --> 00:07:01,370 This is a USB cable, not USB-C. 78 00:07:01,970 --> 00:07:03,800 No, than all my type. 79 00:07:05,060 --> 00:07:10,640 So all you have to do is simply bring the sport and stick. 80 00:07:13,210 --> 00:07:15,370 As you can see, you have to stick it the right way. 81 00:07:19,290 --> 00:07:19,770 That's it. 82 00:07:20,190 --> 00:07:27,930 This is how you can simply connect your board to your power supply now and the next person, you are 83 00:07:27,930 --> 00:07:29,950 going to explain that been out in more detail. 84 00:07:29,970 --> 00:07:38,520 But as you can see, we have Deep Ben's deep means digital pin, the pins that has our ex-ante, our 85 00:07:38,550 --> 00:07:43,910 fourth year communication and background on board pins of. 86 00:07:44,930 --> 00:07:47,330 Sean, as you can see, this is about battle. 87 00:07:47,570 --> 00:07:51,620 This is the reset or enable button down here. 88 00:07:51,800 --> 00:07:53,060 The board doesn't have anything. 89 00:07:53,060 --> 00:07:57,830 You can buy the board and sometimes they don't attach these breakout hit ups. 90 00:07:58,310 --> 00:08:07,320 You have to push them along or you have to push them on your own and solve them here on these two. 91 00:08:07,340 --> 00:08:13,370 And here we have two and two four holes to stick the ball using screws. 92 00:08:14,880 --> 00:08:15,390 That's it. 93 00:08:15,570 --> 00:08:21,360 It's very similar to arguing a when it comes to the pens and how to interact and deal with them. 94 00:08:21,810 --> 00:08:25,200 But it has a lot of power, much more functionality. 95 00:08:25,770 --> 00:08:31,170 This is why I recommend using it and the Wi-Fi functionality is straightforward. 96 00:08:31,170 --> 00:08:39,060 You can simply open up Arduino examples and open Wi-Fi example and start programming this ball. 97 00:08:39,450 --> 00:08:47,100 But again, you have to download the software library that is compatible with this port and attach it 98 00:08:47,100 --> 00:08:47,790 to Arduino. 99 00:08:48,150 --> 00:08:53,310 All of these things are explained in the course, so you don't have to worry about anything. 100 00:08:53,580 --> 00:08:55,090 This is the world that we are going to use. 101 00:08:55,110 --> 00:08:56,940 You can use any other sport. 102 00:08:57,330 --> 00:08:59,820 Same things apply for all of the ports. 103 00:09:00,810 --> 00:09:08,610 Just a little bit different when it comes to the print out and main characteristics like, let's say, 104 00:09:09,180 --> 00:09:17,550 the crystal and the Sibiu speed, the RAM, the amount of available memory, the amount of available 105 00:09:17,550 --> 00:09:18,120 pins. 106 00:09:19,260 --> 00:09:28,350 Other than that, I think that this board is the future of Internet of Things and everyone is now using 107 00:09:28,350 --> 00:09:28,470 it. 108 00:09:28,470 --> 00:09:32,460 So it's a trending thing, and I think that you should learn it now. 109 00:09:32,970 --> 00:09:39,560 In the coming lessons, we are going to also explain how to control separated bins, digital pins, 110 00:09:40,050 --> 00:09:45,920 analog pins and how this board has internal touch sensors. 111 00:09:45,930 --> 00:09:49,290 So you learn also how to use the internal touch sensors. 112 00:09:49,620 --> 00:09:55,380 You will learn how to control servo motors, how to speed up your arm signals and other stuff. 113 00:09:56,160 --> 00:09:56,730 Stay tuned. 114 00:09:56,760 --> 00:09:57,750 Thanks for watching. 115 00:09:58,380 --> 00:10:01,050 This is Ashraf from educational engineering team.