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These are the user uploaded subtitles that are being translated: 1 00:00:03,149 --> 00:00:06,509 This is a free, complete course for the CCNA. 2 00:00:06,509 --> 00:00:10,468 If you like these videos, please subscribe\n 3 00:00:10,468 --> 00:00:15,468 Also, please like and leave a comment, and\n 4 00:00:17,789 --> 00:00:22,079 Also, remember to download this practice lab\n 5 00:00:25,559 --> 00:00:29,909 If you want more labs like these, I highly\n 6 00:00:29,910 --> 00:00:34,009 the CCNA, click the link in the video description\n 7 00:00:34,009 --> 00:00:38,649 It’s a network simulator like packet tracer,\n 8 00:00:38,649 --> 00:00:44,719 to CCNP level even, whereas Packet Tracer\n 9 00:00:44,719 --> 00:00:50,289 Here, you can see all of the labs available\nin NetSim for CCNA. 10 00:00:50,289 --> 00:00:54,789 These are all detailed, guided labs that not\n 11 00:00:54,789 --> 00:01:01,070 but really test your understanding, so I think\n 12 00:01:01,070 --> 00:01:04,260 If you want more practice relevant to what\n 13 00:01:04,260 --> 00:01:08,330 course, look here in the ‘network access’\nsection. 14 00:01:08,329 --> 00:01:13,929 These labs about VLANs and trunking feature\nboth DTP and VTP. 15 00:01:13,930 --> 00:01:17,940 Make sure to stick around to the end of this\n 16 00:01:17,939 --> 00:01:23,489 If you want to grab a copy of NetSim for CCNA,\n 17 00:01:25,489 --> 00:01:28,739 Let’s get started with today’s lab. 18 00:01:28,739 --> 00:01:33,640 Basically, we’ll go through some of the\n 19 00:01:35,599 --> 00:01:40,539 There are 4 VLANs in the lab, VLAN10, 20,\n30, and 40. 20 00:01:40,540 --> 00:01:45,340 We’ll use VTP to share the VLAN configurations\n 21 00:01:45,340 --> 00:01:50,640 So, step 1 says to configure the switchports\n 22 00:01:50,640 --> 00:01:59,890 DTP on them, so G0/1 on SW1, G0/1 and G0/2\n 23 00:01:59,890 --> 00:02:07,170 Let’s go on SW1. First, enter privileged exec\n 24 00:02:07,170 --> 00:02:12,860 with CONF T. The configure G0/1, INTERFACE\nG0/1. 25 00:02:12,860 --> 00:02:17,700 Actually, before configuring it let’s check\n 26 00:02:17,699 --> 00:02:23,238 modes with this command: DO SHOW INTERFACE\nG0/1 SWITCHPORT. 27 00:02:23,239 --> 00:02:30,709 Okay, as I mentioned in the lecture the administrative\n 28 00:02:30,709 --> 00:02:35,870 G0/1 interface, so the operational mode is\nstatic access. 29 00:02:35,870 --> 00:02:40,930 Notice that negotiation of trunking is on,\n 30 00:02:41,930 --> 00:02:47,969 Actually, let’s go into Packet Tracer's simulation mode\n 31 00:02:47,969 --> 00:02:53,919 I will click through here, and you should\n 32 00:02:53,919 --> 00:02:57,439 frames, as well as some DTP frames. 33 00:02:57,439 --> 00:03:02,859 STP and CDP are other protocols that I will\n 34 00:03:02,860 --> 00:03:06,260 think STP will be the topic of day 20’s\nlecture video. 35 00:03:06,259 --> 00:03:12,009 So, the point is you can see DTP negotiation\n 36 00:03:12,009 --> 00:03:16,389 However, because all are in dynamic auto mode,\n 37 00:03:16,389 --> 00:03:20,669 Now let’s go back to realtime mode and return\nto the CLI. 38 00:03:26,250 --> 00:03:28,319 Now let’s do the show command again. 39 00:03:28,319 --> 00:03:31,739 DO SHOW INTERFACE G0/1 SWITCHPORT. 40 00:03:31,739 --> 00:03:38,080 Okay, now both the administrative and operational\n 41 00:03:47,068 --> 00:03:50,359 DO SHOW INTERFACE G0/1 SWITCHPORT. 42 00:03:50,360 --> 00:03:55,379 Great, now negotiation of trunking is disabled. 43 00:03:55,378 --> 00:04:02,069 Next up is SW2. Enter privileged exec mode\n 44 00:04:02,069 --> 00:04:08,389 T. Configurations on G0/1 and G0/2 will be\n 45 00:04:14,030 --> 00:04:18,339 Now let’s configure them as trunks and disable DTP. 46 00:04:24,709 --> 00:04:33,318 DO SHOW INTERFACE G0/1 SWITCHPORT. \n 47 00:04:35,788 --> 00:04:41,680 DO SHOW INTERFACE G0/2 SWITCHPORT. \n Same, looks good. 48 00:04:41,680 --> 00:04:48,430 Finally let’s configure SW3. Again, enter privileged\n 49 00:04:48,430 --> 00:04:54,759 mode, CONF T. Configure the interface, INTERFACE\nG0/1. 50 00:05:00,649 --> 00:05:05,718 DO SHOW INTERFACE G0/1 SWITCHPORT. \n Okay, looks good. 51 00:05:09,129 --> 00:05:15,780 Now we’ll configure VTP, I’ll return to\n 52 00:05:18,300 --> 00:05:20,800 And check the current VTP situation. 53 00:05:24,310 --> 00:05:28,860 The output looks a little different than in\n 54 00:05:31,459 --> 00:05:35,788 Different switches or different IOS versions\n 55 00:05:35,788 --> 00:05:40,750 show slightly different output, so just be\n 56 00:05:40,750 --> 00:05:49,069 VTP version displays as 2, however down here\n 57 00:05:50,959 --> 00:05:54,329 The domain name is blank too, as expected. 58 00:06:15,149 --> 00:06:23,389 So, the domain name is CCNA, the number of\n 59 00:06:23,389 --> 00:06:27,939 number is 3, because it increased by 1 for\neach VLAN we created. 60 00:06:27,939 --> 00:06:33,949 Now, we haven’t done any VTP configurations\n 61 00:06:36,629 --> 00:06:40,740 According to what I said in the lecture, they\nshould. 62 00:06:40,740 --> 00:06:46,740 When they receive VTP advertisements from\n 63 00:06:48,668 --> 00:06:55,538 Let’ check on SW2. First get out of\ninterface config mode. 64 00:06:59,778 --> 00:07:04,288 Indeed, it has joined the VTP domain and the\n 65 00:07:10,999 --> 00:07:13,639 There they are, VLAN10, 20, and 30. 66 00:07:23,079 --> 00:07:24,878 Looks like SW3 has synced as well. 67 00:07:29,079 --> 00:07:35,868 So, SW3 has also added VLANs 10, 20 and 30,\n 68 00:07:35,869 --> 00:07:45,899 Next, for step 3, let’s configure SW2 in\n 69 00:07:45,899 --> 00:07:51,629 set the VTP mode with this command: VTP MODE\nTRANSPARENT. 70 00:08:01,468 --> 00:08:06,879 So, the revision number is now 0 because it's in transparent 71 00:08:09,439 --> 00:08:15,509 It kept the VLANs it synced from SW1 before,\n 72 00:08:15,509 --> 00:08:19,879 Do you think SW1 and SW3 have added VLAN40 now? 73 00:08:19,879 --> 00:08:22,539 They shouldn’t, since SW2 is in transparent\nmode. 74 00:08:22,538 --> 00:08:28,399 Let’s check on SW1. Okay, let’s check the\nVLANs. 75 00:08:33,179 --> 00:08:42,168 Let’s go on SW3 now. DO SHOW VLAN BRIEF. Again, no VLAN40. 76 00:08:42,168 --> 00:08:48,429 That’s because switches in VTP transparent\n 77 00:08:48,429 --> 00:08:53,349 SW2 will forward VTP advertisements between\nSW1 and SW3. 78 00:08:53,350 --> 00:08:58,680 Let’s go to step 4, configure SW3 in client\nmode. 79 00:08:58,679 --> 00:09:02,079 We’re on SW3 now, so let’s do it. 80 00:09:04,019 --> 00:09:09,778 Now, let’s try to add another VLAN, VLAN50,\nhere on SW3. 81 00:09:12,259 --> 00:09:17,560 As you can see, we are not allowed to configure\n 82 00:09:18,559 --> 00:09:24,388 So, if we want to add new VLANs on SW3, we\n 83 00:09:24,389 --> 00:09:30,818 advertise the changes to SW3, which will then\n 84 00:09:30,818 --> 00:09:37,370 Finally let’s do step 5, configure the switchports\n 85 00:09:37,370 --> 00:09:43,179 configure them as access ports, and check\n 86 00:09:43,179 --> 00:09:54,359 Starting here on SW3, F0/1 in VLAN 10, 2 and\n 87 00:09:57,278 --> 00:10:01,860 Before I configure it, let me check if DTP\n 88 00:10:01,860 --> 00:10:06,589 DO SHOW INTERFACE F0/1 SWITCHPORT. 89 00:10:06,589 --> 00:10:12,060 As you can see, negotiation of trunking is\n 90 00:10:12,059 --> 00:10:16,369 to PC5, even though it will never form a trunk\nhere. 91 00:10:23,720 --> 00:10:26,990 And let’s see if that disabled DTP. 92 00:10:26,990 --> 00:10:30,278 DO SHOW INTERFACE F0/1 SWITCHPORT. 93 00:10:30,278 --> 00:10:35,730 So, as you can see, manually configuring an\n 94 00:10:35,730 --> 00:10:42,100 ACCESS does indeed disable DTP, negotiation\n 95 00:10:42,100 --> 00:10:47,980 Now that we’ve confirmed that, I’ll just\n 96 00:11:04,990 --> 00:11:13,680 Okay, next up, SW2. INTERFACE RANGE F0/1 to 2. 97 00:11:20,078 --> 00:11:27,099 Okay, and finally, SW1. INTERFACE RANGE F0/1 to 2. 98 00:11:38,509 --> 00:11:43,669 Okay, so in this lab we took a look at DTP\n 99 00:11:43,669 --> 00:11:49,919 That’s all for this lab, let’s move on\n 100 00:11:49,919 --> 00:11:56,549 Okay, for today's Boson NetSim lab preview\n 101 00:11:56,549 --> 00:11:59,519 Configuring VTP Client Mode on Switches. 102 00:11:59,519 --> 00:12:04,629 As you can see here, there are quite a few\n 103 00:12:04,629 --> 00:12:09,740 for you, and some of them are quite complex,\nquite difficult. 104 00:12:09,740 --> 00:12:10,860 But some of them are more simple. 105 00:12:10,860 --> 00:12:16,639 So, just to show you that, I have chosen one of\n 106 00:12:20,159 --> 00:12:24,519 So I'll just go on 'lab instructions' here. 107 00:12:24,519 --> 00:12:29,139 The objective: configure VLAN trunking protocol\n 108 00:12:29,139 --> 00:12:32,819 Test VLAN updates from one switch configured\nas a VTP server. 109 00:12:32,820 --> 00:12:35,509 Prevent a second switch from creating VLANs. 110 00:12:36,970 --> 00:12:43,769 Two switches connected with two interfaces,\n 111 00:12:43,769 --> 00:12:47,019 Here are the commands you need to know to\ncomplete the lab. 112 00:12:47,019 --> 00:12:49,679 And a summary of the IP addresses. 113 00:12:49,679 --> 00:12:53,138 So, there are nine steps to this lab. 114 00:12:53,139 --> 00:12:58,970 Let's do the first, 6 I think, until configuring\na VTP client. 115 00:13:00,818 --> 00:13:03,849 Configure Switch1 with the appropriate host\nname. 116 00:13:03,850 --> 00:13:07,620 Configure FastEtherne0/11 and 0/12 to always\nbe trunks. 117 00:13:07,620 --> 00:13:11,220 Okay, so I am already in the CLI of Switch1. 118 00:13:11,220 --> 00:13:15,720 So let's do ENABLE, CONF T. And set the host\nname. 119 00:13:18,059 --> 00:13:23,299 Okay, and then FastEthernet0/11 and 0/12 to\nalways be trunks. 120 00:13:27,519 --> 00:13:29,438 First let's check the operational mode. 121 00:13:29,438 --> 00:13:34,139 DO SHOW INTERFACE F0/11 SWITCHPORT. 122 00:13:34,139 --> 00:13:40,088 Okay, so it is already in dynamic desirable\n 123 00:13:40,089 --> 00:13:43,380 But we want to configure it to always be a\n 124 00:13:44,379 --> 00:13:49,720 I assume FastEthernet0/12 is also the same. 125 00:13:50,990 --> 00:13:54,350 Okay, so let's configure them to always be\na trunk. 126 00:13:58,120 --> 00:14:01,499 And let's check, FastEthernet0/11. 127 00:14:01,499 --> 00:14:05,629 Administrative mode trunk, operational mode\ntrunk. 128 00:14:05,629 --> 00:14:09,470 And FastEthernet0/12 is the same. 129 00:14:09,470 --> 00:14:13,850 Okay, next step 2 is do the same thing on Switch2. 130 00:14:13,850 --> 00:14:20,540 So, here under 'devices', click on Switch2,\n 131 00:14:35,708 --> 00:14:40,338 SHOW INTERFACE F0/11 SWITCHPORT. 132 00:14:40,339 --> 00:14:44,820 Ah, so I forgot the 'DO' at the front of the\ncommand. 133 00:14:44,820 --> 00:14:48,939 So, if you're in this situation and you want\n 134 00:14:48,938 --> 00:14:54,129 type 'DO', or type 'NO' to cancel it, just\n 135 00:14:57,409 --> 00:15:00,778 Okay, administrative and operational mode\ntrunk. 136 00:15:00,778 --> 00:15:04,129 So this interface will always be a trunk. 137 00:15:07,559 --> 00:15:14,958 Okay, on Switch1 and Switch2 configure the\n 138 00:15:15,958 --> 00:15:19,099 I'll exit out of interface configuration mode. 139 00:15:19,100 --> 00:15:21,050 Let's check the current VTP configuration. 140 00:15:23,370 --> 00:15:29,560 Okay, so it already has a VTP domain name\n 141 00:15:29,559 --> 00:15:33,778 If this was 'null', actually let's check on\nSwitch2 also. 142 00:15:35,629 --> 00:15:39,919 Same, okay, so it was also pre-configured\nin 'bigdomain'. 143 00:15:39,919 --> 00:15:44,889 If both of them didn't have a domain yet,\n 144 00:15:44,889 --> 00:15:50,649 them, the other would then sync to that and\n 145 00:15:50,649 --> 00:15:55,019 But because they are already pre-configured,\n 146 00:16:06,839 --> 00:16:12,639 Okay, on Switch1 verify that the switch is\n 147 00:16:12,639 --> 00:16:14,789 So, do that same show command. 148 00:16:17,458 --> 00:16:23,159 Yes it is, it is in the default operating\nmode of 'VTP server'. 149 00:16:23,159 --> 00:16:25,809 Configure Switch2 as a VTP client. 150 00:16:25,809 --> 00:16:33,649 Okay, it also is a server, so VTP MODE CLIENT. 151 00:16:34,669 --> 00:16:38,028 With, again with DO SHOW VTP STATUS. 152 00:16:38,028 --> 00:16:41,679 Okay, so it has changed to operating mode\nof 'client'. 153 00:16:41,679 --> 00:16:45,669 Okay, so there are a few more steps in this\n 154 00:16:45,669 --> 00:16:50,028 If you want to get a copy of NetSim, please\n 155 00:16:50,028 --> 00:16:55,999 Again, if you can I highly recommend you do,\n 156 00:16:55,999 --> 00:16:58,290 of practice to help you get ready for your\nCCNA. 157 00:16:58,289 --> 00:17:03,129 Okay, so follow that link in the description. 158 00:17:03,129 --> 00:17:07,649 Back to our packet tracer lab for a second,\n 159 00:17:07,648 --> 00:17:12,119 that I didn’t mention in the lecture video,\n 160 00:17:12,119 --> 00:17:16,389 A switch will reject any VTP advertisement\n 161 00:17:19,119 --> 00:17:26,979 I’ll set the password with this command:\n 162 00:17:34,048 --> 00:17:39,079 So, the revision number is now 4, and the\nnumber of VLANs is 9. 163 00:17:39,079 --> 00:17:46,769 Let’s go see if SW3 accepts this advertisement. DO\n 164 00:17:46,769 --> 00:17:54,910 So, SW3 has a revision number of 3 and 8 VLANs,\n 165 00:17:54,910 --> 00:17:58,480 What if I set an incorrect password? 166 00:18:03,450 --> 00:18:06,250 It still doesn’t accept the advertisement. 167 00:18:06,250 --> 00:18:08,538 Now let’s set the correct password. 168 00:18:14,019 --> 00:18:20,029 Okay, you can see SW3 has now accepted the\n 169 00:18:20,029 --> 00:18:22,609 Just wanted to show you that extra feature\nof VTP. 170 00:18:27,589 --> 00:18:31,500 Please subscribe to the channel, like the\n 171 00:18:31,500 --> 00:18:34,829 with anyone else studying for the CCNA. 172 00:18:34,829 --> 00:18:37,579 If you want to leave a tip, check the links\nin the description. 173 00:18:37,579 --> 00:18:43,470 I'm also a Brave verified publisher and accept\n 14268

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