1 00:00:00,450 --> 00:00:02,270 So, let's do a quick overview 2 00:00:02,270 --> 00:00:05,050 of Amazon FSx and FSx is not something 3 00:00:05,050 --> 00:00:07,700 you're expected to know how to create, okay? 4 00:00:07,700 --> 00:00:10,440 But it's good for us to just see the options. 5 00:00:10,440 --> 00:00:11,900 So, let's create a file system, 6 00:00:11,900 --> 00:00:13,480 as you can see we have three options today 7 00:00:13,480 --> 00:00:16,410 but it's possible, and I won't record the lesson every time 8 00:00:16,410 --> 00:00:18,210 there's a new file system that appears. 9 00:00:18,210 --> 00:00:19,520 So, we have NetApp ONTAP. 10 00:00:19,520 --> 00:00:21,410 We have Windows File Server and Lustre, 11 00:00:21,410 --> 00:00:24,570 but the exam will really focus on the Windows File Server 12 00:00:24,570 --> 00:00:28,480 and the Lustre type of file systems for FSx, okay? 13 00:00:28,480 --> 00:00:31,340 So let's consider just Windows File Server. 14 00:00:31,340 --> 00:00:34,030 So this is going to give us a managed Windows File Server 15 00:00:34,030 --> 00:00:36,800 file system, and then I click on next. 16 00:00:36,800 --> 00:00:38,790 And we can see the different options we have. 17 00:00:38,790 --> 00:00:41,250 So we have multi-AZ versus single-AZ 18 00:00:41,250 --> 00:00:43,960 and definitely, you wanna use a multi-AZ for production 19 00:00:43,960 --> 00:00:46,000 and single-AZ for testing. 20 00:00:46,000 --> 00:00:47,850 And you get more information around 21 00:00:47,850 --> 00:00:51,250 what is going to be the difference between single-AZ 2 22 00:00:51,250 --> 00:00:52,100 and single-AZ 1 23 00:00:52,100 --> 00:00:55,190 so, single-AZ 2 is the latest single-AZ FSx deployment, 24 00:00:55,190 --> 00:00:58,100 and can take a cost optimized HDD storage, 25 00:00:58,100 --> 00:01:01,370 and whereas this one supports using Microsoft DFS-R 26 00:01:01,370 --> 00:01:04,209 the single-AZ 1 and multi-AZ, just make sure that 27 00:01:04,209 --> 00:01:06,300 while your whole file system is across to AZ 28 00:01:06,300 --> 00:01:07,470 which is very handy. 29 00:01:07,470 --> 00:01:09,450 Storage type do you want SSD or HDD, 30 00:01:09,450 --> 00:01:12,260 and then the size of your windows file server, 31 00:01:12,260 --> 00:01:16,340 So between 32 gigabytes and 64 terabytes, okay? 32 00:01:16,340 --> 00:01:18,550 Then based on whatever you said so for example, 33 00:01:18,550 --> 00:01:22,610 I say, 16,000 gigabytes, based on what you say, 34 00:01:22,610 --> 00:01:24,900 then the throughput capacity is going to be either 35 00:01:24,900 --> 00:01:26,010 the recommended one, 36 00:01:26,010 --> 00:01:28,010 or you can specify what throughput you want 37 00:01:28,010 --> 00:01:30,120 for your file system. 38 00:01:30,120 --> 00:01:30,953 Okay. 39 00:01:30,953 --> 00:01:32,040 Then you choose wherever you launch it. 40 00:01:32,040 --> 00:01:34,820 So in a VPC with different subnets and so on, 41 00:01:34,820 --> 00:01:36,990 you integrate with windows authentication 42 00:01:36,990 --> 00:01:38,910 because this is a Windows File Server. 43 00:01:38,910 --> 00:01:42,580 You can encrypt it and then you can control the auditing, 44 00:01:42,580 --> 00:01:43,750 you can control the access, 45 00:01:43,750 --> 00:01:45,150 the backup and maintenance and so on. 46 00:01:45,150 --> 00:01:47,100 But again, we keep things at a high level 47 00:01:47,100 --> 00:01:48,460 just to show you the important things 48 00:01:48,460 --> 00:01:49,970 that you can have a multi-AZ 49 00:01:49,970 --> 00:01:52,980 versus a single-AZ, SSD versus HDD, 50 00:01:52,980 --> 00:01:55,360 provision capacity for throughputs 51 00:01:55,360 --> 00:01:58,570 and you can specify the source capacity as well in advance. 52 00:01:58,570 --> 00:01:59,490 Okay. 53 00:01:59,490 --> 00:02:01,910 Next, if you go to Amazon FSx for Luster, 54 00:02:01,910 --> 00:02:05,040 so this is for High Performance Computing, so HPC, 55 00:02:05,040 --> 00:02:07,000 and this is super important to know. 56 00:02:07,000 --> 00:02:08,720 So I click on next, 57 00:02:08,720 --> 00:02:11,770 and we have this file system so we have two options 58 00:02:11,770 --> 00:02:15,600 we can get a persistence on SSD or HDD, okay? 59 00:02:15,600 --> 00:02:18,200 Or we can get a scratch SDD, 60 00:02:18,200 --> 00:02:20,310 and you can get the difference again between processing 61 00:02:20,310 --> 00:02:22,460 file system and scratch file system here. 62 00:02:22,460 --> 00:02:25,520 So persistent is good for longer term storage and workloads, 63 00:02:25,520 --> 00:02:26,980 and the data is going to be replicated 64 00:02:26,980 --> 00:02:29,210 in case the servers fail. 65 00:02:29,210 --> 00:02:31,640 And the scratch file systems are ideal for temporary storage 66 00:02:31,640 --> 00:02:34,300 and short-term processing of data, 67 00:02:34,300 --> 00:02:36,590 the data is not replicated and it does not persist 68 00:02:36,590 --> 00:02:39,340 if a file server fails, okay? 69 00:02:39,340 --> 00:02:42,030 So we can do persistence SSD for example, 70 00:02:42,030 --> 00:02:44,030 and we can define it throughputs. 71 00:02:44,030 --> 00:02:46,640 So do we want to have 100 megabytes per second, 72 00:02:46,640 --> 00:02:47,860 per terabyte of storage? 73 00:02:47,860 --> 00:02:49,510 And then how many terabytes do you want? 74 00:02:49,510 --> 00:02:53,000 So 1.2 terabytes sounds great, 75 00:02:53,000 --> 00:02:57,270 which gives us a throughput of 128 megabytes per second. 76 00:02:57,270 --> 00:02:59,040 Do we want compression on the data? 77 00:02:59,040 --> 00:03:01,410 And what version of Lustre do we want? 78 00:03:01,410 --> 00:03:03,140 Then we have the same settings from before so and network 79 00:03:03,140 --> 00:03:04,750 settings, encryption settings, 80 00:03:04,750 --> 00:03:07,060 in ports and Becca maintenance. 81 00:03:07,060 --> 00:03:09,020 So this is it for FSx again, very high level, 82 00:03:09,020 --> 00:03:10,330 just so we can see the options, 83 00:03:10,330 --> 00:03:12,610 important to understand is Windows File Server 84 00:03:12,610 --> 00:03:14,520 for multi-AZ and Lustre 85 00:03:14,520 --> 00:03:17,200 for persistence of versus crutch file system. 86 00:03:17,200 --> 00:03:18,470 And you should be good to go. 87 00:03:18,470 --> 00:03:19,600 So that's it for this lecture, 88 00:03:19,600 --> 00:03:22,600 I hope you liked it, and I will see you in the next lecture.