WEBVTT 1 00:00.000 --> 00:09.980 Now it's time to jump over to the EC2 side of AWS and deploy our catalyst 8000V 2 00:09.980 --> 00:10.920 . 3 00:10.920 --> 00:16.470 Now before we do that, we are going to go ahead and create its interfaces first 4 00:16.470 --> 00:16.680 , just 5 00:16.680 --> 00:19.520 so we can make sure we apply the IP addresses. 6 00:19.520 --> 00:20.760 This is of course optional. 7 00:20.760 --> 00:24.870 We could create them during and after as well, but we're going to go ahead and 8 00:24.870 --> 00:25.520 get that done 9 00:25.520 --> 00:27.060 first. 10 00:27.060 --> 00:33.200 So we'll be aware that we will be using two elastic IPs throughout this skill. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 10 00:27.060 --> 00:33.200 So we'll be aware that we will be using two elastic IPs throughout this skill. 11 00:33.200 --> 00:35.360 Those I have already created that way. 12 00:35.360 --> 00:40.440 I can just already have my sessions and such saved in my secure CRT. 13 00:40.440 --> 00:44.840 So you can do these as we go, but I have them already configured that way. 14 00:44.840 --> 00:47.160 I always have the same IP addresses. 15 00:47.160 --> 00:54.000 So that said, let's go ahead and jump into AWS on the EC2 side of the 16 00:54.000 --> 00:56.040 configuration. 17 00:56.040 --> 01:02.110 So starting off here in the EC2 dashboard, let's take a look first at the WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 17 00:56.040 --> 01:02.110 So starting off here in the EC2 dashboard, let's take a look first at the 18 01:02.110 --> 01:03.160 elastic IPs 19 01:03.160 --> 01:05.160 that I already have created. 20 01:05.160 --> 01:09.480 So down here under networking and security, we'll go to elastic IPs. 21 01:09.480 --> 01:15.320 Notice that I already have these two elastic IP addresses allocated. 22 01:15.320 --> 01:19.950 One is going to be used for the jump box and one is going to be used for router 23 01:19.950 --> 01:20.360 ones, 24 01:20.360 --> 01:25.930 gigabit one interface, which is the interface that will be acting as the 25 01:25.930 --> 01:27.560 outside interface. 26 01:27.560 --> 01:32.600 So now let's go down just a little bit here and go to network interfaces. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 26 01:27.560 --> 01:32.600 So now let's go down just a little bit here and go to network interfaces. 27 01:32.600 --> 01:37.960 Under network interfaces, let's start by creating a new network interface. 28 01:37.960 --> 01:42.040 The first thing we need to do is configure the subnet. 29 01:42.040 --> 01:44.080 This is going to be the outside interface. 30 01:44.080 --> 01:45.760 We're going to configure first. 31 01:45.760 --> 01:48.600 So this is going to go on subnet one. 32 01:48.600 --> 01:52.160 And we're going to give it a custom IP address. 33 01:52.160 --> 01:57.480 Its address is going to be 10 dot 20 dot 1 dot 254. 34 01:57.480 --> 02:01.760 The rest of the settings here, we're going to want to set the security group. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 34 01:57.480 --> 02:01.760 The rest of the settings here, we're going to want to set the security group. 35 02:01.760 --> 02:03.800 So this is going to be again, the outside. 36 02:03.800 --> 02:06.760 So this is going to be in security group one. 37 02:06.760 --> 02:09.320 The rest of these settings will be fine. 38 02:09.320 --> 02:12.640 So let's go ahead and say create network interface. 39 02:12.640 --> 02:14.120 We'll rename this. 40 02:14.120 --> 02:17.480 This is going to be R1 gig one. 41 02:17.480 --> 02:20.360 And then we'll create another network interface. 42 02:20.360 --> 02:23.120 This one is going to be on the 10 subnet. 43 02:23.120 --> 02:25.940 Once again, we'll give it a custom address. 44 02:25.940 --> 02:30.640 This one is going to be 10 dot 20 dot 10 dot 254. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 44 02:25.940 --> 02:30.640 This one is going to be 10 dot 20 dot 10 dot 254. 45 02:30.640 --> 02:32.440 We'll scroll down. 46 02:32.440 --> 02:36.040 Security group for this one is going to be the SG LAN. 47 02:36.040 --> 02:38.480 And then we'll simply say to create. 48 02:38.480 --> 02:42.760 This one's going to be router one gigabit two. 49 02:42.760 --> 02:46.640 So now that we have the two interfaces we're going to use, let's go up here to 50 02:46.640 --> 02:47.440 instances 51 02:47.440 --> 02:51.520 as you can see, we don't have anything running at the moment. 52 02:51.520 --> 02:54.640 So let's go ahead and say launch instances. 53 02:54.640 --> 02:58.960 There's of course several places here we could click. 54 02:58.960 --> 03:01.280 So the first thing we need to do is give it a name. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 54 02:58.960 --> 03:01.280 So the first thing we need to do is give it a name. 55 03:01.280 --> 03:05.240 I'm just going to call mine C eight thousand V. 56 03:05.240 --> 03:10.480 And then we have to search for the AMI or the Amazon machine image. 57 03:10.480 --> 03:14.780 So if we go down here, we can actually search for exactly what I named this, 58 03:14.780 --> 03:15.280 the C eight 59 03:15.280 --> 03:16.680 thousand V. 60 03:16.680 --> 03:18.720 We hit enter to search. 61 03:18.720 --> 03:23.400 And if we go over here to the marketplace, scroll down. 62 03:23.400 --> 03:27.000 We'll see that it actually returned three selections. 63 03:27.000 --> 03:31.360 Notice the first two are for the eight thousand V. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 63 03:27.000 --> 03:31.360 Notice the first two are for the eight thousand V. 64 03:31.360 --> 03:34.720 These are the pay as you go options. 65 03:34.720 --> 03:38.830 The next one is for the Cisco virtual cube, which is not what we're here to 66 03:38.830 --> 03:39.680 discuss. 67 03:39.680 --> 03:43.160 The last one, we scroll all the way down. 68 03:43.160 --> 03:45.800 This is the one we're actually going to be using. 69 03:45.800 --> 03:50.310 This is the catalyst eight thousand V and this is the bring your own license 70 03:50.310 --> 03:51.120 version. 71 03:51.120 --> 03:54.280 So let's go ahead and hit select. 72 03:54.280 --> 03:56.480 This will give us some information about it. 73 03:56.480 --> 03:58.960 You can of course browse through here. 74 03:58.960 --> 04:01.720 We don't really particularly care about this right now. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 74 03:58.960 --> 04:01.720 We don't really particularly care about this right now. 75 04:01.720 --> 04:03.840 We're just going to hit continue. 76 04:03.840 --> 04:07.850 So it's going to populate this information in and we can now move down to the 77 04:07.850 --> 04:08.440 instance 78 04:08.440 --> 04:10.000 type. 79 04:10.000 --> 04:15.480 Notice the default instance type is a C five and large. 80 04:15.480 --> 04:19.040 Now this being a lab, we don't necessarily need that. 81 04:19.040 --> 04:23.160 That is Cisco's recommended minimum, but something that might be of more 82 04:23.160 --> 04:23.880 importance 83 04:23.880 --> 04:25.440 to you. 84 04:25.440 --> 04:30.840 If we hit compare instance types, it brings up this table with some interesting WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 84 04:25.440 --> 04:30.840 If we hit compare instance types, it brings up this table with some interesting 85 04:30.840 --> 04:32.200 information. 86 04:32.200 --> 04:37.700 However, it's missing something that we may really care about in regards to a 87 04:37.700 --> 04:38.040 router. 88 04:38.040 --> 04:42.400 If we click on the configuration gear over here on the right, we can configure 89 04:42.400 --> 04:42.880 what's 90 04:42.880 --> 04:44.880 in this table. 91 04:44.880 --> 04:49.930 And from a networking perspective, one of the things that AWS does not show us 92 04:49.930 --> 04:50.760 by default 93 04:50.760 --> 04:52.840 that might be important. 94 04:52.840 --> 04:57.350 If we scroll down here a bit, notice we have a maximum number of network 95 04:57.350 --> 04:58.480 interfaces. 96 04:58.480 --> 05:01.280 It may be useful to turn this on. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 96 04:58.480 --> 05:01.280 It may be useful to turn this on. 97 05:01.280 --> 05:03.080 Hit confirm. 98 05:03.080 --> 05:07.790 Then we have this new column showing us the maximum number of network 99 05:07.790 --> 05:09.320 interfaces and depending 100 05:09.320 --> 05:15.700 on exactly what you plan on doing with this 8000 V, you may have to choose this 101 05:15.700 --> 05:15.920 based 102 05:15.920 --> 05:19.280 on the number of interfaces that it can have. 103 05:19.280 --> 05:24.960 In our case, I've designed this lab to only need three interfaces. 104 05:24.960 --> 05:27.960 That way we can choose one of these smaller models. 105 05:27.960 --> 05:34.950 In fact, if we cancel this on our list, we can actually choose the T three WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 105 05:27.960 --> 05:34.950 In fact, if we cancel this on our list, we can actually choose the T three 106 05:34.950 --> 05:36.040 medium. 107 05:36.040 --> 05:39.200 And this one is going to be fine for this demonstration. 108 05:39.200 --> 05:43.720 Again, it's a little less powerful than Cisco wants us to use. 109 05:43.720 --> 05:46.600 However, it will work fine. 110 05:46.600 --> 05:50.360 Next we'll scroll down for our key pair. 111 05:50.360 --> 05:54.400 We're going to want to select on the drop down, select your key pair. 112 05:54.400 --> 05:58.640 If you don't already have one created, of course, you can create one from right 113 05:58.640 --> 05:58.680 here 114 05:58.680 --> 06:00.440 and use that one. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 114 05:58.680 --> 06:00.440 and use that one. 115 06:00.440 --> 06:06.400 We're going to need this, of course, to be able to SSH into the 8000 V. 116 06:06.400 --> 06:08.880 Next we'll scroll down here to our network settings. 117 06:08.880 --> 06:13.050 And of course, we're going to edit these because we've already created our 118 06:13.050 --> 06:13.980 interfaces. 119 06:13.980 --> 06:18.040 Of course, this is going to use the VPC, the subnet. 120 06:18.040 --> 06:21.120 We can just leave this as subnet one. 121 06:21.120 --> 06:24.840 We are not going to be auto assigning a public IP. 122 06:24.840 --> 06:27.160 We will be doing this ourselves. 123 06:27.160 --> 06:31.280 Now here's sort of an interesting thing about how this interface works. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 123 06:27.160 --> 06:31.280 Now here's sort of an interesting thing about how this interface works. 124 06:31.280 --> 06:36.240 Since we're going to be putting our interfaces that we already created in here, 125 06:36.240 --> 06:36.760 what we actually 126 06:36.760 --> 06:41.400 need to do is say, select existing security group. 127 06:41.400 --> 06:47.540 However, what we do not do is actually choose one off of the common security 128 06:47.540 --> 06:48.920 groups here. 129 06:48.920 --> 06:52.200 So we say to select one, but we're going to leave this blank. 130 06:52.200 --> 06:56.800 What we're going to do instead is we're going to open the advanced network 131 06:56.800 --> 06:58.080 configuration. 132 06:58.080 --> 07:00.920 Let's scroll down to bring this back to the top. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 132 06:58.080 --> 07:00.920 Let's scroll down to bring this back to the top. 133 07:00.920 --> 07:05.030 So now what we're going to do is configure our first network interface, network 134 07:05.030 --> 07:05.640 interface 135 07:05.640 --> 07:06.840 one. 136 07:06.840 --> 07:11.830 Under the network interface, we're going to select the interface that we 137 07:11.830 --> 07:14.280 created, R1G1. 138 07:14.280 --> 07:18.120 The rest of this, we do not fill out because we've already filled it out on the 139 07:18.120 --> 07:18.760 interface 140 07:18.760 --> 07:20.160 itself. 141 07:20.160 --> 07:25.610 So now all we want to do is come down here to add network interface, we'll 142 07:25.610 --> 07:26.200 scroll down, 143 07:26.200 --> 07:31.560 and for network interface two, and we'll select R1G2. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 143 07:26.200 --> 07:31.560 and for network interface two, and we'll select R1G2. 144 07:31.560 --> 07:36.110 Now note, interestingly enough here, when we select this, we get this error on 145 07:36.110 --> 07:36.840 the subnet 146 07:36.840 --> 07:41.850 saying the subnet cannot be specified when specifying an existing network 147 07:41.850 --> 07:42.600 interface, 148 07:42.600 --> 07:46.760 which is sort of interesting since I didn't choose anything there. 149 07:46.760 --> 07:49.240 AWS did this themselves. 150 07:49.240 --> 07:54.520 So what we need to do is click on the dropdown and change this back to select. 151 07:54.520 --> 07:57.040 That way there's nothing configured. 152 07:57.040 --> 07:59.000 That should be all we have to configure. 153 07:59.000 --> 08:11.240 So let's go ahead and say launch instance. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 153 07:59.000 --> 08:11.240 So let's go ahead and say launch instance. 154 08:11.240 --> 08:15.750 So the instance has been successfully launched, but while this is spinning up, 155 08:15.750 --> 08:16.160 there's one 156 08:16.160 --> 08:20.200 other thing we need to configure about the interfaces that we created. 157 08:20.200 --> 08:21.920 So let's go back to our interfaces. 158 08:21.920 --> 08:29.570 What we'll want to do is have one of our interfaces selected here, such as R1G1 159 08:29.570 --> 08:29.720 , then 160 08:29.720 --> 08:35.410 under actions, we want to choose to change the source destination check, and we WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 160 08:29.720 --> 08:35.410 under actions, we want to choose to change the source destination check, and we 161 08:35.410 --> 08:35.800 want 162 08:35.800 --> 08:37.200 to turn this off. 163 08:37.200 --> 08:44.240 We'll hit save, select the other interface, and we'll do the same thing. 164 08:44.240 --> 08:52.160 And in case you were wondering, if you do select both of them and go to actions 165 08:52.160 --> 08:52.720 , that's 166 08:52.720 --> 08:54.120 actually grayed out. 167 08:54.120 --> 08:56.920 It does not let you do both at the same time. 168 08:56.920 --> 08:59.880 That's why we have to do one and then the other. 169 08:59.880 --> 09:04.240 Now that this has been updated, let's go back over to our instances. WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 169 08:59.880 --> 09:04.240 Now that this has been updated, let's go back over to our instances. 170 09:04.240 --> 09:05.920 It's still showing no instances here. 171 09:05.920 --> 09:07.640 So let's refresh. 172 09:07.640 --> 09:12.990 We see that our catalyst 8000V is now up and running is deployed on the T3 173 09:12.990 --> 09:13.800 medium, which 174 09:13.800 --> 09:22.200 is again fine for our uses, and the status checks are currently initializing. 175 09:22.200 --> 09:26.030 This will take just a few minutes to verify the status check while we're 176 09:26.030 --> 09:26.760 waiting. 177 09:26.760 --> 09:31.370 We'll just move on and verify this in the next video where we're going to get WEBVTT X-TIMESTAMP-MAP=LOCAL:00:00:00.000,MPEGTS:900000 177 09:26.760 --> 09:31.370 We'll just move on and verify this in the next video where we're going to get 178 09:31.370 --> 09:32.520 this configured 179 09:32.520 --> 09:37.940 with its IP addresses, interfaces, and get a baseline configuration configured 180 09:37.940 --> 09:38.240 on our 181 09:38.240 --> 09:38.960 new router.