Raspberry Pi 5 Tutorial for Beginners 2H30 [Crash Course]

0:00 hey everyone and welcome to this

0:01 hey everyone and welcome to this

0:01 hey everyone and welcome to this tutorial series on Raspberry Pi for

0:03 tutorial series on Raspberry Pi for

0:03 tutorial series on Raspberry Pi for complete beginners the video you're

0:05 complete beginners the video you're

0:05 complete beginners the video you're watching now is actually the complete

0:07 watching now is actually the complete

0:07 watching now is actually the complete series that I have put together in just

0:10 series that I have put together in just

0:10 series that I have put together in just one big video in this series you will

0:12 one big video in this series you will

0:12 one big video in this series you will get started with Raspberry Pi step by

0:15 get started with Raspberry Pi step by

0:15 get started with Raspberry Pi step by step in a practical way if you don't

0:17 step in a practical way if you don't

0:17 step in a practical way if you don't know anything about Raspberry Pi this

0:19 know anything about Raspberry Pi this

0:19 know anything about Raspberry Pi this tutorial series is for you and if you

0:22 tutorial series is for you and if you

0:22 tutorial series is for you and if you already familiar with the board but you

0:24 already familiar with the board but you

0:24 already familiar with the board but you feel like you could need a quick

0:25 feel like you could need a quick

0:25 feel like you could need a quick refresher of the basics while the

0:27 refresher of the basics while the

0:27 refresher of the basics while the tutorials are also going to be super

0:29 tutorials are also going to be super

0:30 tutorials are also going to be super helpful in this series you will set up

0:32 helpful in this series you will set up

0:32 helpful in this series you will set up your Raspberry Pi without even needing

0:34 your Raspberry Pi without even needing

0:34 your Raspberry Pi without even needing an external monitor you will learn how

0:36 an external monitor you will learn how

0:36 an external monitor you will learn how to use the gpio header to control

0:39 to use the gpio header to control

0:39 to use the gpio header to control Hardware components how to create a web

0:41 Hardware components how to create a web

0:41 Hardware components how to create a web server hosted on the Raspberry Pi and

0:44 server hosted on the Raspberry Pi and

0:44 server hosted on the Raspberry Pi and much more and just before we get started

0:47 much more and just before we get started

0:47 much more and just before we get started this tutorial series is actually a free

0:49 this tutorial series is actually a free

0:49 this tutorial series is actually a free extract of a much longer Raspberry Pi

0:51 extract of a much longer Raspberry Pi

0:51 extract of a much longer Raspberry Pi course which contains more than 10 hours

0:54 course which contains more than 10 hours

0:54 course which contains more than 10 hours of content and many more projects if

0:57 of content and many more projects if

0:57 of content and many more projects if you're interested check out the link in

0:59 you're interested check out the link in

0:59 you're interested check out the link in the description and now let's get

1:01 the description and now let's get

1:01 the description and now let's get started with the series in this first

1:03 started with the series in this first

1:03 started with the series in this first step you are going to understand what

1:05 step you are going to understand what

1:05 step you are going to understand what Raspberry Pi is exactly let's

1:10 start what is a Raspberry Pi and what

1:13 start what is a Raspberry Pi and what

1:13 start what is a Raspberry Pi and what can you do with it the Raspberry Pi is a

1:15 can you do with it the Raspberry Pi is a

1:15 can you do with it the Raspberry Pi is a very small computer almost the size of a

1:17 very small computer almost the size of a

1:17 very small computer almost the size of a credit card but it is quite powerful and

1:20 credit card but it is quite powerful and

1:20 credit card but it is quite powerful and it can run a lot of applications so what

1:23 it can run a lot of applications so what

1:23 it can run a lot of applications so what can you do with this board here are some

1:25 can you do with this board here are some

1:25 can you do with this board here are some examples of projects that you can easily

1:27 examples of projects that you can easily

1:27 examples of projects that you can easily do with a Raspberry Pi you could

1:29 do with a Raspberry Pi you could

1:29 do with a Raspberry Pi you could automate your your home make your

1:31 automate your your home make your

1:31 automate your your home make your personal devices Smarter with iot or

1:33 personal devices Smarter with iot or

1:33 personal devices Smarter with iot or Internet of things you can also build a

1:36 Internet of things you can also build a

1:36 Internet of things you can also build a retro gaming console create a security

1:39 retro gaming console create a security

1:39 retro gaming console create a security or an alarm system host a server for a

1:42 or an alarm system host a server for a

1:42 or an alarm system host a server for a web or mobile application you can even

1:44 web or mobile application you can even

1:45 web or mobile application you can even run a Minecraft server on your P you can

1:48 run a Minecraft server on your P you can

1:48 run a Minecraft server on your P you can also program robots such as robotic arms

1:50 also program robots such as robotic arms

1:50 also program robots such as robotic arms drones hexapods mobile robots Etc you

1:53 drones hexapods mobile robots Etc you

1:54 drones hexapods mobile robots Etc you can create a smart mirror install

1:56 can create a smart mirror install

1:56 can create a smart mirror install different operating systems for example

1:58 different operating systems for example

1:58 different operating systems for example raspberry pios you to Windows iot and

2:01 raspberry pios you to Windows iot and

2:01 raspberry pios you to Windows iot and much more or simply use the Raspberry Pi

2:04 much more or simply use the Raspberry Pi

2:04 much more or simply use the Raspberry Pi as your own portable computer and of

2:06 as your own portable computer and of

2:06 as your own portable computer and of course this list is far from being

2:08 course this list is far from being

2:08 course this list is far from being exhaustive you can find many more

2:11 exhaustive you can find many more

2:11 exhaustive you can find many more projects online and you can also get

2:13 projects online and you can also get

2:13 projects online and you can also get inspired to create your own custom

2:15 inspired to create your own custom

2:15 inspired to create your own custom projects one great thing about Raspberry

2:18 projects one great thing about Raspberry

2:18 projects one great thing about Raspberry Pi is the community so what does the

2:21 Pi is the community so what does the

2:21 Pi is the community so what does the community aspect bring to you well you

2:23 community aspect bring to you well you

2:23 community aspect bring to you well you can easily see what other people do with

2:25 can easily see what other people do with

2:25 can easily see what other people do with their Raspberry Pi you can ask your

2:27 their Raspberry Pi you can ask your

2:27 their Raspberry Pi you can ask your questions get some help from Advan users

2:30 questions get some help from Advan users

2:30 questions get some help from Advan users and you can also collaborate with other

2:32 and you can also collaborate with other

2:32 and you can also collaborate with other people on similar projects and progress

2:35 people on similar projects and progress

2:35 people on similar projects and progress together Raspberry Pi was created by the

2:38 together Raspberry Pi was created by the

2:38 together Raspberry Pi was created by the Raspberry Pi Foundation the goal of the

2:40 Raspberry Pi Foundation the goal of the

2:40 Raspberry Pi Foundation the goal of the foundation is to make computers and

2:42 foundation is to make computers and

2:42 foundation is to make computers and digital making available for as many

2:44 digital making available for as many

2:44 digital making available for as many people as possible for about $50 you can

2:48 people as possible for about $50 you can

2:48 people as possible for about $50 you can get a Raspberry Pi board and the

2:49 get a Raspberry Pi board and the

2:49 get a Raspberry Pi board and the complete setup to run it would not be

2:52 complete setup to run it would not be

2:52 complete setup to run it would not be that much more expensive now let's talk

2:54 that much more expensive now let's talk

2:54 that much more expensive now let's talk about the different versions that you

2:55 about the different versions that you

2:55 about the different versions that you can find the first Raspberry Pi board

2:58 can find the first Raspberry Pi board

2:58 can find the first Raspberry Pi board was released in 200 12 then the

3:01 was released in 200 12 then the

3:01 was released in 200 12 then the foundation continued to develop new

3:03 foundation continued to develop new

3:03 foundation continued to develop new iterations to make the board more

3:04 iterations to make the board more

3:05 iterations to make the board more powerful add more functionalities make

3:07 powerful add more functionalities make

3:07 powerful add more functionalities make it easier to use and develop the

3:09 it easier to use and develop the

3:09 it easier to use and develop the community in 2015 the Raspberry Pi 2 was

3:13 community in 2015 the Raspberry Pi 2 was

3:13 community in 2015 the Raspberry Pi 2 was released with much more computation

3:15 released with much more computation

3:15 released with much more computation power than the first one then the

3:17 power than the first one then the

3:17 power than the first one then the Raspberry Pi 3 came in 2016 with again

3:20 Raspberry Pi 3 came in 2016 with again

3:20 Raspberry Pi 3 came in 2016 with again more computation power and this time the

3:22 more computation power and this time the

3:23 more computation power and this time the Wi-Fi feature was directly integrated

3:25 Wi-Fi feature was directly integrated

3:25 Wi-Fi feature was directly integrated inside the board so you don't have to

3:27 inside the board so you don't have to

3:27 inside the board so you don't have to use a Wi-Fi USB dongle anymore in 2019

3:31 use a Wi-Fi USB dongle anymore in 2019

3:31 use a Wi-Fi USB dongle anymore in 2019 the Raspberry Pi 4 was released better

3:33 the Raspberry Pi 4 was released better

3:34 the Raspberry Pi 4 was released better performance than the version three a few

3:36 performance than the version three a few

3:36 performance than the version three a few changes in the external connectors to

3:38 changes in the external connectors to

3:38 changes in the external connectors to make it compatible with modern

3:39 make it compatible with modern

3:39 make it compatible with modern applications and an increased amount of

3:42 applications and an increased amount of

3:42 applications and an increased amount of RAM and finally we have the Raspberry Pi

3:45 RAM and finally we have the Raspberry Pi

3:45 RAM and finally we have the Raspberry Pi 5 released in 2023 twice as powerful as

3:49 5 released in 2023 twice as powerful as

3:49 5 released in 2023 twice as powerful as the version 4 an additional fan and

3:51 the version 4 an additional fan and

3:51 the version 4 an additional fan and Camera connectors and a few differences

3:54 Camera connectors and a few differences

3:54 Camera connectors and a few differences in the architecture that makes it even

3:56 in the architecture that makes it even

3:56 in the architecture that makes it even better the Raspberry p board up to

3:58 better the Raspberry p board up to

3:58 better the Raspberry p board up to version three only had 1 gab of ram

4:02 version three only had 1 gab of ram

4:02 version three only had 1 gab of ram which was already quite good at the time

4:04 which was already quite good at the time

4:04 which was already quite good at the time now for the Raspberry Pi 4 and 5 you can

4:06 now for the Raspberry Pi 4 and 5 you can

4:06 now for the Raspberry Pi 4 and 5 you can choose between 2 GB 4 GB and even 8 GB

4:10 choose between 2 GB 4 GB and even 8 GB

4:10 choose between 2 GB 4 GB and even 8 GB of RAM which is becoming quite huge now

4:14 of RAM which is becoming quite huge now

4:14 of RAM which is becoming quite huge now what can you find on the board so in the

4:16 what can you find on the board so in the

4:17 what can you find on the board so in the middle you can see lots of components

4:19 middle you can see lots of components

4:19 middle you can see lots of components those are the CPU the ram the Wi-Fi and

4:21 those are the CPU the ram the Wi-Fi and

4:21 those are the CPU the ram the Wi-Fi and Bluetooth chips and all other components

4:24 Bluetooth chips and all other components

4:24 Bluetooth chips and all other components required to make the Raspberry Pi work

4:26 required to make the Raspberry Pi work

4:27 required to make the Raspberry Pi work now let's focus on the connectors you

4:29 now let's focus on the connectors you

4:29 now let's focus on the connectors you have four USB ports including two USB 3

4:32 have four USB ports including two USB 3

4:32 have four USB ports including two USB 3 in blue one ethernet port with gigabit

4:35 in blue one ethernet port with gigabit

4:35 in blue one ethernet port with gigabit Ethernet one USBC ports to power on the

4:38 Ethernet one USBC ports to power on the

4:38 Ethernet one USBC ports to power on the board two micro HDMI ports with 4K video

4:42 board two micro HDMI ports with 4K video

4:42 board two micro HDMI ports with 4K video support for two external displays you

4:44 support for two external displays you

4:45 support for two external displays you also have two ports that can be used for

4:47 also have two ports that can be used for

4:47 also have two ports that can be used for either a camera or a display module a

4:50 either a camera or a display module a

4:50 either a camera or a display module a PCI port a 40 pins or GP header that we

4:54 PCI port a 40 pins or GP header that we

4:54 PCI port a 40 pins or GP header that we will use a lot during this course to

4:56 will use a lot during this course to

4:56 will use a lot during this course to control different Hardware components

4:58 control different Hardware components

4:58 control different Hardware components with Python program gpio means general

5:01 with Python program gpio means general

5:01 with Python program gpio means general purpose input output this header is the

5:04 purpose input output this header is the

5:04 purpose input output this header is the same for the Raspberry Pi 2B 3B

5:06 same for the Raspberry Pi 2B 3B

5:06 same for the Raspberry Pi 2B 3B Raspberry Pi 4 and Raspberry Pi 5 you

5:09 Raspberry Pi 4 and Raspberry Pi 5 you

5:09 Raspberry Pi 4 and Raspberry Pi 5 you also have one fan connector here which

5:11 also have one fan connector here which

5:11 also have one fan connector here which is new on Raspberry Pi 5 and I'm going

5:14 is new on Raspberry Pi 5 and I'm going

5:14 is new on Raspberry Pi 5 and I'm going to finish with the back here with the

5:15 to finish with the back here with the

5:15 to finish with the back here with the slot for the micro SD card in which you

5:18 slot for the micro SD card in which you

5:18 slot for the micro SD card in which you will install the operating system all

5:21 will install the operating system all

5:21 will install the operating system all right now you should have a slightly

5:22 right now you should have a slightly

5:22 right now you should have a slightly better idea of what the Raspberry Pi is

5:25 better idea of what the Raspberry Pi is

5:25 better idea of what the Raspberry Pi is what's its purpose and the applications

5:27 what's its purpose and the applications

5:27 what's its purpose and the applications you can do with it when learning about a

5:29 you can do with it when learning about a

5:29 you can do with it when learning about a new technology it's always a good idea

5:32 new technology it's always a good idea

5:32 new technology it's always a good idea to try to understand the big picture

5:37 first welcome back this is episode

5:39 first welcome back this is episode

5:39 first welcome back this is episode number two of this tutorial series on

5:42 number two of this tutorial series on

5:42 number two of this tutorial series on Raspberry Pi for complete beginners the

5:44 Raspberry Pi for complete beginners the

5:44 Raspberry Pi for complete beginners the very first step before using the

5:46 very first step before using the

5:46 very first step before using the raspberry pi is to flash an operating

5:48 raspberry pi is to flash an operating

5:48 raspberry pi is to flash an operating system on the SD card you have and do

5:50 system on the SD card you have and do

5:50 system on the SD card you have and do some configuration in this lesson I will

5:52 some configuration in this lesson I will

5:53 some configuration in this lesson I will show you how you can easily install the

5:54 show you how you can easily install the

5:54 show you how you can easily install the Raspberry Pi OS on your micro SD card

5:58 Raspberry Pi OS on your micro SD card

5:58 Raspberry Pi OS on your micro SD card but also how to set up the Wi-Fi I and

6:00 but also how to set up the Wi-Fi I and

6:00 but also how to set up the Wi-Fi I and an SSH connection so we can get access

6:03 an SSH connection so we can get access

6:03 an SSH connection so we can get access to the p and first of all you can go to

6:05 to the p and first of all you can go to

6:05 to the p and first of all you can go to the raspberry pie.com website here okay

6:09 the raspberry pie.com website here okay

6:09 the raspberry pie.com website here okay and you will click on software so slash

6:12 and you will click on software so slash

6:12 and you will click on software so slash software in the URL you can easily find

6:14 software in the URL you can easily find

6:14 software in the URL you can easily find this page we are going to download so

6:17 this page we are going to download so

6:17 this page we are going to download so we're going to install Raspberry Pi OS

6:19 we're going to install Raspberry Pi OS

6:19 we're going to install Raspberry Pi OS but to install that on the SD card we

6:21 but to install that on the SD card we

6:21 but to install that on the SD card we are going to download the Raspberry Pi

6:23 are going to download the Raspberry Pi

6:23 are going to download the Raspberry Pi major software okay so here I am on

6:26 major software okay so here I am on

6:26 major software okay so here I am on Windows I'm going to click on download

6:28 Windows I'm going to click on download

6:28 Windows I'm going to click on download for Windows if you are on MOS or you to

6:31 for Windows if you are on MOS or you to

6:31 for Windows if you are on MOS or you to you're going to click on those buttons

6:33 you're going to click on those buttons

6:33 you're going to click on those buttons here so download for Windows let's wait

6:36 here so download for Windows let's wait

6:36 here so download for Windows let's wait a bit so that it's downloaded and now we

6:38 a bit so that it's downloaded and now we

6:38 a bit so that it's downloaded and now we can install

6:40 can install

6:40 can install it so let's install it so you might have

6:44 it so let's install it so you might have

6:44 it so let's install it so you might have a popup you click on yes and then let's

6:49 a popup you click on yes and then let's

6:49 a popup you click on yes and then let's install okay and when it's done you can

6:51 install okay and when it's done you can

6:51 install okay and when it's done you can just run it so on

6:54 just run it so on

6:54 just run it so on not and then if you just search on

6:58 not and then if you just search on

6:58 not and then if you just search on the um but here search Raspberry p major

7:01 the um but here search Raspberry p major

7:01 the um but here search Raspberry p major you can easily find it the first time I

7:04 you can easily find it the first time I

7:04 you can easily find it the first time I have to press yes I have a popup so that

7:07 have to press yes I have a popup so that

7:07 have to press yes I have a popup so that I can allow the software to run with the

7:09 I can allow the software to run with the

7:09 I can allow the software to run with the correct permissions okay and that's the

7:12 correct permissions okay and that's the

7:12 correct permissions okay and that's the Raspberry Pi Im maor so I have installed

7:15 Raspberry Pi Im maor so I have installed

7:15 Raspberry Pi Im maor so I have installed the

7:16 the

7:16 the 1.8.5 here you don't necessarily need to

7:19 1.8.5 here you don't necessarily need to

7:19 1.8.5 here you don't necessarily need to have the exact same version but make

7:21 have the exact same version but make

7:21 have the exact same version but make sure that you have at least

7:24 sure that you have at least

7:24 sure that you have at least 1.8 now and before you do anything with

7:26 1.8 now and before you do anything with

7:26 1.8 now and before you do anything with the SD card make sure first that your

7:30 the SD card make sure first that your

7:30 the SD card make sure first that your computer here is connected to the Wi-Fi

7:32 computer here is connected to the Wi-Fi

7:32 computer here is connected to the Wi-Fi network you want to use for your

7:34 network you want to use for your

7:34 network you want to use for your Raspberry Pi so here what I've done is I

7:36 Raspberry Pi so here what I've done is I

7:36 Raspberry Pi so here what I've done is I have set my smartphone as a hotspot okay

7:40 have set my smartphone as a hotspot okay

7:40 have set my smartphone as a hotspot okay and I have named the network your Wi-Fi

7:42 and I have named the network your Wi-Fi

7:42 and I have named the network your Wi-Fi network to make it easier for the course

7:45 network to make it easier for the course

7:45 network to make it easier for the course so this is the network that I'm using

7:47 so this is the network that I'm using

7:47 so this is the network that I'm using for this computer and that I'm going to

7:49 for this computer and that I'm going to

7:49 for this computer and that I'm going to set also for the Raspberry Pi okay very

7:52 set also for the Raspberry Pi okay very

7:52 set also for the Raspberry Pi okay very important to have the same because if

7:54 important to have the same because if

7:55 important to have the same because if your Raspberry Pi is not in the same

7:56 your Raspberry Pi is not in the same

7:56 your Raspberry Pi is not in the same network as your computer you simply

7:58 network as your computer you simply

7:58 network as your computer you simply won't be able to find find it okay so

8:00 won't be able to find find it okay so

8:00 won't be able to find find it okay so first make sure that this is the Wi-Fi

8:02 first make sure that this is the Wi-Fi

8:02 first make sure that this is the Wi-Fi network you want to use for the

8:04 network you want to use for the

8:04 network you want to use for the Raspberry Pi and connect your computer

8:06 Raspberry Pi and connect your computer

8:06 Raspberry Pi and connect your computer to it then go back to the Raspberry p

8:09 to it then go back to the Raspberry p

8:09 to it then go back to the Raspberry p major and what you can do now is to

8:11 major and what you can do now is to

8:11 major and what you can do now is to insert the SD card into your computer so

8:14 insert the SD card into your computer so

8:14 insert the SD card into your computer so micro SD card maybe you need an adapter

8:17 micro SD card maybe you need an adapter

8:17 micro SD card maybe you need an adapter maybe you need so SD card adapter or USB

8:19 maybe you need so SD card adapter or USB

8:19 maybe you need so SD card adapter or USB adapter but put your SD card into your

8:22 adapter but put your SD card into your

8:22 adapter but put your SD card into your computer what we will do now is click on

8:25 computer what we will do now is click on

8:25 computer what we will do now is click on Raspberry p device choose device here

8:27 Raspberry p device choose device here

8:27 Raspberry p device choose device here and you will choose so here I'm using

8:29 and you will choose so here I'm using

8:29 and you will choose so here I'm using the Raspberry Pi five but if you were to

8:32 the Raspberry Pi five but if you were to

8:32 the Raspberry Pi five but if you were to use the Raspberry Pi 4 then you would

8:34 use the Raspberry Pi 4 then you would

8:34 use the Raspberry Pi 4 then you would click on that one okay and you can see

8:36 click on that one okay and you can see

8:36 click on that one okay and you can see you have other versions as well so I'm

8:38 you have other versions as well so I'm

8:38 you have other versions as well so I'm going to click on Raspberry Pi 5 because

8:41 going to click on Raspberry Pi 5 because

8:41 going to click on Raspberry Pi 5 because I'm installing Raspberry Pi OS on the

8:43 I'm installing Raspberry Pi OS on the

8:43 I'm installing Raspberry Pi OS on the five okay then you choose an operating

8:46 five okay then you choose an operating

8:46 five okay then you choose an operating system and we're going to choose simply

8:49 system and we're going to choose simply

8:49 system and we're going to choose simply the first one so raspberry pios we're

8:51 the first one so raspberry pios we're

8:51 the first one so raspberry pios we're going to take the 64bit here that's dbn

8:55 going to take the 64bit here that's dbn

8:55 going to take the 64bit here that's dbn bookor okay that I'm installing here so

8:58 bookor okay that I'm installing here so

8:58 bookor okay that I'm installing here so let's click on that one and then the

9:01 let's click on that one and then the

9:01 let's click on that one and then the storage is going to be the so you can

9:04 storage is going to be the so you can

9:04 storage is going to be the so you can see here the SD card so here I have 16

9:07 see here the SD card so here I have 16

9:07 see here the SD card so here I have 16 gab the SD card that you have just

9:09 gab the SD card that you have just

9:09 gab the SD card that you have just mounted on your computer all right once

9:11 mounted on your computer all right once

9:11 mounted on your computer all right once you have those three settings you can

9:14 you have those three settings you can

9:14 you have those three settings you can click on next and here before you click

9:17 click on next and here before you click

9:17 click on next and here before you click on yes would you like to apply

9:20 on yes would you like to apply

9:20 on yes would you like to apply customization settings you're going to

9:22 customization settings you're going to

9:22 customization settings you're going to click on edit

9:24 click on edit

9:24 click on edit settings and well let's go through all

9:27 settings and well let's go through all

9:27 settings and well let's go through all the settings that we need so so first I

9:30 the settings that we need so so first I

9:30 the settings that we need so so first I don't know if those maybe are not uh

9:32 don't know if those maybe are not uh

9:32 don't know if those maybe are not uh checked so you can check set host name

9:35 checked so you can check set host name

9:35 checked so you can check set host name um maybe just put Raspberry Pi okay so

9:37 um maybe just put Raspberry Pi okay so

9:37 um maybe just put Raspberry Pi okay so we have this that we can easily find on

9:40 we have this that we can easily find on

9:40 we have this that we can easily find on the network and a quick note is that if

9:42 the network and a quick note is that if

9:42 the network and a quick note is that if you are installing Raspberry Pi OS on a

9:44 you are installing Raspberry Pi OS on a

9:44 you are installing Raspberry Pi OS on a few Raspberry Pi boards maybe choose a

9:48 few Raspberry Pi boards maybe choose a

9:48 few Raspberry Pi boards maybe choose a different host name for each Bard but as

9:50 different host name for each Bard but as

9:50 different host name for each Bard but as for now we just have one let just keep

9:52 for now we just have one let just keep

9:52 for now we just have one let just keep it simple we name it Rasberry pie okay

9:55 it simple we name it Rasberry pie okay

9:55 it simple we name it Rasberry pie okay then you're going to set a username and

9:57 then you're going to set a username and

9:57 then you're going to set a username and a password this is very important this

10:00 a password this is very important this

10:00 a password this is very important this is the well this is the user you are

10:02 is the well this is the user you are

10:02 is the well this is the user you are going to use to connect to the Raspberry

10:04 going to use to connect to the Raspberry

10:04 going to use to connect to the Raspberry Pi so the username is going to be Pi by

10:07 Pi so the username is going to be Pi by

10:07 Pi so the username is going to be Pi by default you can just write this one and

10:09 default you can just write this one and

10:09 default you can just write this one and then the password let's just

10:12 then the password let's just

10:12 then the password let's just write a custom password here and make

10:15 write a custom password here and make

10:15 write a custom password here and make sure that so make sure that you write

10:17 sure that so make sure that you write

10:17 sure that so make sure that you write the correct password because if you make

10:20 the correct password because if you make

10:20 the correct password because if you make a typo here and then you try to connect

10:22 a typo here and then you try to connect

10:22 a typo here and then you try to connect to the Raspberry Pi well if the password

10:24 to the Raspberry Pi well if the password

10:24 to the Raspberry Pi well if the password doesn't match you will need to reinstall

10:26 doesn't match you will need to reinstall

10:26 doesn't match you will need to reinstall the OS again then you can click on

10:29 the OS again then you can click on

10:29 the OS again then you can click on configure uh the Wi-Fi and you can see

10:32 configure uh the Wi-Fi and you can see

10:32 configure uh the Wi-Fi and you can see here it has automatically detected your

10:35 here it has automatically detected your

10:35 here it has automatically detected your Wi-Fi network so that's the one that I'm

10:38 Wi-Fi network so that's the one that I'm

10:38 Wi-Fi network so that's the one that I'm connected to here okay and this is the

10:41 connected to here okay and this is the

10:41 connected to here okay and this is the one we're going to use for the Raspberry

10:42 one we're going to use for the Raspberry

10:42 one we're going to use for the Raspberry Pi um for the

10:46 password I'm just going to write the

10:48 password I'm just going to write the

10:48 password I'm just going to write the password just in case okay for this

10:51 password just in case okay for this

10:51 password just in case okay for this wi-fi network so make sure that you have

10:53 wi-fi network so make sure that you have

10:53 wi-fi network so make sure that you have the correct password okay you can also

10:54 the correct password okay you can also

10:54 the correct password okay you can also show the password so I have also named

10:56 show the password so I have also named

10:56 show the password so I have also named my password your password to make it

10:58 my password your password to make it

10:58 my password your password to make it easier all right so very important here

11:01 easier all right so very important here

11:01 easier all right so very important here so that the Raspberry Pi can connect to

11:03 so that the Raspberry Pi can connect to

11:03 so that the Raspberry Pi can connect to the Wi-Fi network and then you can go

11:05 the Wi-Fi network and then you can go

11:05 the Wi-Fi network and then you can go down and Set uh local settings okay with

11:10 down and Set uh local settings okay with

11:10 down and Set uh local settings okay with the time zone and if you have a keyboard

11:12 the time zone and if you have a keyboard

11:12 the time zone and if you have a keyboard layout that's different from a quert so

11:14 layout that's different from a quert so

11:14 layout that's different from a quert so us uh keyboard you can also check it

11:18 us uh keyboard you can also check it

11:18 us uh keyboard you can also check it here okay and once you have set all of

11:20 here okay and once you have set all of

11:20 here okay and once you have set all of that you can go to services and if it's

11:22 that you can go to services and if it's

11:22 that you can go to services and if it's disabled you enable SSH with password

11:25 disabled you enable SSH with password

11:25 disabled you enable SSH with password authentication that's all you need to do

11:28 authentication that's all you need to do

11:28 authentication that's all you need to do and then on options we don't have

11:30 and then on options we don't have

11:30 and then on options we don't have anything else to do you can just keep

11:31 anything else to do you can just keep

11:31 anything else to do you can just keep those options okay so to recap we have

11:35 those options okay so to recap we have

11:35 those options okay so to recap we have those four settings here with the H name

11:38 those four settings here with the H name

11:38 those four settings here with the H name the username password the Wi-Fi and the

11:40 the username password the Wi-Fi and the

11:40 the username password the Wi-Fi and the local plus the SSH okay those are the

11:43 local plus the SSH okay those are the

11:43 local plus the SSH okay those are the important settings then we click on Save

11:46 important settings then we click on Save

11:46 important settings then we click on Save and we click on yes to apply those

11:49 and we click on yes to apply those

11:49 and we click on yes to apply those custom settings and you can see that

11:52 custom settings and you can see that

11:52 custom settings and you can see that well all existing data will be erased

11:55 well all existing data will be erased

11:55 well all existing data will be erased okay so everything that's on yourd card

11:56 okay so everything that's on yourd card

11:56 okay so everything that's on yourd card will be erased and replaced by the

11:59 will be erased and replaced by the

11:59 will be erased and replaced by the operating system so make sure you don't

12:01 operating system so make sure you don't

12:01 operating system so make sure you don't have any file that's important that you

12:03 have any file that's important that you

12:03 have any file that's important that you want to keep okay so back up your SD

12:05 want to keep okay so back up your SD

12:05 want to keep okay so back up your SD card if you ever had some stuff on it

12:08 card if you ever had some stuff on it

12:08 card if you ever had some stuff on it and then you can click on yes this is

12:11 and then you can click on yes this is

12:11 and then you can click on yes this is going to write the OS on the SD card and

12:14 going to write the OS on the SD card and

12:14 going to write the OS on the SD card and also to verify it so it's going to take

12:16 also to verify it so it's going to take

12:16 also to verify it so it's going to take a few minutes you can take a coffee

12:18 a few minutes you can take a coffee

12:18 a few minutes you can take a coffee break and come back for the following of

12:20 break and come back for the following of

12:20 break and come back for the following of the

12:21 the

12:21 the installation so the writing is completed

12:24 installation so the writing is completed

12:24 installation so the writing is completed but now it's going to also verify so you

12:27 but now it's going to also verify so you

12:27 but now it's going to also verify so you have to wait a bit more

12:29 have to wait a bit more

12:30 have to wait a bit more all right and now the raspberry posos

12:31 all right and now the raspberry posos

12:31 all right and now the raspberry posos has been successfully flashed onto your

12:34 has been successfully flashed onto your

12:34 has been successfully flashed onto your SD card so you can see you can click on

12:37 SD card so you can see you can click on

12:37 SD card so you can see you can click on well continue and you can remove the SD

12:40 well continue and you can remove the SD

12:40 well continue and you can remove the SD card from your computer with the

12:43 card from your computer with the

12:43 card from your computer with the configuration from the last step when

12:45 configuration from the last step when

12:45 configuration from the last step when you boot your Raspberry Pi it should

12:46 you boot your Raspberry Pi it should

12:46 you boot your Raspberry Pi it should automatically try to connect to the

12:48 automatically try to connect to the

12:48 automatically try to connect to the Wi-Fi network that you have provided so

12:51 Wi-Fi network that you have provided so

12:51 Wi-Fi network that you have provided so that's what we're going to do now we're

12:52 that's what we're going to do now we're

12:52 that's what we're going to do now we're going to boot the Rasberry Pi so we have

12:54 going to boot the Rasberry Pi so we have

12:54 going to boot the Rasberry Pi so we have Raspberry Pi here so this is the

12:56 Raspberry Pi here so this is the

12:56 Raspberry Pi here so this is the Raspberry Pi 5 but it's going to be the

12:58 Raspberry Pi 5 but it's going to be the

12:58 Raspberry Pi 5 but it's going to be the same with the previous versions of the

13:00 same with the previous versions of the

13:00 same with the previous versions of the pi and I have the SD card and the first

13:03 pi and I have the SD card and the first

13:03 pi and I have the SD card and the first thing very important is make sure you

13:05 thing very important is make sure you

13:05 thing very important is make sure you don't power the Raspberry Pi okay when

13:08 don't power the Raspberry Pi okay when

13:08 don't power the Raspberry Pi okay when you're going to manipulate it with the

13:10 you're going to manipulate it with the

13:10 you're going to manipulate it with the SD card on the back of the raspberry pie

13:13 SD card on the back of the raspberry pie

13:13 SD card on the back of the raspberry pie you can see the SD card slot here so

13:16 you can see the SD card slot here so

13:16 you can see the SD card slot here so you're going to insert SD card right

13:19 you're going to insert SD card right

13:19 you're going to insert SD card right like

13:20 like

13:20 like this okay should fit easily and then

13:24 this okay should fit easily and then

13:24 this okay should fit easily and then well that's it and you can see the the

13:26 well that's it and you can see the the

13:26 well that's it and you can see the the car is going a bit on the outside here

13:29 car is going a bit on the outside here

13:29 car is going a bit on the outside here so be careful when you manipulate it

13:31 so be careful when you manipulate it

13:31 so be careful when you manipulate it okay because if you do something like

13:33 okay because if you do something like

13:33 okay because if you do something like this and you put pressure here you might

13:35 this and you put pressure here you might

13:35 this and you put pressure here you might uh destroy the card simply and then you

13:37 uh destroy the card simply and then you

13:37 uh destroy the card simply and then you have to buy a new card that happened to

13:39 have to buy a new card that happened to

13:39 have to buy a new card that happened to me quite a few times already so now I

13:42 me quite a few times already so now I

13:42 me quite a few times already so now I know how to not repeat this mistake then

13:45 know how to not repeat this mistake then

13:45 know how to not repeat this mistake then if you have a box so you might just use

13:48 if you have a box so you might just use

13:48 if you have a box so you might just use it like this but here you can see I have

13:51 it like this but here you can see I have

13:51 it like this but here you can see I have actually bought a raspberry pie with a

13:52 actually bought a raspberry pie with a

13:52 actually bought a raspberry pie with a case so if you have a case then what you

13:55 case so if you have a case then what you

13:55 case so if you have a case then what you can do is put the Raspberry Pi on the

13:57 can do is put the Raspberry Pi on the

13:57 can do is put the Raspberry Pi on the case I'm just going to remove the SD

13:59 case I'm just going to remove the SD

13:59 case I'm just going to remove the SD card okay so when you manipulate the

14:01 card okay so when you manipulate the

14:01 card okay so when you manipulate the Raspberry Pi better to remove it I'm

14:03 Raspberry Pi better to remove it I'm

14:03 Raspberry Pi better to remove it I'm going to put the Raspberry Pi

14:05 going to put the Raspberry Pi

14:05 going to put the Raspberry Pi here and uh you can see if you have a

14:08 here and uh you can see if you have a

14:08 here and uh you can see if you have a fan so I have a fan here there is a

14:11 fan so I have a fan here there is a

14:11 fan so I have a fan here there is a connector here on the Rasberry Pi so you

14:13 connector here on the Rasberry Pi so you

14:13 connector here on the Rasberry Pi so you have the gpio panel on the right you

14:15 have the gpio panel on the right you

14:15 have the gpio panel on the right you have a fan connector so I'm going to

14:17 have a fan connector so I'm going to

14:17 have a fan connector so I'm going to plug it this is just one way to plug it

14:20 plug it this is just one way to plug it

14:20 plug it this is just one way to plug it so you can't really go wrong with

14:26 this and when the fan is plug what just

14:30 this and when the fan is plug what just

14:30 this and when the fan is plug what just put the raspberry

14:31 put the raspberry

14:31 put the raspberry piie let's put the case like

14:35 piie let's put the case like

14:35 piie let's put the case like that okay and then let's put the SD car

14:39 that okay and then let's put the SD car

14:39 that okay and then let's put the SD car here all right and then what you can do

14:42 here all right and then what you can do

14:42 here all right and then what you can do is you can plug the Raspberry p so you

14:46 is you can plug the Raspberry p so you

14:46 is you can plug the Raspberry p so you can p on the raspberry pie so the case

14:48 can p on the raspberry pie so the case

14:49 can p on the raspberry pie so the case is not mandatory okay it's just because

14:50 is not mandatory okay it's just because

14:50 is not mandatory okay it's just because I have one so it's more practical and we

14:53 I have one so it's more practical and we

14:53 I have one so it's more practical and we have a fan okay so you can see it's more

14:56 have a fan okay so you can see it's more

14:56 have a fan okay so you can see it's more secure and then you're going to power on

14:59 secure and then you're going to power on

14:59 secure and then you're going to power on the uh rber P to do that don't just use

15:03 the uh rber P to do that don't just use

15:03 the uh rber P to do that don't just use a USB cable uh connected to your

15:06 a USB cable uh connected to your

15:06 a USB cable uh connected to your computer because that's not going to be

15:07 computer because that's not going to be

15:08 computer because that's not going to be enough power okay you can see here I am

15:10 enough power okay you can see here I am

15:10 enough power okay you can see here I am using a official Raspberry Pi power

15:13 using a official Raspberry Pi power

15:13 using a official Raspberry Pi power supply okay that delivers so I have 5.1

15:16 supply okay that delivers so I have 5.1

15:16 supply okay that delivers so I have 5.1 volt and 5 amp make sure you have at

15:19 volt and 5 amp make sure you have at

15:19 volt and 5 amp make sure you have at least something that has 5 volt and 3

15:22 least something that has 5 volt and 3

15:22 least something that has 5 volt and 3 amp so it could be a phone charger okay

15:25 amp so it could be a phone charger okay

15:25 amp so it could be a phone charger okay works well but make sure that it's at

15:27 works well but make sure that it's at

15:27 works well but make sure that it's at least 5 volt and 3 amps so I'm going to

15:29 least 5 volt and 3 amps so I'm going to

15:29 least 5 volt and 3 amps so I'm going to plug that

15:30 plug that

15:30 plug that first here to my uh so to the wall and

15:35 first here to my uh so to the wall and

15:35 first here to my uh so to the wall and then I can plug the

15:37 then I can plug the

15:37 then I can plug the USBC cable here and you can see we have

15:40 USBC cable here and you can see we have

15:40 USBC cable here and you can see we have a red LED then that turns green and that

15:44 a red LED then that turns green and that

15:44 a red LED then that turns green and that should

15:45 should

15:45 should flash a

15:47 flash a

15:47 flash a bit okay so it should be red and then

15:49 bit okay so it should be red and then

15:49 bit okay so it should be red and then green you see we have some random

15:51 green you see we have some random

15:51 green you see we have some random flashes if you see this kind of stuff

15:54 flashes if you see this kind of stuff

15:54 flashes if you see this kind of stuff it's a good news it means that the

15:55 it's a good news it means that the

15:55 it's a good news it means that the Raspberry Pi is booting and then trying

15:57 Raspberry Pi is booting and then trying

15:57 Raspberry Pi is booting and then trying to connect to the Wi-Fi

15:59 to connect to the Wi-Fi

15:59 to connect to the Wi-Fi and so in this course we are going to uh

16:01 and so in this course we are going to uh

16:01 and so in this course we are going to uh do the configuration without any screen

16:04 do the configuration without any screen

16:04 do the configuration without any screen but if you have a screen you could also

16:06 but if you have a screen you could also

16:06 but if you have a screen you could also plug with this micr HDMI cable okay you

16:09 plug with this micr HDMI cable okay you

16:09 plug with this micr HDMI cable okay you can already plug it but if you don't

16:10 can already plug it but if you don't

16:10 can already plug it but if you don't have one or if you're too lazy to use

16:12 have one or if you're too lazy to use

16:12 have one or if you're too lazy to use one like I am right now then we're going

16:15 one like I am right now then we're going

16:15 one like I am right now then we're going to continue the configuration with SSH

16:17 to continue the configuration with SSH

16:18 to continue the configuration with SSH and VNC so that we can access the

16:20 and VNC so that we can access the

16:20 and VNC so that we can access the desktop remotely from our computer so

16:23 desktop remotely from our computer so

16:23 desktop remotely from our computer so what do we have for now well we have

16:24 what do we have for now well we have

16:24 what do we have for now well we have flashed the operating system into the SD

16:27 flashed the operating system into the SD

16:27 flashed the operating system into the SD card and now the Raspberry Pi has boot

16:29 card and now the Raspberry Pi has boot

16:29 card and now the Raspberry Pi has boot with this SD card and it should be

16:32 with this SD card and it should be

16:32 with this SD card and it should be trying to connect to the Wi-Fi so now it

16:34 trying to connect to the Wi-Fi so now it

16:34 trying to connect to the Wi-Fi so now it should already be connected to the Wi-Fi

16:37 should already be connected to the Wi-Fi

16:37 should already be connected to the Wi-Fi but the question is what's its IP

16:39 but the question is what's its IP

16:39 but the question is what's its IP address without the IP address we cannot

16:41 address without the IP address we cannot

16:41 address without the IP address we cannot do anything and how to find the IP

16:44 do anything and how to find the IP

16:44 do anything and how to find the IP address of the Raspberry Pi well there

16:46 address of the Raspberry Pi well there

16:46 address of the Raspberry Pi well there are lots of different tools and I'm

16:48 are lots of different tools and I'm

16:48 are lots of different tools and I'm going to show you one tool here that

16:50 going to show you one tool here that

16:50 going to show you one tool here that works well and I chose this one because

16:53 works well and I chose this one because

16:53 works well and I chose this one because it's available for Windows Linux and

16:56 it's available for Windows Linux and

16:56 it's available for Windows Linux and also mic OS okay so the tool is called

16:59 also mic OS okay so the tool is called

16:59 also mic OS okay so the tool is called angry ip scanner you can just type that

17:02 angry ip scanner you can just type that

17:02 angry ip scanner you can just type that on Google and go to Angry i.org here and

17:07 on Google and go to Angry i.org here and

17:07 on Google and go to Angry i.org here and just find the download

17:09 just find the download

17:09 just find the download button so you can see you have the

17:11 button so you can see you have the

17:11 button so you can see you have the different instructions for Windows mic

17:13 different instructions for Windows mic

17:13 different instructions for Windows mic OS and Linux if you're using mic OS and

17:16 OS and Linux if you're using mic OS and

17:16 OS and Linux if you're using mic OS and Linux you might have to install Java

17:20 Linux you might have to install Java

17:20 Linux you might have to install Java before so actually not on mic OS anymore

17:23 before so actually not on mic OS anymore

17:23 before so actually not on mic OS anymore it's already included but on Linux you

17:24 it's already included but on Linux you

17:24 it's already included but on Linux you will need to install Java so you have

17:26 will need to install Java so you have

17:26 will need to install Java so you have the instructions here and on Windows

17:29 the instructions here and on Windows

17:30 the instructions here and on Windows here I'm on windows so I can just select

17:33 here I'm on windows so I can just select

17:33 here I'm on windows so I can just select the windows installer okay includes Java

17:36 the windows installer okay includes Java

17:36 the windows installer okay includes Java and runtime already uh just select the

17:38 and runtime already uh just select the

17:38 and runtime already uh just select the windows installer and let's install this

17:42 windows installer and let's install this

17:42 windows installer and let's install this so lots of ads but let's just wait for

17:46 so lots of ads but let's just wait for

17:46 so lots of ads but let's just wait for the execut

17:47 the execut

17:47 the execut table and let's install it okay you

17:50 table and let's install it okay you

17:50 table and let's install it okay you click on yes if you have a popup let's

17:53 click on yes if you have a popup let's

17:53 click on yes if you have a popup let's close that one let's install

17:59 okay finish and then once again you can

18:02 okay finish and then once again you can

18:02 okay finish and then once again you can go on the search bar here I'll just

18:03 go on the search bar here I'll just

18:04 go on the search bar here I'll just press the Windows key and angry ip

18:07 press the Windows key and angry ip

18:07 press the Windows key and angry ip scanner enter and that's the tool that

18:10 scanner enter and that's the tool that

18:10 scanner enter and that's the tool that we are going to use so before we do

18:12 we are going to use so before we do

18:12 we are going to use so before we do anything once again and I can't repeat

18:14 anything once again and I can't repeat

18:14 anything once again and I can't repeat that enough make sure that you are

18:16 that enough make sure that you are

18:16 that enough make sure that you are connected so here you can see my

18:18 connected so here you can see my

18:18 connected so here you can see my computer is connected to the uh Network

18:22 computer is connected to the uh Network

18:22 computer is connected to the uh Network called your Wi-Fi network and this is

18:25 called your Wi-Fi network and this is

18:25 called your Wi-Fi network and this is also the network that I have set up for

18:27 also the network that I have set up for

18:27 also the network that I have set up for the Raspberry Pi so both my computer and

18:29 the Raspberry Pi so both my computer and

18:29 the Raspberry Pi so both my computer and the Raspberry Pi should be on the same

18:31 the Raspberry Pi should be on the same

18:31 the Raspberry Pi should be on the same network if it's not the case then we

18:34 network if it's not the case then we

18:34 network if it's not the case then we won't find any IP address here so very

18:36 won't find any IP address here so very

18:36 won't find any IP address here so very important now back to this tool so what

18:40 important now back to this tool so what

18:40 important now back to this tool so what do we have here well we have the IP

18:42 do we have here well we have the IP

18:42 do we have here well we have the IP range that we want to scan okay if you

18:46 range that we want to scan okay if you

18:46 range that we want to scan okay if you click on the IP here so you have your

18:48 click on the IP here so you have your

18:48 click on the IP here so you have your the host name of your computer here if

18:50 the host name of your computer here if

18:50 the host name of your computer here if you click on that button you will see

18:52 you click on that button you will see

18:53 you click on that button you will see well you might have a lot or not a lot

18:54 well you might have a lot or not a lot

18:54 well you might have a lot or not a lot of stuff depends but you should see

18:56 of stuff depends but you should see

18:56 of stuff depends but you should see something with the Wi-Fi so what do I

18:59 something with the Wi-Fi so what do I

18:59 something with the Wi-Fi so what do I have here well I have this network here

19:02 have here well I have this network here

19:03 have here well I have this network here 19268 you might have the same two uh

19:05 19268 you might have the same two uh

19:05 19268 you might have the same two uh numbers first and then I have

19:09 numbers first and then I have

19:09 numbers first and then I have 203 okay that's the basically the mask

19:12 203 okay that's the basically the mask

19:12 203 okay that's the basically the mask for the network so what we want to do is

19:14 for the network so what we want to do is

19:14 for the network so what we want to do is we want to scan the addresses from zero

19:17 we want to scan the addresses from zero

19:17 we want to scan the addresses from zero to

19:18 to

19:18 to 255 with those three first numbers okay

19:22 255 with those three first numbers okay

19:22 255 with those three first numbers okay and of course this number here is going

19:24 and of course this number here is going

19:24 and of course this number here is going to be different for you because well you

19:26 to be different for you because well you

19:26 to be different for you because well you don't have the same Wi-Fi network as has

19:29 don't have the same Wi-Fi network as has

19:29 don't have the same Wi-Fi network as has the one that I have so by default it

19:30 the one that I have so by default it

19:30 the one that I have so by default it should already be good but just in case

19:32 should already be good but just in case

19:32 should already be good but just in case you can click here okay on the Wi-Fi

19:36 you can click here okay on the Wi-Fi

19:36 you can click here okay on the Wi-Fi here to get the correct Network and then

19:39 here to get the correct Network and then

19:39 here to get the correct Network and then you can click on start okay it's going

19:42 you can click on start okay it's going

19:42 you can click on start okay it's going to scan all the IP addresses here so

19:45 to scan all the IP addresses here so

19:45 to scan all the IP addresses here so it's going to take a few seconds a bit

19:47 it's going to take a few seconds a bit

19:47 it's going to take a few seconds a bit less than one minute depends on your

19:49 less than one minute depends on your

19:49 less than one minute depends on your computer so let's wait a

19:52 computer so let's wait a

19:52 computer so let's wait a bit okay and it took 36 seconds for me I

19:56 bit okay and it took 36 seconds for me I

19:56 bit okay and it took 36 seconds for me I can see I have three host on my network

20:00 can see I have three host on my network

20:00 can see I have three host on my network so I'm going to click on close and then

20:03 so I'm going to click on close and then

20:03 so I'm going to click on close and then how to find them easily well you can

20:04 how to find them easily well you can

20:04 how to find them easily well you can just click on PING here and sort by ping

20:08 just click on PING here and sort by ping

20:08 just click on PING here and sort by ping okay the first one is my laptop here and

20:11 okay the first one is my laptop here and

20:11 okay the first one is my laptop here and I have two other hosts here uh but you

20:15 I have two other hosts here uh but you

20:15 I have two other hosts here uh but you can see in the host name so somehow I

20:18 can see in the host name so somehow I

20:18 can see in the host name so somehow I don't see Raspberry Pi in the host name

20:21 don't see Raspberry Pi in the host name

20:21 don't see Raspberry Pi in the host name so since it's the first time that the

20:23 so since it's the first time that the

20:23 so since it's the first time that the Raspberry Pi is booting I don't know

20:25 Raspberry Pi is booting I don't know

20:25 Raspberry Pi is booting I don't know maybe the the host name is not correctly

20:26 maybe the the host name is not correctly

20:26 maybe the the host name is not correctly displayed so it should one of those two

20:29 displayed so it should one of those two

20:29 displayed so it should one of those two to be sure what I could do is I'm just

20:33 to be sure what I could do is I'm just

20:33 to be sure what I could do is I'm just going to remove the power from the

20:35 going to remove the power from the

20:35 going to remove the power from the Raspberry Pi so not really something

20:38 Raspberry Pi so not really something

20:38 Raspberry Pi so not really something that we will do as a best practice later

20:40 that we will do as a best practice later

20:40 that we will do as a best practice later and I will tell you exactly how to shut

20:42 and I will tell you exactly how to shut

20:43 and I will tell you exactly how to shut down the Raspberry p properly but here I

20:44 down the Raspberry p properly but here I

20:45 down the Raspberry p properly but here I just remove the power from the Raspberry

20:46 just remove the power from the Raspberry

20:46 just remove the power from the Raspberry Pi I'm going to scan again and discard

20:50 Pi I'm going to scan again and discard

20:50 Pi I'm going to scan again and discard yes okay now you can see I have only two

20:54 yes okay now you can see I have only two

20:54 yes okay now you can see I have only two host on my network and I have so I still

20:57 host on my network and I have so I still

20:57 host on my network and I have so I still have my lapop top here and I have the

20:59 have my lapop top here and I have the

20:59 have my lapop top here and I have the one that ends with 199 so there was

21:02 one that ends with 199 so there was

21:02 one that ends with 199 so there was another one with

21:03 another one with

21:04 another one with 222 that one should be the Rasberry Pi

21:07 222 that one should be the Rasberry Pi

21:07 222 that one should be the Rasberry Pi I'm just going to power the Raspberry Pi

21:10 I'm just going to power the Raspberry Pi

21:10 I'm just going to power the Raspberry Pi again okay so now it's powered on and

21:13 again okay so now it's powered on and

21:13 again okay so now it's powered on and I'm going to wait uh maybe 30 seconds to

21:16 I'm going to wait uh maybe 30 seconds to

21:16 I'm going to wait uh maybe 30 seconds to try again so that the Raspberry Pi has

21:18 try again so that the Raspberry Pi has

21:18 try again so that the Raspberry Pi has the time to connect to the Wi-Fi okay so

21:20 the time to connect to the Wi-Fi okay so

21:20 the time to connect to the Wi-Fi okay so give it 30 seconds 1 minute and then

21:22 give it 30 seconds 1 minute and then

21:22 give it 30 seconds 1 minute and then let's scan

21:24 let's scan

21:24 let's scan again okay scanning completed I have

21:27 again okay scanning completed I have

21:27 again okay scanning completed I have three holes so let's go sort by ping

21:30 three holes so let's go sort by ping

21:31 three holes so let's go sort by ping again and you can see now this one is

21:33 again and you can see now this one is

21:33 again and you can see now this one is back so this is the IP address of my

21:35 back so this is the IP address of my

21:35 back so this is the IP address of my Raspberry Pi so in my case that's 192

21:39 Raspberry Pi so in my case that's 192

21:39 Raspberry Pi so in my case that's 192 168 203 and

21:41 168 203 and

21:41 168 203 and 222 for you of course it's going to be

21:43 222 for you of course it's going to be

21:43 222 for you of course it's going to be different and well as you can see this

21:45 different and well as you can see this

21:45 different and well as you can see this is not a perfect case scenario where you

21:48 is not a perfect case scenario where you

21:48 is not a perfect case scenario where you just uh scan and you have the IP address

21:50 just uh scan and you have the IP address

21:50 just uh scan and you have the IP address directly with the host name Raspberry Pi

21:53 directly with the host name Raspberry Pi

21:53 directly with the host name Raspberry Pi sometimes I guess it could work like

21:55 sometimes I guess it could work like

21:55 sometimes I guess it could work like this and I did a test previously where

21:57 this and I did a test previously where

21:57 this and I did a test previously where it was the case but here some I don't

21:59 it was the case but here some I don't

21:59 it was the case but here some I don't have the host name so I'm just letting

22:00 have the host name so I'm just letting

22:00 have the host name so I'm just letting this in the video to show you actually

22:02 this in the video to show you actually

22:02 this in the video to show you actually how you can make some tests and see

22:04 how you can make some tests and see

22:05 how you can make some tests and see which is the Raspberry Pi IP address

22:07 which is the Raspberry Pi IP address

22:07 which is the Raspberry Pi IP address here if it still doesn't appear if you

22:09 here if it still doesn't appear if you

22:09 here if it still doesn't appear if you didn't find anything well check again

22:12 didn't find anything well check again

22:12 didn't find anything well check again that your computer is connected to the

22:14 that your computer is connected to the

22:14 that your computer is connected to the correct Wi-Fi network maybe if you are

22:16 correct Wi-Fi network maybe if you are

22:16 correct Wi-Fi network maybe if you are using your smartphone as a hotspot you

22:19 using your smartphone as a hotspot you

22:19 using your smartphone as a hotspot you can usually Chas so it depends on the

22:21 can usually Chas so it depends on the

22:21 can usually Chas so it depends on the brand and and the kind of phone that you

22:24 brand and and the kind of phone that you

22:24 brand and and the kind of phone that you have but you can usually check how many

22:26 have but you can usually check how many

22:26 have but you can usually check how many devices are connected to your hotspot

22:28 devices are connected to your hotspot

22:28 devices are connected to your hotspot okay so if you see two devices one is

22:30 okay so if you see two devices one is

22:30 okay so if you see two devices one is your computer one is the Raspberry Pi

22:32 your computer one is the Raspberry Pi

22:32 your computer one is the Raspberry Pi you know that the Raspberry Pi is

22:34 you know that the Raspberry Pi is

22:34 you know that the Raspberry Pi is connected but if you see only one device

22:37 connected but if you see only one device

22:37 connected but if you see only one device then the Raspberry Pi is not connected

22:39 then the Raspberry Pi is not connected

22:39 then the Raspberry Pi is not connected so if the Raspberry Pi is not connected

22:40 so if the Raspberry Pi is not connected

22:40 so if the Raspberry Pi is not connected maybe try to P it off and P it on again

22:45 maybe try to P it off and P it on again

22:45 maybe try to P it off and P it on again wait some time at least a few minutes

22:47 wait some time at least a few minutes

22:47 wait some time at least a few minutes and then it could also be that you

22:49 and then it could also be that you

22:49 and then it could also be that you provided the wrong SS ID and the wrong

22:52 provided the wrong SS ID and the wrong

22:52 provided the wrong SS ID and the wrong password when you configured uh the p on

22:55 password when you configured uh the p on

22:55 password when you configured uh the p on the SD card so there are many reasons

22:57 the SD card so there are many reasons

22:57 the SD card so there are many reasons why things could go wrong here but if

23:00 why things could go wrong here but if

23:00 why things could go wrong here but if you correctly followed all the

23:01 you correctly followed all the

23:01 you correctly followed all the instructions and you made no mistake

23:04 instructions and you made no mistake

23:04 instructions and you made no mistake then you should be able to find the IP

23:06 then you should be able to find the IP

23:06 then you should be able to find the IP address what we can do now is to use SSH

23:09 address what we can do now is to use SSH

23:10 address what we can do now is to use SSH to take control over the pie and really

23:12 to take control over the pie and really

23:12 to take control over the pie and really get access to it this will provide you

23:14 get access to it this will provide you

23:15 get access to it this will provide you with command line access in a terminal

23:17 with command line access in a terminal

23:17 with command line access in a terminal which we will use just in the next

23:19 which we will use just in the next

23:19 which we will use just in the next lesson to install VNC and get access to

23:22 lesson to install VNC and get access to

23:22 lesson to install VNC and get access to the Raspberry Pi desktop and the first

23:25 the Raspberry Pi desktop and the first

23:25 the Raspberry Pi desktop and the first thing we are going to do just to make

23:27 thing we are going to do just to make

23:27 thing we are going to do just to make sure that we don't have an eror or later

23:29 sure that we don't have an eror or later

23:29 sure that we don't have an eror or later on you can open a file manager so let's

23:33 on you can open a file manager so let's

23:33 on you can open a file manager so let's open a file manager on your computer

23:35 open a file manager on your computer

23:35 open a file manager on your computer just browse to uh this PC and then you

23:39 just browse to uh this PC and then you

23:39 just browse to uh this PC and then you basically want to go in there and go to

23:42 basically want to go in there and go to

23:42 basically want to go in there and go to users and just find your user okay so

23:44 users and just find your user okay so

23:44 users and just find your user okay so just go to basically what we can call

23:47 just go to basically what we can call

23:47 just go to basically what we can call the home directory in Linux or in Mac OS

23:50 the home directory in Linux or in Mac OS

23:50 the home directory in Linux or in Mac OS it's going to be where the place the

23:52 it's going to be where the place the

23:52 it's going to be where the place the folder where you have your user and in

23:54 folder where you have your user and in

23:54 folder where you have your user and in this you would find a folder named Dot

23:59 this you would find a folder named Dot

23:59 this you would find a folder named Dot SSH if you don't see this one maybe it's

24:02 SSH if you don't see this one maybe it's

24:02 SSH if you don't see this one maybe it's probably because it's hidden somewhere

24:03 probably because it's hidden somewhere

24:03 probably because it's hidden somewhere so you can click on view and show show

24:08 so you can click on view and show show

24:08 so you can click on view and show show hidden items okay something like that so

24:11 hidden items okay something like that so

24:12 hidden items okay something like that so if you find SSH folder in the directory

24:15 if you find SSH folder in the directory

24:15 if you find SSH folder in the directory for your main user you go in there and

24:19 for your main user you go in there and

24:19 for your main user you go in there and you have a file named non hosts I also

24:22 you have a file named non hosts I also

24:22 you have a file named non hosts I also have that one too and I'm just going to

24:24 have that one too and I'm just going to

24:24 have that one too and I'm just going to remove those okay so you just remove

24:27 remove those okay so you just remove

24:27 remove those okay so you just remove those files and that's it um if you

24:29 those files and that's it um if you

24:29 those files and that's it um if you really can't find this folder I guess

24:31 really can't find this folder I guess

24:32 really can't find this folder I guess it's okay if you don't have an error

24:33 it's okay if you don't have an error

24:33 it's okay if you don't have an error later on that's fine this is kind of a

24:35 later on that's fine this is kind of a

24:35 later on that's fine this is kind of a preventive step okay so now we can close

24:39 preventive step okay so now we can close

24:39 preventive step okay so now we can close this and we will need to open a terminal

24:41 this and we will need to open a terminal

24:41 this and we will need to open a terminal so how to open a terminal on Windows

24:44 so how to open a terminal on Windows

24:44 so how to open a terminal on Windows just go to the search bar or press the

24:46 just go to the search bar or press the

24:46 just go to the search bar or press the Windows key and type something like CMD

24:49 Windows key and type something like CMD

24:49 Windows key and type something like CMD okay command prompt you can open

24:52 okay command prompt you can open

24:52 okay command prompt you can open that okay I guess on micos is going to

24:55 that okay I guess on micos is going to

24:55 that okay I guess on micos is going to be similar and well if you using Linux

24:58 be similar and well if you using Linux

24:58 be similar and well if you using Linux you probably know how to open a terminal

25:00 you probably know how to open a terminal

25:00 you probably know how to open a terminal already so just open a terminal and the

25:02 already so just open a terminal and the

25:02 already so just open a terminal and the command is going to be the same for

25:03 command is going to be the same for

25:03 command is going to be the same for Windows Mac OS and Linux okay we are

25:06 Windows Mac OS and Linux okay we are

25:06 Windows Mac OS and Linux okay we are going to use the SSH command so if you

25:09 going to use the SSH command so if you

25:09 going to use the SSH command so if you press SSH and enter you should have this

25:12 press SSH and enter you should have this

25:13 press SSH and enter you should have this kind of message okay usage SSH that

25:17 kind of message okay usage SSH that

25:17 kind of message okay usage SSH that means that the SSH Common exists in some

25:19 means that the SSH Common exists in some

25:19 means that the SSH Common exists in some older versions of Windows you might not

25:22 older versions of Windows you might not

25:22 older versions of Windows you might not have ssh in this case you can use I'm

25:24 have ssh in this case you can use I'm

25:24 have ssh in this case you can use I'm putting on the screen here you can use a

25:26 putting on the screen here you can use a

25:27 putting on the screen here you can use a software called putty okay you can

25:28 software called putty okay you can

25:28 software called putty okay you can download it install it and just provide

25:31 download it install it and just provide

25:31 download it install it and just provide the IP address the username and the

25:33 the IP address the username and the

25:33 the IP address the username and the password to connect to SSH but I guess

25:36 password to connect to SSH but I guess

25:36 password to connect to SSH but I guess that for most of you watching this video

25:40 that for most of you watching this video

25:40 that for most of you watching this video you should be able to have the SSH

25:42 you should be able to have the SSH

25:42 you should be able to have the SSH Common installed on your computer so now

25:44 Common installed on your computer so now

25:44 Common installed on your computer so now what do we need to do well we will write

25:47 what do we need to do well we will write

25:47 what do we need to do well we will write SSH and space and then you need to put

25:50 SSH and space and then you need to put

25:50 SSH and space and then you need to put which user well you want to connect as

25:52 which user well you want to connect as

25:53 which user well you want to connect as on the Raspberry Pi and if you remember

25:55 on the Raspberry Pi and if you remember

25:55 on the Raspberry Pi and if you remember we have created a user with the name Pi

25:58 we have created a user with the name Pi

25:58 we have created a user with the name Pi okay so if you have used a different

26:00 okay so if you have used a different

26:00 okay so if you have used a different name change it here but if you just

26:03 name change it here but if you just

26:03 name change it here but if you just follow the video exactly as I did you

26:05 follow the video exactly as I did you

26:05 follow the video exactly as I did you should have the user Pi then you put the

26:08 should have the user Pi then you put the

26:08 should have the user Pi then you put the at and we will need to put the IP

26:10 at and we will need to put the IP

26:10 at and we will need to put the IP address of the Raspberry Pi so what's

26:12 address of the Raspberry Pi so what's

26:12 address of the Raspberry Pi so what's the IP address this is the one we have

26:14 the IP address this is the one we have

26:14 the IP address this is the one we have found right here so for me is

26:18 found right here so for me is

26:18 found right here so for me is

26:20 168 do

26:23 168 do

26:23 168 do 23.

26:24 23.

26:24 23. 222 so don't just copy this of course

26:27 222 so don't just copy this of course

26:27 222 so don't just copy this of course your IP address is is going to be uh

26:30 your IP address is is going to be uh

26:30 your IP address is is going to be uh different now I can press enter and if

26:33 different now I can press enter and if

26:33 different now I can press enter and if everything worked well you should see a

26:36 everything worked well you should see a

26:36 everything worked well you should see a message like this okay the authenticity

26:39 message like this okay the authenticity

26:39 message like this okay the authenticity of host etc etc basically the question

26:42 of host etc etc basically the question

26:42 of host etc etc basically the question is are you sure you want to continue yes

26:45 is are you sure you want to continue yes

26:45 is are you sure you want to continue yes or no and you just put yes and you press

26:49 or no and you just put yes and you press

26:49 or no and you just put yes and you press enter and now it should ask you for the

26:52 enter and now it should ask you for the

26:52 enter and now it should ask you for the password of the pi user okay if you

26:55 password of the pi user okay if you

26:55 password of the pi user okay if you didn't get that if you got an error with

26:57 didn't get that if you got an error with

26:57 didn't get that if you got an error with this no nonhost thingy then you need to

27:00 this no nonhost thingy then you need to

27:00 this no nonhost thingy then you need to go back and remove this nonhost file

27:03 go back and remove this nonhost file

27:03 go back and remove this nonhost file like I just show you in the beginning of

27:04 like I just show you in the beginning of

27:04 like I just show you in the beginning of the video but if you see the password

27:06 the video but if you see the password

27:06 the video but if you see the password like this all find you just put the

27:08 like this all find you just put the

27:08 like this all find you just put the password that you have provided during

27:11 password that you have provided during

27:11 password that you have provided during the setup so when you flashed the

27:12 the setup so when you flashed the

27:12 the setup so when you flashed the operating system and here you can see

27:15 operating system and here you can see

27:15 operating system and here you can see when I type something it doesn't show so

27:17 when I type something it doesn't show so

27:17 when I type something it doesn't show so you just type the password and you press

27:19 you just type the password and you press

27:19 you just type the password and you press enter if you provided the correct

27:21 enter if you provided the correct

27:21 enter if you provided the correct password now you can see that we are

27:24 password now you can see that we are

27:24 password now you can see that we are actually inside the Raspberry Pi okay

27:27 actually inside the Raspberry Pi okay

27:27 actually inside the Raspberry Pi okay it's not

27:29 it's not

27:29 it's not this anymore so we are not operating

27:31 this anymore so we are not operating

27:31 this anymore so we are not operating from Windows now you can see we have Pi

27:34 from Windows now you can see we have Pi

27:34 from Windows now you can see we have Pi at Raspberry Pi and we have a common

27:37 at Raspberry Pi and we have a common

27:37 at Raspberry Pi and we have a common line from inside the Raspberry Pi and

27:40 line from inside the Raspberry Pi and

27:40 line from inside the Raspberry Pi and well here if you have an error with the

27:41 well here if you have an error with the

27:41 well here if you have an error with the password it is simply because this is

27:43 password it is simply because this is

27:43 password it is simply because this is the wrong password okay if you manage to

27:46 the wrong password okay if you manage to

27:46 the wrong password okay if you manage to get there and the password doesn't work

27:48 get there and the password doesn't work

27:48 get there and the password doesn't work make sure you don't have a typo also

27:50 make sure you don't have a typo also

27:50 make sure you don't have a typo also make sure that maybe your keyboard is

27:51 make sure that maybe your keyboard is

27:51 make sure that maybe your keyboard is configured the same and you type exactly

27:54 configured the same and you type exactly

27:54 configured the same and you type exactly the same thing that you typed when you

27:56 the same thing that you typed when you

27:56 the same thing that you typed when you set up the Raspberry Pi and maybe you

27:58 set up the Raspberry Pi and maybe you

27:58 set up the Raspberry Pi and maybe you made a mistake and maybe you need to

28:00 made a mistake and maybe you need to

28:00 made a mistake and maybe you need to flash the operating system again if you

28:02 flash the operating system again if you

28:02 flash the operating system again if you provided a wrong password okay and now

28:04 provided a wrong password okay and now

28:04 provided a wrong password okay and now great we are on the Raspberry Pi so we

28:07 great we are on the Raspberry Pi so we

28:07 great we are on the Raspberry Pi so we have internal access to the Raspberry Pi

28:10 have internal access to the Raspberry Pi

28:10 have internal access to the Raspberry Pi the next thing we can do is to set up

28:12 the next thing we can do is to set up

28:12 the next thing we can do is to set up VNC so we can have access to the

28:17 desktop welcome back this is episode

28:20 desktop welcome back this is episode

28:20 desktop welcome back this is episode number three of this tutoral series on

28:22 number three of this tutoral series on

28:22 number three of this tutoral series on Raspberry Pi for complete beginners

28:25 Raspberry Pi for complete beginners

28:25 Raspberry Pi for complete beginners let's now install and configure VNC VNC

28:28 let's now install and configure VNC VNC

28:28 let's now install and configure VNC VNC will simply allow you to use the

28:29 will simply allow you to use the

28:29 will simply allow you to use the Raspberry Pi desktop from your own

28:32 Raspberry Pi desktop from your own

28:32 Raspberry Pi desktop from your own computer this is great so you don't need

28:34 computer this is great so you don't need

28:34 computer this is great so you don't need to only use the terminal with common

28:36 to only use the terminal with common

28:36 to only use the terminal with common length and you also don't need to have a

28:38 length and you also don't need to have a

28:38 length and you also don't need to have a monitor plugged to your Raspberry Pi

28:40 monitor plugged to your Raspberry Pi

28:40 monitor plugged to your Raspberry Pi even if you have a monitor you would see

28:42 even if you have a monitor you would see

28:42 even if you have a monitor you would see that it may be more convenient to work

28:45 that it may be more convenient to work

28:45 that it may be more convenient to work without it and the reason we did all

28:47 without it and the reason we did all

28:47 without it and the reason we did all this setup with SSH before is simply

28:49 this setup with SSH before is simply

28:49 this setup with SSH before is simply because we need to access the Raspberry

28:52 because we need to access the Raspberry

28:52 because we need to access the Raspberry p through SSH here so we can type a few

28:54 p through SSH here so we can type a few

28:54 p through SSH here so we can type a few command lines to configure and set up

28:57 command lines to configure and set up

28:57 command lines to configure and set up VNC so here make sure that you are

28:59 VNC so here make sure that you are

28:59 VNC so here make sure that you are connected to the Raspberry Pi okay you

29:01 connected to the Raspberry Pi okay you

29:02 connected to the Raspberry Pi okay you can see I have Pi at Raspberry Pi which

29:04 can see I have Pi at Raspberry Pi which

29:04 can see I have Pi at Raspberry Pi which means that I'm going to type commands

29:06 means that I'm going to type commands

29:06 means that I'm going to type commands inside the Raspberry Pi if you don't

29:08 inside the Raspberry Pi if you don't

29:08 inside the Raspberry Pi if you don't have this go back to the previous video

29:11 have this go back to the previous video

29:11 have this go back to the previous video and just note that here I am on the

29:13 and just note that here I am on the

29:13 and just note that here I am on the Raspberry Pi if I want to go back to my

29:15 Raspberry Pi if I want to go back to my

29:15 Raspberry Pi if I want to go back to my windows terminal or if you're on Linux

29:18 windows terminal or if you're on Linux

29:18 windows terminal or if you're on Linux or mic OS go back to your previous

29:20 or mic OS go back to your previous

29:20 or mic OS go back to your previous terminal you can just type exit and you

29:25 terminal you can just type exit and you

29:25 terminal you can just type exit and you can see now I have lost the connection

29:27 can see now I have lost the connection

29:27 can see now I have lost the connection it do doesn't mean that the Raspberry Pi

29:29 it do doesn't mean that the Raspberry Pi

29:29 it do doesn't mean that the Raspberry Pi is PED off okay it's still on it's just

29:31 is PED off okay it's still on it's just

29:31 is PED off okay it's still on it's just that you lost the connection and then

29:33 that you lost the connection and then

29:33 that you lost the connection and then with the up Arrow I can go back to

29:36 with the up Arrow I can go back to

29:36 with the up Arrow I can go back to running the same command I press enter I

29:38 running the same command I press enter I

29:38 running the same command I press enter I need to put the password

29:40 need to put the password

29:40 need to put the password again and you see here for example well

29:43 again and you see here for example well

29:43 again and you see here for example well I did a mistake so this is what you

29:44 I did a mistake so this is what you

29:44 I did a mistake so this is what you would have if you put the wrong

29:47 would have if you put the wrong

29:47 would have if you put the wrong password and if you put the right

29:49 password and if you put the right

29:49 password and if you put the right password so to use VNC we actually need

29:52 password so to use VNC we actually need

29:52 password so to use VNC we actually need to enable VNC because it's uh disabled

29:56 to enable VNC because it's uh disabled

29:56 to enable VNC because it's uh disabled by default and to do that we will will

29:58 by default and to do that we will will

29:58 by default and to do that we will will start a menu you can just type P sudo

30:01 start a menu you can just type P sudo

30:01 start a menu you can just type P sudo like that and then

30:04 like that and then

30:04 like that and then raspy Das config and you can press tab

30:07 raspy Das config and you can press tab

30:07 raspy Das config and you can press tab for autoc completion okay so Pudo

30:10 for autoc completion okay so Pudo

30:10 for autoc completion okay so Pudo raspi-config you press enter and you get

30:14 raspi-config you press enter and you get

30:14 raspi-config you press enter and you get to a menu like this that you can

30:16 to a menu like this that you can

30:16 to a menu like this that you can navigate with the uh arrows of your

30:18 navigate with the uh arrows of your

30:18 navigate with the uh arrows of your keyboard and we have two things to do

30:20 keyboard and we have two things to do

30:20 keyboard and we have two things to do here first you will go to interface

30:24 here first you will go to interface

30:24 here first you will go to interface options so you press enter then you go

30:27 options so you press enter then you go

30:27 options so you press enter then you go down to

30:28 down to

30:28 down to VNC press enter and would you like to uh

30:32 VNC press enter and would you like to uh

30:32 VNC press enter and would you like to uh so would you like the VNC server to be

30:34 so would you like the VNC server to be

30:34 so would you like the VNC server to be enabled you're going to go on yes press

30:37 enabled you're going to go on yes press

30:37 enabled you're going to go on yes press enter okay and you should go back to the

30:41 enter okay and you should go back to the

30:41 enter okay and you should go back to the menu the VNC server is enabled you press

30:45 menu the VNC server is enabled you press

30:45 menu the VNC server is enabled you press enter again and you are back to the menu

30:47 enter again and you are back to the menu

30:47 enter again and you are back to the menu now we're going to do one more step uh

30:49 now we're going to do one more step uh

30:49 now we're going to do one more step uh you're going to go to system options so

30:52 you're going to go to system options so

30:52 you're going to go to system options so that's the first menu here you press

30:53 that's the first menu here you press

30:53 that's the first menu here you press enter and then you go on boot Auto Lin

30:57 enter and then you go on boot Auto Lin

30:57 enter and then you go on boot Auto Lin so you should have a menu that looks

30:58 so you should have a menu that looks

30:58 so you should have a menu that looks like this and you're going to choose

31:01 like this and you're going to choose

31:01 like this and you're going to choose desktop or maybe desktop Auto Lin so

31:05 desktop or maybe desktop Auto Lin so

31:05 desktop or maybe desktop Auto Lin so just in case the default is console it

31:07 just in case the default is console it

31:07 just in case the default is console it means the desktop is not going to boot

31:10 means the desktop is not going to boot

31:10 means the desktop is not going to boot so with VNC because we want to get

31:12 so with VNC because we want to get

31:12 so with VNC because we want to get access to the desktop we want to make

31:13 access to the desktop we want to make

31:13 access to the desktop we want to make sure that the desktop is enabled and you

31:16 sure that the desktop is enabled and you

31:16 sure that the desktop is enabled and you can choose desktop in this case you will

31:18 can choose desktop in this case you will

31:18 can choose desktop in this case you will have to login uh into the desktop I'm

31:20 have to login uh into the desktop I'm

31:20 have to login uh into the desktop I'm just going to choose Auto Lin for

31:22 just going to choose Auto Lin for

31:22 just going to choose Auto Lin for Simplicity so when we uh log actually

31:25 Simplicity so when we uh log actually

31:25 Simplicity so when we uh log actually through VNC to get to the Rasberry pios

31:28 through VNC to get to the Rasberry pios

31:28 through VNC to get to the Rasberry pios we directly arrive to the desktop and

31:31 we directly arrive to the desktop and

31:31 we directly arrive to the desktop and everything is correctly configured so

31:33 everything is correctly configured so

31:33 everything is correctly configured so I'm going to press enter on this

31:35 I'm going to press enter on this

31:36 I'm going to press enter on this option okay we go back to the menu and

31:39 option okay we go back to the menu and

31:39 option okay we go back to the menu and then I click on the right arrow to go to

31:41 then I click on the right arrow to go to

31:41 then I click on the right arrow to go to finish and it's going to ask us to

31:44 finish and it's going to ask us to

31:44 finish and it's going to ask us to reboot so I can press

31:47 reboot so I can press

31:47 reboot so I can press yes and as you can see we lose the

31:50 yes and as you can see we lose the

31:50 yes and as you can see we lose the connection why do we lose the connection

31:52 connection why do we lose the connection

31:52 connection why do we lose the connection because well the Raspberry Pi is

31:54 because well the Raspberry Pi is

31:54 because well the Raspberry Pi is rebooting if it's rebooting then of

31:56 rebooting if it's rebooting then of

31:56 rebooting if it's rebooting then of course we lose the s connection and we

31:58 course we lose the s connection and we

31:58 course we lose the s connection and we are back to the uh here to the windows

32:02 are back to the uh here to the windows

32:02 are back to the uh here to the windows terminal so we just need to wait that

32:04 terminal so we just need to wait that

32:04 terminal so we just need to wait that the Raspberry Pi is back on the network

32:06 the Raspberry Pi is back on the network

32:06 the Raspberry Pi is back on the network and then well we should not need uh to

32:09 and then well we should not need uh to

32:09 and then well we should not need uh to use the terminal here again so I'm going

32:12 use the terminal here again so I'm going

32:12 use the terminal here again so I'm going to close that I'm going to keep that on

32:13 to close that I'm going to keep that on

32:13 to close that I'm going to keep that on the side for later and what do we do now

32:16 the side for later and what do we do now

32:16 the side for later and what do we do now so the Raspberry p should be back on the

32:19 so the Raspberry p should be back on the

32:19 so the Raspberry p should be back on the network with the VNC server enabled so

32:23 network with the VNC server enabled so

32:23 network with the VNC server enabled so what we need is a VNC client so that we

32:25 what we need is a VNC client so that we

32:25 what we need is a VNC client so that we can uh well we can use a software to

32:28 can uh well we can use a software to

32:28 can uh well we can use a software to use VNC and connect to the rer and to do

32:31 use VNC and connect to the rer and to do

32:31 use VNC and connect to the rer and to do that I'm going to so you can open a web

32:34 that I'm going to so you can open a web

32:34 that I'm going to so you can open a web browser and we're going to use tiger VNC

32:38 browser and we're going to use tiger VNC

32:38 browser and we're going to use tiger VNC so there are lots of different VNC

32:40 so there are lots of different VNC

32:40 so there are lots of different VNC clients VNC viewers here we're going to

32:43 clients VNC viewers here we're going to

32:43 clients VNC viewers here we're going to use tiger VNC so you can just type tiger

32:45 use tiger VNC so you can just type tiger

32:45 use tiger VNC so you can just type tiger VNC in Google and go to tiger vc.org so

32:50 VNC in Google and go to tiger vc.org so

32:50 VNC in Google and go to tiger vc.org so they don't have executable to download

32:53 they don't have executable to download

32:53 they don't have executable to download here but you can go you can see you can

32:56 here but you can go you can see you can

32:56 here but you can go you can see you can go on the GTH Hub release page and you

32:59 go on the GTH Hub release page and you

32:59 go on the GTH Hub release page and you see that uh they say that they have uh

33:02 see that uh they say that they have uh

33:02 see that uh they say that they have uh binaries for Linux windows and also Mac

33:07 binaries for Linux windows and also Mac

33:07 binaries for Linux windows and also Mac so you click here okay and on releases

33:11 so you click here okay and on releases

33:11 so you click here okay and on releases you're going to get to GitHub don't

33:12 you're going to get to GitHub don't

33:12 you're going to get to GitHub don't worry about this just get the latest

33:14 worry about this just get the latest

33:14 worry about this just get the latest release uh it can be another version

33:16 release uh it can be another version

33:16 release uh it can be another version than this one it's okay and then they

33:19 than this one it's okay and then they

33:19 than this one it's okay and then they will give you a link here to Source

33:22 will give you a link here to Source

33:22 will give you a link here to Source Forge so you click on that link and you

33:24 Forge so you click on that link and you

33:24 Forge so you click on that link and you go to Source Forge where you can

33:26 go to Source Forge where you can

33:26 go to Source Forge where you can download the uh latest so you can click

33:29 download the uh latest so you can click

33:29 download the uh latest so you can click here on this button for Windows but if

33:31 here on this button for Windows but if

33:31 here on this button for Windows but if you're on other operating system you can

33:33 you're on other operating system you can

33:33 you're on other operating system you can see you have other versions you can

33:34 see you have other versions you can

33:34 see you have other versions you can choose your operating system okay and

33:37 choose your operating system okay and

33:37 choose your operating system okay and I'm just going to click here to

33:39 I'm just going to click here to

33:39 I'm just going to click here to download okay your download will start

33:42 download okay your download will start

33:42 download okay your download will start shortly we just wait for this we don't

33:45 shortly we just wait for this we don't

33:45 shortly we just wait for this we don't click on

33:48 anything okay and it's downloading and

33:51 anything okay and it's downloading and

33:51 anything okay and it's downloading and then we can install so just

33:55 then we can install so just

33:55 then we can install so just click um okay

33:58 click um okay

33:59 click um okay so somehow my Windows Defender doesn't

34:01 so somehow my Windows Defender doesn't

34:01 so somehow my Windows Defender doesn't like this uh I'm going to click on more

34:03 like this uh I'm going to click on more

34:03 like this uh I'm going to click on more info and just run anyway okay if you

34:06 info and just run anyway okay if you

34:06 info and just run anyway okay if you follow so here I'm going to say yes I

34:09 follow so here I'm going to say yes I

34:09 follow so here I'm going to say yes I have a popup to allow the software to

34:11 have a popup to allow the software to

34:11 have a popup to allow the software to run so if you follow the links from the

34:13 run so if you follow the links from the

34:13 run so if you follow the links from the official website of tiger VNC it should

34:15 official website of tiger VNC it should

34:15 official website of tiger VNC it should be fine okay don't go to other links

34:18 be fine okay don't go to other links

34:18 be fine okay don't go to other links than that and now we are on the uh setup

34:21 than that and now we are on the uh setup

34:21 than that and now we are on the uh setup so

34:22 so

34:22 so next accept the agreement and you can

34:25 next accept the agreement and you can

34:26 next accept the agreement and you can install it okay next

34:29 install it okay next

34:29 install it okay next install finish and then you can just uh

34:33 install finish and then you can just uh

34:33 install finish and then you can just uh go to the search bar or press Windows

34:36 go to the search bar or press Windows

34:36 go to the search bar or press Windows key for example and type tiger

34:39 key for example and type tiger

34:39 key for example and type tiger VNC and just launch tiger VNC so it's

34:42 VNC and just launch tiger VNC so it's

34:42 VNC and just launch tiger VNC so it's going to be empty like

34:43 going to be empty like

34:43 going to be empty like that all right so here the interface is

34:46 that all right so here the interface is

34:46 that all right so here the interface is quite simple here you're going to put

34:48 quite simple here you're going to put

34:48 quite simple here you're going to put simply the IP address of the Raspberry p

34:52 simply the IP address of the Raspberry p

34:52 simply the IP address of the Raspberry p you have some options that might be it

34:55 you have some options that might be it

34:55 you have some options that might be it might be Auto Select by default

34:58 might be Auto Select by default

34:58 might be Auto Select by default but you don't need to change anything on

34:59 but you don't need to change anything on

34:59 but you don't need to change anything on the options for now so I'm just going to

35:01 the options for now so I'm just going to

35:01 the options for now so I'm just going to leave it by default and you will put the

35:04 leave it by default and you will put the

35:04 leave it by default and you will put the IP address so for me it was

35:07 IP address so for me it was

35:07 IP address so for me it was

35:12 222 and here once again it's very

35:15 222 and here once again it's very

35:15 222 and here once again it's very important that you are so your computer

35:17 important that you are so your computer

35:17 important that you are so your computer here is on the same network as the

35:19 here is on the same network as the

35:19 here is on the same network as the Raspberry Pi because once again if you

35:22 Raspberry Pi because once again if you

35:22 Raspberry Pi because once again if you are not then you won't be able to find

35:23 are not then you won't be able to find

35:23 are not then you won't be able to find the pi from your computer so once I have

35:26 the pi from your computer so once I have

35:26 the pi from your computer so once I have put the IP address here I can click on

35:28 put the IP address here I can click on

35:28 put the IP address here I can click on connect and very shortly after you

35:31 connect and very shortly after you

35:31 connect and very shortly after you should have something like that so

35:34 should have something like that so

35:34 should have something like that so certificate Etc do you want to make an

35:36 certificate Etc do you want to make an

35:36 certificate Etc do you want to make an exception for the server so you can

35:38 exception for the server so you can

35:38 exception for the server so you can click on yes okay this is just security

35:42 click on yes okay this is just security

35:42 click on yes okay this is just security warning because we don't have any

35:43 warning because we don't have any

35:43 warning because we don't have any certificate but it doesn't really matter

35:44 certificate but it doesn't really matter

35:44 certificate but it doesn't really matter you just click on yes and you can see

35:48 you just click on yes and you can see

35:48 you just click on yes and you can see here now we have username and password

35:51 here now we have username and password

35:51 here now we have username and password so if you reach that it means that the

35:53 so if you reach that it means that the

35:53 so if you reach that it means that the VNC server is actually working and you

35:54 VNC server is actually working and you

35:55 VNC server is actually working and you could find it now you just need to put

35:56 could find it now you just need to put

35:56 could find it now you just need to put username will be pi and the password is

35:59 username will be pi and the password is

35:59 username will be pi and the password is the same that you put before for SSH and

36:02 the same that you put before for SSH and

36:02 the same that you put before for SSH and it's the one that you have set when you

36:04 it's the one that you have set when you

36:04 it's the one that you have set when you flashed the Raspberry Pi OS and click on

36:08 flashed the Raspberry Pi OS and click on

36:08 flashed the Raspberry Pi OS and click on okay and we are on the Raspberry Pi

36:11 okay and we are on the Raspberry Pi

36:11 okay and we are on the Raspberry Pi desktop so this what you see here this

36:14 desktop so this what you see here this

36:14 desktop so this what you see here this is not my Windows computer this is the

36:16 is not my Windows computer this is the

36:16 is not my Windows computer this is the desktop of the Raspberry Pi and here

36:19 desktop of the Raspberry Pi and here

36:19 desktop of the Raspberry Pi and here just a quick parenthesis so here I have

36:21 just a quick parenthesis so here I have

36:21 just a quick parenthesis so here I have selected the uh so the IP address that I

36:23 selected the uh so the IP address that I

36:23 selected the uh so the IP address that I have found here okay so if you get

36:26 have found here okay so if you get

36:26 have found here okay so if you get access to uh this it's working correctly

36:28 access to uh this it's working correctly

36:28 access to uh this it's working correctly but let's say that in the future you try

36:30 but let's say that in the future you try

36:30 but let's say that in the future you try again with the same IP address for

36:33 again with the same IP address for

36:33 again with the same IP address for example you try tomorrow or in one week

36:35 example you try tomorrow or in one week

36:35 example you try tomorrow or in one week and it doesn't work anymore why is that

36:37 and it doesn't work anymore why is that

36:37 and it doesn't work anymore why is that probably because the IP address so the

36:39 probably because the IP address so the

36:39 probably because the IP address so the network mask may have changed so in this

36:42 network mask may have changed so in this

36:43 network mask may have changed so in this case I recommend that you just uh find

36:45 case I recommend that you just uh find

36:45 case I recommend that you just uh find the IP address of the Raspberry Pi

36:47 the IP address of the Raspberry Pi

36:47 the IP address of the Raspberry Pi before okay so in the case that it works

36:50 before okay so in the case that it works

36:50 before okay so in the case that it works now and that let's say tomorrow it

36:52 now and that let's say tomorrow it

36:52 now and that let's say tomorrow it doesn't work anymore it's probably

36:54 doesn't work anymore it's probably

36:54 doesn't work anymore it's probably because maybe the IP address changed it

36:56 because maybe the IP address changed it

36:57 because maybe the IP address changed it happens for me for example I use my

36:59 happens for me for example I use my

36:59 happens for me for example I use my smartphone as a hotspot and somehow when

37:02 smartphone as a hotspot and somehow when

37:02 smartphone as a hotspot and somehow when I disconnect the hotspot and I create a

37:04 I disconnect the hotspot and I create a

37:04 I disconnect the hotspot and I create a new one it gives a different IP address

37:08 new one it gives a different IP address

37:08 new one it gives a different IP address so the IP address I have today uh is not

37:10 so the IP address I have today uh is not

37:10 so the IP address I have today uh is not going to be the same as the one I have

37:11 going to be the same as the one I have

37:11 going to be the same as the one I have tomorrow so probably is a way to to fix

37:14 tomorrow so probably is a way to to fix

37:14 tomorrow so probably is a way to to fix that but it's going to be more complex

37:16 that but it's going to be more complex

37:16 that but it's going to be more complex but just know that you might have to uh

37:19 but just know that you might have to uh

37:19 but just know that you might have to uh check the IP address again just in case

37:22 check the IP address again just in case

37:22 check the IP address again just in case it works now and it doesn't work in the

37:24 it works now and it doesn't work in the

37:24 it works now and it doesn't work in the future but if it doesn't work now well

37:26 future but if it doesn't work now well

37:26 future but if it doesn't work now well you need to go back and make make sure

37:27 you need to go back and make make sure

37:27 you need to go back and make make sure that you can connect with SSH make sure

37:29 that you can connect with SSH make sure

37:29 that you can connect with SSH make sure that you can access the menu that we

37:31 that you can access the menu that we

37:31 that you can access the menu that we just did in this video and that the well

37:34 just did in this video and that the well

37:34 just did in this video and that the well the VNC server is enabled and that you

37:36 the VNC server is enabled and that you

37:36 the VNC server is enabled and that you can download the tiger VNC

37:39 can download the tiger VNC

37:39 can download the tiger VNC client and I'm just adding this small

37:41 client and I'm just adding this small

37:42 client and I'm just adding this small extra troubleshooting parenthesis here

37:44 extra troubleshooting parenthesis here

37:44 extra troubleshooting parenthesis here okay to address the issue where you

37:46 okay to address the issue where you

37:46 okay to address the issue where you could have at this point not you would

37:48 could have at this point not you would

37:48 could have at this point not you would not see the desktop but you would see a

37:50 not see the desktop but you would see a

37:50 not see the desktop but you would see a gray screen so you could still connect

37:53 gray screen so you could still connect

37:53 gray screen so you could still connect with tiger VNC but you would see a gray

37:56 with tiger VNC but you would see a gray

37:56 with tiger VNC but you would see a gray screen uh that has happened to me

37:58 screen uh that has happened to me

37:59 screen uh that has happened to me recently when I tried on the Raspberry

38:01 recently when I tried on the Raspberry

38:01 recently when I tried on the Raspberry Pi 4 so I don't know if it's due to

38:03 Pi 4 so I don't know if it's due to

38:03 Pi 4 so I don't know if it's due to Raspberry Pi 4 I could try again here on

38:05 Raspberry Pi 4 I could try again here on

38:05 Raspberry Pi 4 I could try again here on the Raspberry Pi 5 it works correctly

38:07 the Raspberry Pi 5 it works correctly

38:07 the Raspberry Pi 5 it works correctly but anyway if you have a gray screen

38:09 but anyway if you have a gray screen

38:09 but anyway if you have a gray screen well it means you won't see that so

38:11 well it means you won't see that so

38:11 well it means you won't see that so probably you just uh close tiger VNC and

38:15 probably you just uh close tiger VNC and

38:15 probably you just uh close tiger VNC and then what we will do is uh go back to

38:17 then what we will do is uh go back to

38:17 then what we will do is uh go back to the terminal okay so you should be able

38:20 the terminal okay so you should be able

38:20 the terminal okay so you should be able to connect with SSH we're going to go

38:22 to connect with SSH we're going to go

38:22 to connect with SSH we're going to go back here so I put the password we go

38:27 back here so I put the password we go

38:27 back here so I put the password we go back to the Raspberry Pi with

38:29 back to the Raspberry Pi with

38:29 back to the Raspberry Pi with SSH and we are going to do a pseudo AP

38:32 SSH and we are going to do a pseudo AP

38:32 SSH and we are going to do a pseudo AP update okay so you write exactly this

38:35 update okay so you write exactly this

38:35 update okay so you write exactly this command sud sudo AP update you press

38:39 command sud sudo AP update you press

38:39 command sud sudo AP update you press enter you might need to put your

38:41 enter you might need to put your

38:41 enter you might need to put your password but here it works okay it's

38:44 password but here it works okay it's

38:44 password but here it works okay it's going to update the packages and then

38:46 going to update the packages and then

38:46 going to update the packages and then you need to do pseudo

38:49 you need to do pseudo

38:49 you need to do pseudo AP upgrade okay so actually update is

38:53 AP upgrade okay so actually update is

38:53 AP upgrade okay so actually update is going to fetch the new packages and

38:55 going to fetch the new packages and

38:56 going to fetch the new packages and upgrade is going to update them this is

38:58 upgrade is going to update them this is

38:58 upgrade is going to update them this is something we're going to see a bit later

38:59 something we're going to see a bit later

39:00 something we're going to see a bit later when we talk about Linux so you don't

39:01 when we talk about Linux so you don't

39:01 when we talk about Linux so you don't really need to worry about this for now

39:03 really need to worry about this for now

39:03 really need to worry about this for now you just type those comments exactly so

39:05 you just type those comments exactly so

39:05 you just type those comments exactly so you upgrade this is probably going to

39:07 you upgrade this is probably going to

39:07 you upgrade this is probably going to show you a lot of packages and it's

39:09 show you a lot of packages and it's

39:09 show you a lot of packages and it's going to stop and ask you to uh validate

39:12 going to stop and ask you to uh validate

39:12 going to stop and ask you to uh validate so you just press enter and then you can

39:14 so you just press enter and then you can

39:14 so you just press enter and then you can wait so you might wait for 10 15 minutes

39:17 wait so you might wait for 10 15 minutes

39:17 wait so you might wait for 10 15 minutes for everything to be updated here it

39:19 for everything to be updated here it

39:19 for everything to be updated here it shows me zero to upgrade because I have

39:23 shows me zero to upgrade because I have

39:23 shows me zero to upgrade because I have actually already upgraded the system

39:24 actually already upgraded the system

39:24 actually already upgraded the system before but for you it might take well

39:27 before but for you it might take well

39:27 before but for you it might take well like I told you 10 to 15 minutes depends

39:29 like I told you 10 to 15 minutes depends

39:29 like I told you 10 to 15 minutes depends and then after that you can reboot the

39:31 and then after that you can reboot the

39:31 and then after that you can reboot the Raspberry Pi how do you reboot the

39:33 Raspberry Pi how do you reboot the

39:33 Raspberry Pi how do you reboot the Raspberry Pi well we're not gonna take

39:35 Raspberry Pi well we're not gonna take

39:35 Raspberry Pi well we're not gonna take the cable out and put it again no we can

39:38 the cable out and put it again no we can

39:38 the cable out and put it again no we can use pseudo and then roboot just like

39:42 use pseudo and then roboot just like

39:42 use pseudo and then roboot just like that so you press enter okay you can see

39:45 that so you press enter okay you can see

39:45 that so you press enter okay you can see the system will reboot now and now we

39:47 the system will reboot now and now we

39:47 the system will reboot now and now we lose the connection okay because if you

39:49 lose the connection okay because if you

39:49 lose the connection okay because if you reboot then well the Raspberry Pi is

39:51 reboot then well the Raspberry Pi is

39:51 reboot then well the Raspberry Pi is shut down so you lose the connection and

39:53 shut down so you lose the connection and

39:53 shut down so you lose the connection and then you can go back to uh tiger so

39:56 then you can go back to uh tiger so

39:56 then you can go back to uh tiger so tiger VNC

39:59 so you should wait a bit okay maybe 30

40:02 so you should wait a bit okay maybe 30

40:02 so you should wait a bit okay maybe 30 seconds let's try to

40:04 seconds let's try to

40:04 seconds let's try to connect okay we have this again so

40:09 connect okay we have this again so

40:09 connect okay we have this again so pi and then the

40:11 pi and then the

40:11 pi and then the password and you should be able to get

40:14 password and you should be able to get

40:14 password and you should be able to get to this what we do know are the last

40:18 to this what we do know are the last

40:18 to this what we do know are the last steps so after this everything will be

40:20 steps so after this everything will be

40:20 steps so after this everything will be fully configured so we got access to the

40:23 fully configured so we got access to the

40:23 fully configured so we got access to the Raspberry Pi desktop with VNC and we're

40:26 Raspberry Pi desktop with VNC and we're

40:26 Raspberry Pi desktop with VNC and we're just going to do a few things here get

40:28 just going to do a few things here get

40:28 just going to do a few things here get used to the desktop uh check a few

40:30 used to the desktop uh check a few

40:31 used to the desktop uh check a few options okay do some updates Etc so

40:34 options okay do some updates Etc so

40:34 options okay do some updates Etc so first of all here to go full screen I uh

40:37 first of all here to go full screen I uh

40:37 first of all here to go full screen I uh click if I click on f8 I should be able

40:40 click if I click on f8 I should be able

40:40 click if I click on f8 I should be able to get this menu okay and you can click

40:43 to get this menu okay and you can click

40:43 to get this menu okay and you can click on full screen and so if I click on f8

40:47 on full screen and so if I click on f8

40:47 on full screen and so if I click on f8 again so I need to click on the desktop

40:49 again so I need to click on the desktop

40:49 again so I need to click on the desktop f8 I can uh go back to the uh previous

40:53 f8 I can uh go back to the uh previous

40:53 f8 I can uh go back to the uh previous mod okay you also have the options so

40:56 mod okay you also have the options so

40:56 mod okay you also have the options so this is the options of tiger VNC okay

40:58 this is the options of tiger VNC okay

40:58 this is the options of tiger VNC okay it's not raspberry piie it's about tiger

41:00 it's not raspberry piie it's about tiger

41:00 it's not raspberry piie it's about tiger VNC um about different options for

41:04 VNC um about different options for

41:04 VNC um about different options for encoding if you have weird colors here

41:06 encoding if you have weird colors here

41:06 encoding if you have weird colors here you might uh select for example tight or

41:10 you might uh select for example tight or

41:10 you might uh select for example tight or X stle well it doesn't really matter but

41:12 X stle well it doesn't really matter but

41:12 X stle well it doesn't really matter but if you have weird colors you might

41:14 if you have weird colors you might

41:14 if you have weird colors you might change the encoding here apart from that

41:17 change the encoding here apart from that

41:17 change the encoding here apart from that I would not really change anything so

41:20 I would not really change anything so

41:20 I would not really change anything so what do we have on this desktop well we

41:22 what do we have on this desktop well we

41:22 what do we have on this desktop well we have a menu bar on top so if you used to

41:25 have a menu bar on top so if you used to

41:25 have a menu bar on top so if you used to uh Windows the menu bar is at the bottom

41:27 uh Windows the menu bar is at the bottom

41:27 uh Windows the menu bar is at the bottom it's basically the same thing and the

41:29 it's basically the same thing and the

41:29 it's basically the same thing and the first thing I'm going to do so I'm going

41:31 first thing I'm going to do so I'm going

41:31 first thing I'm going to do so I'm going to click on this launch menu and go to

41:35 to click on this launch menu and go to

41:35 to click on this launch menu and go to preferences and appearance settings okay

41:39 preferences and appearance settings okay

41:39 preferences and appearance settings okay so this is optional I'm just doing this

41:41 so this is optional I'm just doing this

41:41 so this is optional I'm just doing this so that when I do the course you can

41:43 so that when I do the course you can

41:43 so that when I do the course you can easily read and see what I'm doing so if

41:46 easily read and see what I'm doing so if

41:46 easily read and see what I'm doing so if I go on

41:48 I go on

41:48 I go on taskbar I can choose uh the size okay

41:51 taskbar I can choose uh the size okay

41:51 taskbar I can choose uh the size okay and I'm going to go from large to very

41:53 and I'm going to go from large to very

41:53 and I'm going to go from large to very large you can see it's bigger so you

41:55 large you can see it's bigger so you

41:55 large you can see it's bigger so you don't need to do that but it's going to

41:56 don't need to do that but it's going to

41:56 don't need to do that but it's going to be easy iier for you to read on my

41:58 be easy iier for you to read on my

41:58 be easy iier for you to read on my screen when I record the course okay and

42:01 screen when I record the course okay and

42:01 screen when I record the course okay and I can also put the menu on the bottom if

42:03 I can also put the menu on the bottom if

42:03 I can also put the menu on the bottom if I want I'm going to leave it at the top

42:06 I want I'm going to leave it at the top

42:06 I want I'm going to leave it at the top now if I go on system I'm also going to

42:08 now if I go on system I'm also going to

42:08 now if I go on system I'm also going to increase the font size from 12 to I

42:11 increase the font size from 12 to I

42:11 increase the font size from 12 to I don't know something like 15 I might

42:13 don't know something like 15 I might

42:13 don't know something like 15 I might increase it a bit later face it's not

42:16 increase it a bit later face it's not

42:17 increase it a bit later face it's not enough okay so with this the text is

42:19 enough okay so with this the text is

42:19 enough okay so with this the text is bigger and you can try the Dark theme

42:21 bigger and you can try the Dark theme

42:21 bigger and you can try the Dark theme Etc okay so I click on okay and now

42:25 Etc okay so I click on okay and now

42:25 Etc okay so I click on okay and now while the the important thing to check

42:26 while the the important thing to check

42:26 while the the important thing to check you go back to the menu here

42:29 you go back to the menu here

42:29 you go back to the menu here preferences and Raspberry Pi

42:32 preferences and Raspberry Pi

42:32 preferences and Raspberry Pi configuration and here you can see you

42:34 configuration and here you can see you

42:34 configuration and here you can see you have the password so if you want to

42:35 have the password so if you want to

42:36 have the password so if you want to change the password you can do it here

42:37 change the password you can do it here

42:37 change the password you can do it here you can change the host name make sure

42:39 you can change the host name make sure

42:40 you can change the host name make sure that well the boot option is to desktop

42:41 that well the boot option is to desktop

42:41 that well the boot option is to desktop so make sure to keep that you can enable

42:43 so make sure to keep that you can enable

42:43 so make sure to keep that you can enable disable the auto login Etc if I go on

42:47 disable the auto login Etc if I go on

42:47 disable the auto login Etc if I go on interfaces uh you can see we have the

42:49 interfaces uh you can see we have the

42:49 interfaces uh you can see we have the VNC server that's enabled so don't

42:52 VNC server that's enabled so don't

42:52 VNC server that's enabled so don't disable it and you have other stuff here

42:54 disable it and you have other stuff here

42:54 disable it and you have other stuff here so SSH is enabled as well and then on

42:57 so SSH is enabled as well and then on

42:57 so SSH is enabled as well and then on localization you can also change a local

43:00 localization you can also change a local

43:00 localization you can also change a local if needed time zone keyboard so you have

43:02 if needed time zone keyboard so you have

43:02 if needed time zone keyboard so you have all the options here in this Raspberry

43:04 all the options here in this Raspberry

43:04 all the options here in this Raspberry Pi configuration menu then what we can

43:07 Pi configuration menu then what we can

43:07 Pi configuration menu then what we can check is you see we have the Wi-Fi here

43:10 check is you see we have the Wi-Fi here

43:10 check is you see we have the Wi-Fi here so this is your Wi-Fi network this is

43:12 so this is your Wi-Fi network this is

43:12 so this is your Wi-Fi network this is the one I have chosen okay you can even

43:14 the one I have chosen okay you can even

43:14 the one I have chosen okay you can even see the IP address we have the Bluetooth

43:17 see the IP address we have the Bluetooth

43:17 see the IP address we have the Bluetooth that's enabled by default I guess I can

43:20 that's enabled by default I guess I can

43:20 that's enabled by default I guess I can turn it off okay since we don't need it

43:22 turn it off okay since we don't need it

43:22 turn it off okay since we don't need it for now and then that's pretty much it

43:24 for now and then that's pretty much it

43:24 for now and then that's pretty much it so one thing we're going to do is to

43:27 so one thing we're going to do is to

43:27 so one thing we're going to do is to update the software so here on the top

43:28 update the software so here on the top

43:29 update the software so here on the top you can see we have this updates are

43:31 you can see we have this updates are

43:31 you can see we have this updates are available click to install box uh you

43:34 available click to install box uh you

43:34 available click to install box uh you can see the updates but you can just

43:35 can see the updates but you can just

43:35 can see the updates but you can just install the update okay and this is

43:39 install the update okay and this is

43:39 install the update okay and this is going to take a few minutes okay so you

43:40 going to take a few minutes okay so you

43:40 going to take a few minutes okay so you can wait now you might think why do we

43:42 can wait now you might think why do we

43:42 can wait now you might think why do we need to update the system if we just

43:44 need to update the system if we just

43:44 need to update the system if we just installed it well you installed a

43:46 installed it well you installed a

43:46 installed it well you installed a version that was kind of Frozen at some

43:49 version that was kind of Frozen at some

43:49 version that was kind of Frozen at some point and since this point there's been

43:51 point and since this point there's been

43:51 point and since this point there's been new versions for the software that you

43:53 new versions for the software that you

43:53 new versions for the software that you already have in the Raspberry Pi OS so

43:56 already have in the Raspberry Pi OS so

43:56 already have in the Raspberry Pi OS so by doing this you make sure that

43:58 by doing this you make sure that

43:58 by doing this you make sure that everything is up to date okay and I

44:00 everything is up to date okay and I

44:00 everything is up to date okay and I recommend that as soon as you see that

44:02 recommend that as soon as you see that

44:02 recommend that as soon as you see that updates are available you update your

44:04 updates are available you update your

44:04 updates are available you update your system again so let's just wait for a

44:07 system again so let's just wait for a

44:07 system again so let's just wait for a few

44:08 few

44:08 few minutes all right and in the end you

44:11 minutes all right and in the end you

44:11 minutes all right and in the end you will see this system is up to date so

44:14 will see this system is up to date so

44:14 will see this system is up to date so for me in this case it took about well

44:17 for me in this case it took about well

44:17 for me in this case it took about well something like 15 minutes so that's

44:18 something like 15 minutes so that's

44:18 something like 15 minutes so that's still quite long it's not going to be 15

44:20 still quite long it's not going to be 15

44:20 still quite long it's not going to be 15 minutes every time basically the first

44:22 minutes every time basically the first

44:22 minutes every time basically the first time might be long and then if you wait

44:24 time might be long and then if you wait

44:24 time might be long and then if you wait for a few weeks or a few months and you

44:26 for a few weeks or a few months and you

44:26 for a few weeks or a few months and you don't update your system of course

44:27 don't update your system of course

44:27 don't update your system of course there's going to be more packages to

44:29 there's going to be more packages to

44:29 there's going to be more packages to update so if you do it quite frequently

44:32 update so if you do it quite frequently

44:32 update so if you do it quite frequently it's going to be quite quick and when

44:33 it's going to be quite quick and when

44:33 it's going to be quite quick and when you have this you can just click on okay

44:35 you have this you can just click on okay

44:35 you have this you can just click on okay and that's basically it your Raspberry

44:37 and that's basically it your Raspberry

44:37 and that's basically it your Raspberry Pi OS is correctly configured and now

44:40 Pi OS is correctly configured and now

44:40 Pi OS is correctly configured and now before we continue I actually need to

44:41 before we continue I actually need to

44:41 before we continue I actually need to show you something that's well quite

44:43 show you something that's well quite

44:44 show you something that's well quite important is how to shut down your

44:46 important is how to shut down your

44:46 important is how to shut down your Raspberry Pi properly because you might

44:48 Raspberry Pi properly because you might

44:48 Raspberry Pi properly because you might think well you just need to remove the

44:50 think well you just need to remove the

44:50 think well you just need to remove the the power cable and that's what we did

44:52 the power cable and that's what we did

44:52 the power cable and that's what we did once uh during the setup to find the IP

44:55 once uh during the setup to find the IP

44:55 once uh during the setup to find the IP address okay it's not ideal but some

44:57 address okay it's not ideal but some

44:57 address okay it's not ideal but some sometimes you need to do it but if you

44:59 sometimes you need to do it but if you

44:59 sometimes you need to do it but if you have access to the Raspberry p desktop

45:01 have access to the Raspberry p desktop

45:01 have access to the Raspberry p desktop like this well you should definitely

45:03 like this well you should definitely

45:03 like this well you should definitely shut it down like you would shut down a

45:05 shut it down like you would shut down a

45:05 shut it down like you would shut down a normal computer you have a menu here and

45:08 normal computer you have a menu here and

45:08 normal computer you have a menu here and you click on shut down you can shut down

45:10 you click on shut down you can shut down

45:10 you click on shut down you can shut down a roboot you click on shut down and you

45:13 a roboot you click on shut down and you

45:13 a roboot you click on shut down and you can see then you will lose of course the

45:16 can see then you will lose of course the

45:16 can see then you will lose of course the VNC connection and that's normal because

45:20 VNC connection and that's normal because

45:20 VNC connection and that's normal because if you shut down then the VNC server is

45:22 if you shut down then the VNC server is

45:22 if you shut down then the VNC server is turned off and you lose the VNC

45:25 turned off and you lose the VNC

45:25 turned off and you lose the VNC connection okay so I recommend that you

45:27 connection okay so I recommend that you

45:27 connection okay so I recommend that you always shut down your raspberry pipe

45:28 always shut down your raspberry pipe

45:28 always shut down your raspberry pipe properly simply because well imagine

45:31 properly simply because well imagine

45:31 properly simply because well imagine another computer you don't remove the

45:33 another computer you don't remove the

45:33 another computer you don't remove the battery of the computer or you don't

45:34 battery of the computer or you don't

45:35 battery of the computer or you don't just unplug it from the wall you shut

45:36 just unplug it from the wall you shut

45:37 just unplug it from the wall you shut down your computer properly I mean I

45:38 down your computer properly I mean I

45:38 down your computer properly I mean I hope you do so same thing for the

45:40 hope you do so same thing for the

45:41 hope you do so same thing for the raspberry pip as much as possible try to

45:43 raspberry pip as much as possible try to

45:43 raspberry pip as much as possible try to shut it down correctly and then once you

45:44 shut it down correctly and then once you

45:44 shut it down correctly and then once you shut it down you can remove the power

45:47 shut it down you can remove the power

45:47 shut it down you can remove the power cable okay so wait maybe a few seconds

45:51 cable okay so wait maybe a few seconds

45:51 cable okay so wait maybe a few seconds 10 seconds after you shut it down and if

45:53 10 seconds after you shut it down and if

45:53 10 seconds after you shut it down and if you want to start it again you just need

45:54 you want to start it again you just need

45:54 you want to start it again you just need to pour it on again

45:58 to pour it on again

45:58 to pour it on again so I just did that I P it on again you

46:01 so I just did that I P it on again you

46:01 so I just did that I P it on again you wait for maybe 20 30

46:04 wait for maybe 20 30

46:04 wait for maybe 20 30 seconds and after you waited a bit uh

46:07 seconds and after you waited a bit uh

46:07 seconds and after you waited a bit uh you can connect so let's just click on

46:10 you can connect so let's just click on

46:10 you can connect so let's just click on yes okay it's going to ask us to put the

46:14 yes okay it's going to ask us to put the

46:14 yes okay it's going to ask us to put the username and password

46:16 username and password

46:16 username and password again okay and we are back to the

46:19 again okay and we are back to the

46:19 again okay and we are back to the Raspberry p hey I hope you're learning a

46:21 Raspberry p hey I hope you're learning a

46:21 Raspberry p hey I hope you're learning a lot and I also hope you like this

46:23 lot and I also hope you like this

46:23 lot and I also hope you like this tutorial if you find it useful then you

46:26 tutorial if you find it useful then you

46:26 tutorial if you find it useful then you can check out out the full course named

46:28 can check out out the full course named

46:28 can check out out the full course named Raspberry Pi for beginners which

46:30 Raspberry Pi for beginners which

46:30 Raspberry Pi for beginners which actually contains 10 hours of Hands-On

46:33 actually contains 10 hours of Hands-On

46:33 actually contains 10 hours of Hands-On video lessons I will leave a link in the

46:35 video lessons I will leave a link in the

46:35 video lessons I will leave a link in the description if you're interested all

46:36 description if you're interested all

46:36 description if you're interested all right and let's continue with the

46:40 video Welcome Back this is episode

46:43 video Welcome Back this is episode

46:43 video Welcome Back this is episode number four of this tutorial series on

46:46 number four of this tutorial series on

46:46 number four of this tutorial series on Raspberry Pi for complete beginners from

46:48 Raspberry Pi for complete beginners from

46:48 Raspberry Pi for complete beginners from this tutorial and going forward you are

46:50 this tutorial and going forward you are

46:50 this tutorial and going forward you are going to learn how to use and program

46:53 going to learn how to use and program

46:53 going to learn how to use and program the gpios of your Raspberry Pi board the

46:55 the gpios of your Raspberry Pi board the

46:55 the gpios of your Raspberry Pi board the GPI pins are a great way to make your

46:58 GPI pins are a great way to make your

46:58 GPI pins are a great way to make your Raspberry Pi control simple Hardware

47:00 Raspberry Pi control simple Hardware

47:00 Raspberry Pi control simple Hardware components like LEDs and push buttons

47:03 components like LEDs and push buttons

47:03 components like LEDs and push buttons and to be able to create a hardware

47:05 and to be able to create a hardware

47:05 and to be able to create a hardware ciruit with Raspberry Pi you have to

47:07 ciruit with Raspberry Pi you have to

47:07 ciruit with Raspberry Pi you have to know just a bit about breadboards and

47:09 know just a bit about breadboards and

47:09 know just a bit about breadboards and resistors that's what I will explain

47:12 resistors that's what I will explain

47:12 resistors that's what I will explain right now first of all let's see how to

47:14 right now first of all let's see how to

47:14 right now first of all let's see how to use a breadboard a breadboard is very

47:17 use a breadboard a breadboard is very

47:17 use a breadboard a breadboard is very useful for prototyping and to start your

47:19 useful for prototyping and to start your

47:19 useful for prototyping and to start your own first project you will use it to

47:22 own first project you will use it to

47:22 own first project you will use it to connect multiple components together and

47:24 connect multiple components together and

47:24 connect multiple components together and with your Raspberry Pi gpio you can plug

47:26 with your Raspberry Pi gpio you can plug

47:27 with your Raspberry Pi gpio you can plug some wires resistors LEDs well anything

47:30 some wires resistors LEDs well anything

47:30 some wires resistors LEDs well anything you want on a braid board what you need

47:32 you want on a braid board what you need

47:32 you want on a braid board what you need to know is that underneath the surface

47:35 to know is that underneath the surface

47:35 to know is that underneath the surface there are some metal lines that make

47:37 there are some metal lines that make

47:37 there are some metal lines that make connections between components so a

47:39 connections between components so a

47:40 connections between components so a component that you plug on a line is

47:42 component that you plug on a line is

47:42 component that you plug on a line is going to be electrically connected to

47:44 going to be electrically connected to

47:44 going to be electrically connected to all the other components on this line

47:46 all the other components on this line

47:47 all the other components on this line and here I'm going to start with this

47:48 and here I'm going to start with this

47:48 and here I'm going to start with this representation of the breadboard so the

47:50 representation of the breadboard so the

47:51 representation of the breadboard so the connections are going to look like this

47:53 connections are going to look like this

47:53 connections are going to look like this usually on top so if you orientate the

47:55 usually on top so if you orientate the

47:55 usually on top so if you orientate the braid board like this you have two lines

47:58 braid board like this you have two lines

47:59 braid board like this you have two lines okay it's minus and plus so usually

48:02 okay it's minus and plus so usually

48:02 okay it's minus and plus so usually minus we're going to use that for the

48:04 minus we're going to use that for the

48:04 minus we're going to use that for the ground also named G and D and the plus

48:07 ground also named G and D and the plus

48:07 ground also named G and D and the plus we're going to use that for power or

48:09 we're going to use that for power or

48:09 we're going to use that for power or also VCC and what you can see is that

48:13 also VCC and what you can see is that

48:13 also VCC and what you can see is that all the Dots here are actually connected

48:16 all the Dots here are actually connected

48:16 all the Dots here are actually connected between with each other okay so this dot

48:19 between with each other okay so this dot

48:19 between with each other okay so this dot is connecting with that one and it's

48:21 is connecting with that one and it's

48:21 is connecting with that one and it's connected with that one so all the dots

48:23 connected with that one so all the dots

48:23 connected with that one so all the dots together and the same thing for the plus

48:24 together and the same thing for the plus

48:25 together and the same thing for the plus lines okay so those are two front lines

48:27 lines okay so those are two front lines

48:27 lines okay so those are two front lines they are not connected between each

48:29 they are not connected between each

48:29 they are not connected between each other okay the minus and the plus but

48:31 other okay the minus and the plus but

48:31 other okay the minus and the plus but within one line all the dots are

48:33 within one line all the dots are

48:33 within one line all the dots are connected together so you have this at

48:36 connected together so you have this at

48:36 connected together so you have this at the top you might also have this at the

48:38 the top you might also have this at the

48:38 the top you might also have this at the bottom if you see another plus and minus

48:40 bottom if you see another plus and minus

48:40 bottom if you see another plus and minus line like this so those will will use

48:43 line like this so those will will use

48:43 line like this so those will will use them for ground and power and then you

48:45 them for ground and power and then you

48:45 them for ground and power and then you have a lot of other dots in the middle

48:48 have a lot of other dots in the middle

48:48 have a lot of other dots in the middle here and as you can see those are not

48:51 here and as you can see those are not

48:51 here and as you can see those are not connected here horizontally but they are

48:53 connected here horizontally but they are

48:53 connected here horizontally but they are connected vertically okay so you see

48:57 connected vertically okay so you see

48:57 connected vertically okay so you see here for example we have those five dots

48:59 here for example we have those five dots

48:59 here for example we have those five dots are connected together so if you put a

49:02 are connected together so if you put a

49:02 are connected together so if you put a component here so one side of a

49:04 component here so one side of a

49:04 component here so one side of a component here and one side of a

49:06 component here and one side of a

49:06 component here and one side of a component in that one here they are

49:08 component in that one here they are

49:08 component in that one here they are connected together but if you put them

49:10 connected together but if you put them

49:10 connected together but if you put them on a different column here they will not

49:13 on a different column here they will not

49:13 on a different column here they will not be connected together okay so that's

49:15 be connected together okay so that's

49:15 be connected together okay so that's basically how a breadboard work you have

49:17 basically how a breadboard work you have

49:17 basically how a breadboard work you have two big lines here at the top at the

49:20 two big lines here at the top at the

49:20 two big lines here at the top at the bottom as well and then you have columns

49:23 bottom as well and then you have columns

49:23 bottom as well and then you have columns here those dots are connected in columns

49:26 here those dots are connected in columns

49:26 here those dots are connected in columns and before I go to the real breadboard

49:28 and before I go to the real breadboard

49:28 and before I go to the real breadboard here you can see I have uh two images

49:31 here you can see I have uh two images

49:31 here you can see I have uh two images okay so here is what a breadboard might

49:34 okay so here is what a breadboard might

49:34 okay so here is what a breadboard might look like so you might have something

49:35 look like so you might have something

49:35 look like so you might have something like this maybe you have a small version

49:38 like this maybe you have a small version

49:38 like this maybe you have a small version okay that's basically only half of this

49:41 okay that's basically only half of this

49:41 okay that's basically only half of this maybe you have a long one so you can see

49:43 maybe you have a long one so you can see

49:43 maybe you have a long one so you can see here we have numbers of columns between

49:45 here we have numbers of columns between

49:45 here we have numbers of columns between zero he and 60 something so the size of

49:48 zero he and 60 something so the size of

49:48 zero he and 60 something so the size of the breadboard here doesn't matter you

49:50 the breadboard here doesn't matter you

49:50 the breadboard here doesn't matter you might have only half one or a large one

49:53 might have only half one or a large one

49:53 might have only half one or a large one it doesn't matter what I wanted to show

49:55 it doesn't matter what I wanted to show

49:55 it doesn't matter what I wanted to show you here is that so at the bottom here

49:57 you here is that so at the bottom here

49:57 you here is that so at the bottom here is the one that I'm going to be using

49:59 is the one that I'm going to be using

49:59 is the one that I'm going to be using and you can see we have the plus line

50:01 and you can see we have the plus line

50:01 and you can see we have the plus line here that's continuous and the minus

50:03 here that's continuous and the minus

50:03 here that's continuous and the minus line here but I know that some of you

50:05 line here but I know that some of you

50:05 line here but I know that some of you might have a breadboard like that and

50:08 might have a breadboard like that and

50:08 might have a breadboard like that and you can see there's a big difference is

50:09 you can see there's a big difference is

50:09 you can see there's a big difference is that uh the plus and the minus line here

50:13 that uh the plus and the minus line here

50:13 that uh the plus and the minus line here are actually cut in the middle so all

50:16 are actually cut in the middle so all

50:16 are actually cut in the middle so all those dots here are connected for

50:18 those dots here are connected for

50:18 those dots here are connected for example on the plus line but those dots

50:20 example on the plus line but those dots

50:20 example on the plus line but those dots are not connected with that other side

50:23 are not connected with that other side

50:23 are not connected with that other side of the breadboard so in this case what

50:25 of the breadboard so in this case what

50:25 of the breadboard so in this case what you might need to do is to connect just

50:28 you might need to do is to connect just

50:28 you might need to do is to connect just a wire between for example that dot here

50:31 a wire between for example that dot here

50:31 a wire between for example that dot here and that dot here so that you make the

50:33 and that dot here so that you make the

50:34 and that dot here so that you make the whole line connected you can connect one

50:36 whole line connected you can connect one

50:36 whole line connected you can connect one small wire for example a red wire

50:38 small wire for example a red wire

50:38 small wire for example a red wire between the two plus sides and a small

50:41 between the two plus sides and a small

50:41 between the two plus sides and a small black wire between the two minus sides

50:44 black wire between the two minus sides

50:45 black wire between the two minus sides so you can do this now you can do it

50:46 so you can do this now you can do it

50:46 so you can do this now you can do it later I'm going to come back to this and

50:48 later I'm going to come back to this and

50:48 later I'm going to come back to this and I'm going to point that when we actually

50:50 I'm going to point that when we actually

50:50 I'm going to point that when we actually need to do it in the circuit okay so

50:52 need to do it in the circuit okay so

50:52 need to do it in the circuit okay so don't worry too much about this but just

50:54 don't worry too much about this but just

50:54 don't worry too much about this but just note that if you have a this connection

50:57 note that if you have a this connection

50:57 note that if you have a this connection here you will just need to do an extra

50:59 here you will just need to do an extra

50:59 here you will just need to do an extra step with some parts of the circuit if

51:01 step with some parts of the circuit if

51:01 step with some parts of the circuit if you have something like this well you

51:03 you have something like this well you

51:03 you have something like this well you don't need to worry at all and so here

51:06 don't need to worry at all and so here

51:06 don't need to worry at all and so here is my breadboard so here's the

51:08 is my breadboard so here's the

51:08 is my breadboard so here's the breadboard I will be using for this

51:09 breadboard I will be using for this

51:09 breadboard I will be using for this course so it's exactly the same as on

51:11 course so it's exactly the same as on

51:11 course so it's exactly the same as on the image and you can see here we have

51:14 the image and you can see here we have

51:14 the image and you can see here we have the plus line so I have a plus line at

51:17 the plus line so I have a plus line at

51:17 the plus line so I have a plus line at the top and then a minus line okay so

51:19 the top and then a minus line okay so

51:19 the top and then a minus line okay so all the Dots here are horizontally

51:22 all the Dots here are horizontally

51:22 all the Dots here are horizontally connected on the plus line and all the

51:24 connected on the plus line and all the

51:24 connected on the plus line and all the dots are also horizontally connected on

51:27 dots are also horizontally connected on

51:27 dots are also horizontally connected on the minus line and then we have 60 plus

51:30 the minus line and then we have 60 plus

51:31 the minus line and then we have 60 plus something column here okay and all the

51:34 something column here okay and all the

51:34 something column here okay and all the dots for example on the column number 60

51:37 dots for example on the column number 60

51:37 dots for example on the column number 60 you can see I have 1 two three four five

51:39 you can see I have 1 two three four five

51:39 you can see I have 1 two three four five dots those five dots are connected

51:42 dots those five dots are connected

51:42 dots those five dots are connected together but are completely independent

51:44 together but are completely independent

51:44 together but are completely independent from all the other column that I have

51:46 from all the other column that I have

51:46 from all the other column that I have here okay and I have this here at the

51:49 here okay and I have this here at the

51:49 here okay and I have this here at the top and also at the bottom so you can

51:50 top and also at the bottom so you can

51:50 top and also at the bottom so you can see it's kind of a here this line in the

51:53 see it's kind of a here this line in the

51:53 see it's kind of a here this line in the middle is a symmetry line for the

51:55 middle is a symmetry line for the

51:55 middle is a symmetry line for the breadboard and that's basically all

51:57 breadboard and that's basically all

51:57 breadboard and that's basically all there is to it for the breadboard the

51:59 there is to it for the breadboard the

51:59 there is to it for the breadboard the most important thing is to know which

52:01 most important thing is to know which

52:01 most important thing is to know which dot is connected to which after that you

52:03 dot is connected to which after that you

52:03 dot is connected to which after that you can do everything you want the first

52:05 can do everything you want the first

52:05 can do everything you want the first secet we will do contains an LED and we

52:07 secet we will do contains an LED and we

52:07 secet we will do contains an LED and we will make this led blink okay and to

52:10 will make this led blink okay and to

52:10 will make this led blink okay and to make an LED blink we will need an LED

52:12 make an LED blink we will need an LED

52:12 make an LED blink we will need an LED some wires but also one resistor the

52:15 some wires but also one resistor the

52:15 some wires but also one resistor the resistor is here to lower the amount of

52:18 resistor is here to lower the amount of

52:18 resistor is here to lower the amount of current that goes through the LED and

52:21 current that goes through the LED and

52:21 current that goes through the LED and it's also helping to protect the gpio so

52:23 it's also helping to protect the gpio so

52:24 it's also helping to protect the gpio so they don't get burnt with too much

52:25 they don't get burnt with too much

52:25 they don't get burnt with too much current and for this course we will use

52:28 current and for this course we will use

52:28 current and for this course we will use 1 kilm resistors it's very standard

52:30 1 kilm resistors it's very standard

52:30 1 kilm resistors it's very standard value and I'm not going to give much

52:32 value and I'm not going to give much

52:32 value and I'm not going to give much details about this uh value but if you

52:34 details about this uh value but if you

52:34 details about this uh value but if you want to know more about that you can

52:36 want to know more about that you can

52:36 want to know more about that you can also find many resources on the internet

52:39 also find many resources on the internet

52:39 also find many resources on the internet so now that you know what resistor we

52:41 so now that you know what resistor we

52:41 so now that you know what resistor we want to use then how to know which

52:43 want to use then how to know which

52:43 want to use then how to know which resistor to pick from the resistor set

52:46 resistor to pick from the resistor set

52:46 resistor to pick from the resistor set that you have so maybe the resistors are

52:48 that you have so maybe the resistors are

52:48 that you have so maybe the resistors are correctly set per value in the kit you

52:50 correctly set per value in the kit you

52:50 correctly set per value in the kit you have but if it's not the case you will

52:52 have but if it's not the case you will

52:53 have but if it's not the case you will have to read the value from the color

52:55 have to read the value from the color

52:55 have to read the value from the color and here is a table to help you find the

52:57 and here is a table to help you find the

52:57 and here is a table to help you find the value of a resistor with the colors on

53:00 value of a resistor with the colors on

53:00 value of a resistor with the colors on the resistor usually you will have

53:02 the resistor usually you will have

53:02 the resistor usually you will have either four bands or five bands resistor

53:06 either four bands or five bands resistor

53:06 either four bands or five bands resistor and here the first band the second band

53:08 and here the first band the second band

53:08 and here the first band the second band and optionally the third band correspond

53:11 and optionally the third band correspond

53:11 and optionally the third band correspond to a number the next one corresponds to

53:14 to a number the next one corresponds to

53:14 to a number the next one corresponds to a multiplier and finally the last band

53:17 a multiplier and finally the last band

53:17 a multiplier and finally the last band is for the tolerance or the Precision of

53:19 is for the tolerance or the Precision of

53:19 is for the tolerance or the Precision of the resistor and for what we will do in

53:21 the resistor and for what we will do in

53:21 the resistor and for what we will do in this course you don't really need to

53:22 this course you don't really need to

53:22 this course you don't really need to worry about the tolerance okay any value

53:25 worry about the tolerance okay any value

53:25 worry about the tolerance okay any value will do usually you will have here plus

53:28 will do usually you will have here plus

53:28 will do usually you will have here plus - 5% or plus - 10% here we don't really

53:31 - 5% or plus - 10% here we don't really

53:31 - 5% or plus - 10% here we don't really need to care about the precise value for

53:33 need to care about the precise value for

53:33 need to care about the precise value for the resistors and here's the example

53:35 the resistors and here's the example

53:35 the resistors and here's the example with the resistor we're going to use the

53:37 with the resistor we're going to use the

53:37 with the resistor we're going to use the 1 kiloohm resistor if you have a four

53:40 1 kiloohm resistor if you have a four

53:40 1 kiloohm resistor if you have a four band resistor so that's the one on the

53:43 band resistor so that's the one on the

53:43 band resistor so that's the one on the top here you see that the first two

53:45 top here you see that the first two

53:45 top here you see that the first two bands are going to represent a number so

53:47 bands are going to represent a number so

53:47 bands are going to represent a number so here one zero that's 10 and the third

53:49 here one zero that's 10 and the third

53:50 here one zero that's 10 and the third band is going to be here the multiplier

53:52 band is going to be here the multiplier

53:52 band is going to be here the multiplier so to get 1,000 you need to multiply 10

53:55 so to get 1,000 you need to multiply 10

53:55 so to get 1,000 you need to multiply 10 by 100 so that's why you have brown

53:58 by 100 so that's why you have brown

53:58 by 100 so that's why you have brown black and red and then you have the

54:00 black and red and then you have the

54:00 black and red and then you have the tolerance which can be any color it

54:02 tolerance which can be any color it

54:02 tolerance which can be any color it doesn't matter if you have a five Bend

54:04 doesn't matter if you have a five Bend

54:04 doesn't matter if you have a five Bend resistor like the one I would show you

54:06 resistor like the one I would show you

54:06 resistor like the one I would show you just in the minute then we will have one

54:09 just in the minute then we will have one

54:09 just in the minute then we will have one zero and zero so brown black and black

54:12 zero and zero so brown black and black

54:12 zero and zero so brown black and black those are the first second and third

54:14 those are the first second and third

54:14 those are the first second and third band and then the multiplier is going to

54:16 band and then the multiplier is going to

54:16 band and then the multiplier is going to be only 10 okay because we multiply 100

54:19 be only 10 okay because we multiply 100

54:19 be only 10 okay because we multiply 100 by 10 to have 1,000 so in this case you

54:23 by 10 to have 1,000 so in this case you

54:23 by 10 to have 1,000 so in this case you have brown black black and brown Plus

54:26 have brown black black and brown Plus

54:26 have brown black black and brown Plus the tolerance okay and if you are

54:28 the tolerance okay and if you are

54:28 the tolerance okay and if you are confused about well what side to read

54:31 confused about well what side to read

54:31 confused about well what side to read the resistor from usually all the colors

54:34 the resistor from usually all the colors

54:34 the resistor from usually all the colors are you can see close so you have one

54:36 are you can see close so you have one

54:36 are you can see close so you have one Bend here at each extremity but most of

54:39 Bend here at each extremity but most of

54:39 Bend here at each extremity but most of the bins will be close to that first

54:41 the bins will be close to that first

54:42 the bins will be close to that first value here so where you have more space

54:44 value here so where you have more space

54:44 value here so where you have more space here it corresponds to the tolerance

54:46 here it corresponds to the tolerance

54:46 here it corresponds to the tolerance that's how you can correctly read the

54:49 that's how you can correctly read the

54:49 that's how you can correctly read the value so here is the resistor that I'm

54:52 value so here is the resistor that I'm

54:52 value so here is the resistor that I'm going to be using okay so you can see I

54:54 going to be using okay so you can see I

54:54 going to be using okay so you can see I can read it uh

54:56 can read it uh

54:56 can read it uh here there is so I have five BS I have

54:59 here there is so I have five BS I have

54:59 here there is so I have five BS I have brown black black brown and then another

55:02 brown black black brown and then another

55:02 brown black black brown and then another color for the tolerance that I don't

55:04 color for the tolerance that I don't

55:04 color for the tolerance that I don't really care about okay so if you can see

55:07 really care about okay so if you can see

55:07 really care about okay so if you can see here that's the resistance I'm going to

55:09 here that's the resistance I'm going to

55:09 here that's the resistance I'm going to use if you have a five band resistor it

55:11 use if you have a five band resistor it

55:11 use if you have a five band resistor it should look like this and then if you

55:13 should look like this and then if you

55:13 should look like this and then if you have a four band well you just have

55:16 have a four band well you just have

55:16 have a four band well you just have brown black and red coming back to the

55:19 brown black and red coming back to the

55:19 brown black and red coming back to the color code here if you don't have 1

55:22 color code here if you don't have 1

55:22 color code here if you don't have 1 kiloohm don't worry too much you can

55:24 kiloohm don't worry too much you can

55:24 kiloohm don't worry too much you can also use 330 or 470 ohm resistors so I'm

55:29 also use 330 or 470 ohm resistors so I'm

55:29 also use 330 or 470 ohm resistors so I'm getting those values because they are

55:31 getting those values because they are

55:31 getting those values because they are very common values as well and if you

55:33 very common values as well and if you

55:33 very common values as well and if you have 330 for example you can see that we

55:36 have 330 for example you can see that we

55:36 have 330 for example you can see that we first need three and three so the first

55:39 first need three and three so the first

55:39 first need three and three so the first two bands should be orange okay and then

55:42 two bands should be orange okay and then

55:42 two bands should be orange okay and then depends on if it's a four band or five

55:45 depends on if it's a four band or five

55:45 depends on if it's a four band or five band the rest is going to be different

55:46 band the rest is going to be different

55:46 band the rest is going to be different but you should start with orange and

55:47 but you should start with orange and

55:47 but you should start with orange and orange and if you have a 470 ohm the

55:51 orange and if you have a 470 ohm the

55:51 orange and if you have a 470 ohm the first two numbers are four and seven so

55:53 first two numbers are four and seven so

55:53 first two numbers are four and seven so the first two bands should be yellow and

55:57 the first two bands should be yellow and

55:57 the first two bands should be yellow and uh Violet here purple all right so

55:59 uh Violet here purple all right so

55:59 uh Violet here purple all right so that's how you can find a resistor value

56:02 that's how you can find a resistor value

56:02 that's how you can find a resistor value it's quite easy Once you done this once

56:04 it's quite easy Once you done this once

56:04 it's quite easy Once you done this once or twice is very easy to find and I

56:06 or twice is very easy to find and I

56:06 or twice is very easy to find and I would just recommend one thing is not

56:08 would just recommend one thing is not

56:08 would just recommend one thing is not going below 330 ohm for the LEDs okay 1

56:12 going below 330 ohm for the LEDs okay 1

56:12 going below 330 ohm for the LEDs okay 1 kilohm is in fact a pretty high value

56:14 kilohm is in fact a pretty high value

56:14 kilohm is in fact a pretty high value for an LED with the Raspberry Pi but

56:16 for an LED with the Raspberry Pi but