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These are the user uploaded subtitles that are being translated: 1 00:00:00,060 --> 00:00:02,790 So what are IPv4 addresses? 2 00:00:03,540 --> 00:00:08,100 So it's an undeniable fact that the internet has an important place in people's lives. 3 00:00:08,670 --> 00:00:15,330 You must be on and off the internet during the day, but you definitely use the internet for your needs 4 00:00:15,600 --> 00:00:16,950 more than just for browsing. 5 00:00:17,850 --> 00:00:24,060 But did you know how the internet has provided you type the name or the address into your browser? 6 00:00:24,420 --> 00:00:27,060 The address that you want is presented to you. 7 00:00:27,920 --> 00:00:32,150 The technology that enables this is called IPv4. 8 00:00:32,870 --> 00:00:36,650 Let's learn what it is in IPv4 detail. 9 00:00:37,810 --> 00:00:46,570 What is IPv4 Internet protocol, or IP, is the basic technology that enables devices to connect to 10 00:00:46,570 --> 00:00:47,170 the internet. 11 00:00:48,070 --> 00:00:52,390 It allows devices used on the internet to send messages and data to each other. 12 00:00:53,340 --> 00:00:59,910 When you want to connect to the internet device, such as computers, laptops, mobile phones, tablets, 13 00:01:00,420 --> 00:01:08,340 this technology assigned to numerical IP address IP addresses are vital for the internet infrastructure. 14 00:01:09,240 --> 00:01:14,760 Information flow between computers cannot be provided without IP addresses. 15 00:01:17,210 --> 00:01:21,830 IPv4 is version four of the Internet protocol. 16 00:01:22,640 --> 00:01:29,840 It's been in use since 1983, and it's the version used by devices that connect to the internet. 17 00:01:30,680 --> 00:01:34,430 This version gives a private IP address for each device. 18 00:01:34,430 --> 00:01:39,290 It will access the internet if your home address shows where you live. 19 00:01:39,890 --> 00:01:42,950 The IP address shows what device you are using. 20 00:01:44,410 --> 00:01:47,620 What are IPV four DNS servers? 21 00:01:48,960 --> 00:01:55,710 Those who have a little knowledge of computers and the internet often have heard of the concept of IPV 22 00:01:55,710 --> 00:02:06,450 for DNS, DNS or domain name system is a system that translates and redirects site names to real IP 23 00:02:06,450 --> 00:02:07,200 addresses. 24 00:02:07,920 --> 00:02:12,810 Thanks to this system, you can browse the internet quickly and comfortably. 25 00:02:13,850 --> 00:02:19,940 A DNS server is a computer server with a database of site names, two IP addresses. 26 00:02:20,690 --> 00:02:24,770 Most DNS servers are owned by internet service providers. 27 00:02:25,400 --> 00:02:28,070 They just open the servers to their customers. 28 00:02:28,850 --> 00:02:31,280 However, there are free servers available. 29 00:02:31,880 --> 00:02:41,780 For example, Google's preferred DNS server, which is the most used internet search engine, is 8.8.8.8, 30 00:02:42,590 --> 00:02:47,900 and the other DNS server is eight Dot eight Dot 4.4. 31 00:02:49,400 --> 00:02:51,860 So how does IPV for work? 32 00:02:52,750 --> 00:03:02,770 IPv4 consists of 32 bits, so it consists of four numbers of eight bits, the numbers that will create 33 00:03:02,770 --> 00:03:07,480 the IP address vary between zero and 255. 34 00:03:08,310 --> 00:03:16,650 So it generates two to the thirty second, that's four billion, 294 million, nine hundred sixty seven 35 00:03:16,650 --> 00:03:20,910 thousand two hundred ninety six possible odd addresses. 36 00:03:21,750 --> 00:03:35,250 This possibility assigns each user an IP address between the numbers 0.0.0.0 and 255.255.255.0 255. 37 00:03:36,330 --> 00:03:38,820 Examples of IPv4 addresses. 38 00:03:39,790 --> 00:03:46,990 IP classes consist of four types of addresses A, B, C, D and E. 39 00:03:48,130 --> 00:03:51,310 For now, let's briefly look at these classes. 40 00:03:52,270 --> 00:03:57,340 Class A address is designed for large networks with many users. 41 00:03:57,940 --> 00:04:05,980 We can give an example of 49 Dot, 19 Dot 22 Dot 156 IPV four. 42 00:04:07,490 --> 00:04:12,170 Class B address first to walk debts are used to define the network. 43 00:04:12,830 --> 00:04:16,250 The other two octet are used to address users. 44 00:04:16,910 --> 00:04:22,670 All addresses between 128 and 191 are Class B. 45 00:04:23,550 --> 00:04:32,490 One take 0.7 5.10, not one 10 is an example of a Class B IP address. 46 00:04:33,870 --> 00:04:39,960 The Class C address, the first three OK, debts are used to identify the network. 47 00:04:40,530 --> 00:04:43,350 The last octet is used to address users. 48 00:04:43,980 --> 00:04:49,230 All addresses between one, nine, two and two to three are Class C. 49 00:04:50,370 --> 00:04:58,290 One nine, two one six eight not one zero one zero five is an example of a Class C IP address. 50 00:05:01,150 --> 00:05:09,490 Class D addresses our IP addresses that are used for multicast all addresses between two, two four 51 00:05:09,490 --> 00:05:12,340 and two three nine are Class D. 52 00:05:13,350 --> 00:05:25,980 For instance, we can give the IP address two two four zero zero zero through 39 that 255.255.255.0. 53 00:05:27,660 --> 00:05:31,380 Class IP addresses are not used on the internet. 54 00:05:32,190 --> 00:05:35,850 It has been stored for research and future use. 55 00:05:36,890 --> 00:05:49,250 Do for 0.0.0.0 through two five four two five five two five five two five four is an E class IP address. 56 00:05:50,250 --> 00:05:57,780 So how to learn IPv4 if you're doing extensive information exchange on the internet, how will you learn 57 00:05:57,780 --> 00:06:00,630 IPv4 because it'll interest you? 58 00:06:01,470 --> 00:06:04,290 There are two ways to find out your IP address. 59 00:06:04,830 --> 00:06:11,970 The first is to find an IPv4 address with a skimmed command, and the second would be to find it through 60 00:06:11,970 --> 00:06:13,080 the control panel. 61 00:06:14,090 --> 00:06:18,440 Using one of these two ways, you can find out your own IPv4 address. 62 00:06:19,190 --> 00:06:25,910 You can even learn your Mac or physical address and the DNS server, as well as your IP address. 63 00:06:27,370 --> 00:06:29,800 How to find your IPv4 address. 64 00:06:31,430 --> 00:06:38,030 You open the start or run command from the taskbar to learn the IPv4 address connected to your computer. 65 00:06:39,220 --> 00:06:43,000 Type seemed in the search bar that appears on the screen. 66 00:06:43,960 --> 00:06:51,760 A black screen will appear in front of you in the bottom line type IP config into the command that says 67 00:06:52,090 --> 00:06:57,880 see backslash users backslash, believe, backslash and enter. 68 00:06:58,850 --> 00:07:03,080 This part may vary depending on the name and the language of your computer. 69 00:07:04,250 --> 00:07:07,700 The Windows IP configuration page appears on the screen. 70 00:07:08,540 --> 00:07:15,140 The IPv4 address under the Ethernet Adapter LAN connection line is your IP number. 71 00:07:16,700 --> 00:07:24,050 If you want to know your IP address from control panel, follow control panel to network and internet 72 00:07:24,650 --> 00:07:32,330 to network and sharing center to connections to details, you will see all the information about the 73 00:07:32,330 --> 00:07:32,930 IP. 74 00:07:35,250 --> 00:07:38,070 So why do you configure IPv4 settings? 75 00:07:39,170 --> 00:07:45,950 When you access the internet with your device, IPv4 automatically provides you with an IP address. 76 00:07:46,490 --> 00:07:48,680 You do not take any action for it. 77 00:07:49,890 --> 00:07:56,670 If you are using the internet effectively, if you are doing international transactions, if you want 78 00:07:56,670 --> 00:08:01,740 to use a secure IP address, IPv4 settings will be important for you. 79 00:08:02,610 --> 00:08:08,370 If you were on the internet with a corporate identity, it is important that you have a private IP address, 80 00:08:08,970 --> 00:08:12,540 otherwise you will have to use a shared address like other users. 81 00:08:13,990 --> 00:08:19,300 Along with the IP address, the system automatically assigns you DNS servers. 82 00:08:19,870 --> 00:08:26,080 But since these automatically assigned servers do not recognize some sites, you cannot log in. 83 00:08:26,980 --> 00:08:30,700 You can change the DNS servers that allow you to enter these sites. 84 00:08:31,210 --> 00:08:33,400 IPv4 DNS server. 85 00:08:34,960 --> 00:08:36,100 Well, that's the lesson. 86 00:08:36,610 --> 00:08:43,960 And now you've learned what an IPv4 address is, how you can learn your own and maybe how to configure 87 00:08:43,960 --> 00:08:44,080 it. 88 00:08:44,930 --> 00:08:48,830 So I hope you learned a lot because we're going to build on that in the next one. 9189

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