1 00:00:00,690 --> 00:00:03,090 SB 32 Development Board. 2 00:00:07,130 --> 00:00:15,250 The SB 32 is a low cost system on chip series created by express systems. 3 00:00:15,560 --> 00:00:24,740 It's an improvement on the popular SB eight two six six that is widely used in Internet of Things projects. 4 00:00:25,820 --> 00:00:34,070 They, SB 32, has both Wi-Fi and Bluetooth capabilities, which make it an all rounder chip for the 5 00:00:34,070 --> 00:00:38,870 development of Internet of Things project and embedded systems engineer. 6 00:00:42,470 --> 00:00:50,090 Now, in this course, you will learn how to get started with that iOS P32 and learn how to use it to 7 00:00:50,090 --> 00:00:59,870 scan Wi-Fi hotspots, control LEDs, buttons, sensors or get sensors reading on our page along with 8 00:00:59,870 --> 00:01:01,040 other examples. 9 00:01:02,000 --> 00:01:08,510 This course will equip you with the basic knowledge that you will need when working on your ISP. 10 00:01:08,510 --> 00:01:10,790 32 projects in the future. 11 00:01:12,950 --> 00:01:21,360 Now, some of the main specifications for the ESB said it all when it comes to the chip specifications. 12 00:01:21,380 --> 00:01:26,600 You will find that it has a dual core, which means that it has two processors. 13 00:01:27,200 --> 00:01:35,690 It also has Wi-Fi and Bluetooth built, and you don't have to plug in any use B dongle to enable Wi-Fi 14 00:01:35,690 --> 00:01:36,680 or get a module. 15 00:01:37,340 --> 00:01:39,410 It runs 32 bit programs. 16 00:01:40,070 --> 00:01:51,230 The clock frequency can go up to 240 megahertz, and it has 512 kilobytes from this particular board. 17 00:01:51,230 --> 00:01:56,030 Has 30 or 36 pins, 15 in each row. 18 00:01:56,630 --> 00:02:04,490 It also has wide variety of peripherals available, like capacitive touch sensors and a digital converter 19 00:02:05,690 --> 00:02:14,390 digital analog converter, universal asynchronous serial communication modules, USB, I, I, Square 20 00:02:14,390 --> 00:02:15,970 C, and much more. 21 00:02:17,330 --> 00:02:25,820 This board comes with built in hall effect sensor and built and temperature sensor, so this board is 22 00:02:25,820 --> 00:02:29,930 all what you need to get started in no time in the Internet of Things world. 23 00:02:30,980 --> 00:02:37,610 Now, to start programming the sport, you need a software or a programming environment. 24 00:02:40,390 --> 00:02:47,170 You can simply use the original I.D., which we are going to do and this course, it's a very easy to 25 00:02:47,170 --> 00:02:50,490 use software and most people are familiar with it. 26 00:02:50,500 --> 00:02:56,920 And if you even if you are not familiar, it's the easiest software to use when you want to program. 27 00:02:57,100 --> 00:03:03,310 Yes, Barry Bonds, there is also a software explosive IDF software. 28 00:03:03,790 --> 00:03:08,980 It's basically an Internet of Things development framework that they provide for their boards. 29 00:03:09,550 --> 00:03:13,180 There is also micro Python, JavaScript or law. 30 00:03:14,140 --> 00:03:17,410 The ones that we are going to use in this course is our digital I.D. 31 00:03:17,650 --> 00:03:25,210 It requires some adjustments to install the ISP library, but everything will be explained in details 32 00:03:25,750 --> 00:03:27,490 in a separate section. 33 00:03:28,000 --> 00:03:35,710 What you will learn how to download and install the required libraries for different sports and the 34 00:03:35,710 --> 00:03:39,940 right steps to do so now to prepare your board. 35 00:03:41,520 --> 00:03:48,060 For the other, we know already there is an Add-On for the Arduino I.D. that allows you to program the 36 00:03:48,060 --> 00:03:56,520 ISP 32 using that platform, the very same platform that you can use to program Arduino can also be 37 00:03:56,520 --> 00:03:58,350 used to program ISP. 38 00:03:59,850 --> 00:04:07,440 Using Arduino programming language, so it's out of the box and ready for you to use. 39 00:04:07,740 --> 00:04:15,090 And the next lesson we are going to explain the SPCA is to point out how many bands out there, how 40 00:04:15,090 --> 00:04:23,850 to recognize each bean function and which band to use when you want to connect input output, P.W. signal 41 00:04:24,270 --> 00:04:25,080 or sensor. 42 00:04:25,920 --> 00:04:27,240 Thanks for watching this lesson. 43 00:04:27,450 --> 00:04:29,850 This is Ashar from educational engineering team.