WEBVTT 00:00.110 --> 00:05.030 Here is the list of materials you will need if you want to complete 100% of this course. 00:05.030 --> 00:11.330 You can also download a PDF containing all the information as an additional resource to this video. 00:11.330 --> 00:14.720 So first of course you will need a Raspberry Pi board. 00:14.750 --> 00:17.750 Now which Raspberry Pi board should you use for this course? 00:17.750 --> 00:23.090 I have good news for you, even if this course is targeted towards the Raspberry Pi five, while in 00:23.090 --> 00:28.970 fact you can also use Raspberry Pi four three and the two versions, everything will be the same. 00:28.970 --> 00:35.240 Also, no need to worry about the additional letters in the Raspberry Pi version such as B, B+, etc. 00:35.270 --> 00:41.090 everything will work so you can use the Raspberry Pi operating system on all those boards, and the 00:41.090 --> 00:43.580 Gpio panel is also identical. 00:43.580 --> 00:48.560 So if you have a Raspberry Pi four, for example, don't worry because this course will work for you 00:48.560 --> 00:51.200 as well, only for the Raspberry Pi two. 00:51.230 --> 00:57.080 You will need a USB WiFi dongle because Wi-Fi was not already integrated on the board. 00:57.080 --> 01:02.090 And if you get the Raspberry Pi five and also Raspberry Pi four, you will be able to choose different 01:02.090 --> 01:07.230 configurations for the Ram two, four, or eight gigabytes, the more the better. 01:07.230 --> 01:09.330 But of course, it becomes more expensive. 01:09.360 --> 01:11.130 Two gigabytes is fine. 01:11.130 --> 01:16.650 I personally use the four gigabyte version for this course, and it works great for all my projects. 01:16.680 --> 01:22.470 Unless you plan on executing high demanding programs, eight gigabytes is something you probably don't 01:22.470 --> 01:23.310 need right now. 01:23.310 --> 01:25.800 Then you need a power supply for your pipe. 01:25.830 --> 01:30.330 If you buy your Raspberry Pi inside a kit, you should already have one. 01:30.330 --> 01:32.580 If not, then you will need to get one. 01:32.580 --> 01:38.040 As each version of the Raspberry Pi requires more and more power, I would recommend just getting the 01:38.040 --> 01:40.770 official power supply for Raspberry Pi five. 01:40.800 --> 01:45.330 The voltage is 5.1V and it delivers five amps. 01:45.330 --> 01:51.480 You could also try to use a phone charger with a similar power and see if it works well or not. 01:51.480 --> 01:57.120 But one thing you should definitely avoid doing is to power on your Raspberry Pi directly from your 01:57.120 --> 01:57.660 computer. 01:57.660 --> 02:03.180 With a USB cable, you will see the LED on the Raspberry Pi, but the current won't be enough for the 02:03.180 --> 02:06.780 board to run well, and you can expect all sorts of issues. 02:06.780 --> 02:13.020 So either use a power supply specifically designed for Raspberry Pi, or use a very good phone charger 02:13.020 --> 02:15.780 with at least five volts and three amp. 02:15.780 --> 02:19.410 If the phone charger is not enough, you will need to get another power supply. 02:19.440 --> 02:25.410 Now, the third and final part you need, if you just want to run your Raspberry Pi solo, is a microSD 02:25.410 --> 02:25.830 card. 02:25.830 --> 02:31.650 When choosing which microSD card you want to use, there are two important factors the class of the 02:31.650 --> 02:33.900 SD card and the storage capacity. 02:33.930 --> 02:39.240 First, make sure that you get a card with class ten and not lower than that. 02:39.240 --> 02:41.550 The class ten symbol should look like this. 02:41.730 --> 02:43.620 It's a ten inside a circle. 02:43.620 --> 02:48.270 If you have a card with less than ten, it will probably be too slow for your Pi. 02:48.300 --> 02:51.780 Some of the new SD cards are even more powerful and fast. 02:51.780 --> 02:54.900 For example, this Extreme Pro microSD card. 02:54.900 --> 02:59.010 And here you can see we have a number three inside a U shape. 02:59.010 --> 03:04.380 I won't go into much details about that, but if you see that symbol, that's also very good option. 03:04.380 --> 03:11.580 Now about the storage capacity of the SD card, I recommend you to get at least 16GB of storage so you 03:11.580 --> 03:16.410 can install the operating system and have some room for extra files or programs. 03:16.410 --> 03:18.150 And why not 32GB? 03:18.150 --> 03:21.780 If you know that, you will have to store bigger files on your Raspberry Pi. 03:21.810 --> 03:27.660 So with the Raspberry Pi, the power supply, and the microSD card, you can already install the Raspberry 03:27.660 --> 03:29.070 Pi operating system. 03:29.070 --> 03:34.200 You can learn Python and follow most of the course if you want to get everything I have listed so far 03:34.200 --> 03:38.430 in one kit, you can buy what's called a Raspberry Pi Starter kit. 03:38.460 --> 03:40.530 There are all sorts of starter kits. 03:40.530 --> 03:46.230 For example, here is the one I'm using which includes a Raspberry Pi five, the official power supply, 03:46.260 --> 03:50.100 a micro SD card, and even a case plus additional cables. 03:50.130 --> 03:56.100 Now, if you also want to be able to create the hardware circuits and do the activities related to Gpio, 03:56.250 --> 04:03.000 you will also need the following a breadboard a set of wires that can connect to the breadboard, and 04:03.000 --> 04:04.260 the Raspberry Pi's Gpio. 04:04.560 --> 04:10.650 You will need male to female wires, male to male wires, and also female to female wires. 04:10.680 --> 04:12.510 A set of resistors. 04:12.510 --> 04:17.860 We will use one kilo ohm resistors in this course, but if you don't have those, you can also get 330 04:17.860 --> 04:20.980 or 470 ohm resistors. 04:20.980 --> 04:23.410 I will give more details about that during the course. 04:23.530 --> 04:28.840 Usually the best thing to do with resistors is just to get a complete set with many different values, 04:28.840 --> 04:30.250 as it's quite cheap. 04:30.250 --> 04:33.460 Then you will need three LEDs with the color that you want. 04:33.490 --> 04:39.640 It doesn't really matter and a pushbutton with four legs like this one for all those components. 04:39.640 --> 04:43.360 So the breadboard, the wires, the resistors, LEDs and push button. 04:43.360 --> 04:47.020 Usually you can easily find kits that contain everything. 04:47.020 --> 04:50.530 For example you can search for breadboard kits on the internet. 04:50.530 --> 04:57.190 Also, if you maybe have already worked with Arduino and have an Arduino kit, you will get all those 04:57.190 --> 04:58.300 components in it. 04:58.300 --> 05:01.960 So with that you can do almost all sections in this course. 05:01.990 --> 05:08.590 Now for two sections at the end and for the final project, you will also need a Pir sensor which is 05:08.590 --> 05:10.450 a passive infrared sensor. 05:10.480 --> 05:12.190 Here is the reference number. 05:12.190 --> 05:14.350 I suggest you buy a set of 2 or 3. 05:14.350 --> 05:16.180 Usually it's almost the same price. 05:16.180 --> 05:22.120 Whether you buy 1 or 3, it will be especially useful to have more than one if you buy the cheap ones, 05:22.390 --> 05:27.420 where there is a higher chance of getting a sensor that doesn't work properly and you will need the 05:27.420 --> 05:28.680 Raspberry Pi camera. 05:28.710 --> 05:31.110 Note that you have two models for the camera. 05:31.140 --> 05:36.240 The standard one with a green board and the newer version with a black board. 05:36.450 --> 05:42.210 The black version is perfect for working in the dark, but won't produce good looking pictures in daylight 05:42.210 --> 05:44.370 compared to the standard green version. 05:44.370 --> 05:49.050 So for this course I will be using the standard one, and this is the one I recommend. 05:49.050 --> 05:54.780 If you are getting started and you don't have a specific project that requires you to work in the dark. 05:54.810 --> 05:59.340 Also, there are a few versions named v1, v2, and v3. 05:59.370 --> 06:05.340 Of course the later the better, but all versions will work the same, so don't worry if you already 06:05.340 --> 06:08.460 have an older Raspberry Pi camera, you can keep that one. 06:08.460 --> 06:14.100 And finally, if you have a Raspberry Pi five, you will probably also need a cable adaptor for that 06:14.100 --> 06:20.160 camera, as the port on the board is slightly smaller and I will give more details about that on the 06:20.160 --> 06:21.330 camera section. 06:21.330 --> 06:23.340 Well, that's it for the list of parts. 06:23.370 --> 06:28.740 Now, if you already have a Raspberry Pi, you can start the course right now while waiting for the 06:28.740 --> 06:30.210 other parts to arrive.