1 00:00:06,379 --> 00:00:10,669 - Alright, now let's talk about AWS Direct Connect. 2 00:00:10,669 --> 00:00:14,795 Direct Connect is a way of getting direct access 3 00:00:14,795 --> 00:00:18,378 into an AWS region over private networking. 4 00:00:19,367 --> 00:00:22,347 In many situations we have the need for 5 00:00:22,347 --> 00:00:25,034 on-premise applications or data 6 00:00:25,034 --> 00:00:28,716 to get to and from Amazon Web Services region 7 00:00:28,716 --> 00:00:31,827 without going over the open internet. 8 00:00:31,827 --> 00:00:35,248 Maybe we need greater bandwidth and better performance 9 00:00:35,248 --> 00:00:37,444 and we can get that with the Direct Connect. 10 00:00:37,444 --> 00:00:39,342 Direct Connect comes in two options, 11 00:00:39,342 --> 00:00:43,887 being a one gig or a 10 gigabit per second connection. 12 00:00:43,887 --> 00:00:47,447 We can have one Direct Connect connection 13 00:00:47,447 --> 00:00:50,990 terminate into one or multiple VPCs. 14 00:00:50,990 --> 00:00:54,128 Now in order to establish this connection, 15 00:00:54,128 --> 00:00:56,476 we would provide our LOA-CFA 16 00:00:56,476 --> 00:00:59,181 to whatever vendor is local to us. 17 00:00:59,181 --> 00:01:03,547 In many cases, that might be AT&T, Level 3, Equinix, 18 00:01:03,547 --> 00:01:05,004 the list goes on. 19 00:01:05,004 --> 00:01:05,837 There's a number of providers. 20 00:01:05,837 --> 00:01:08,332 It just depends on where you are in the country 21 00:01:08,332 --> 00:01:10,036 or around the world. 22 00:01:10,036 --> 00:01:13,165 Another great benefit besides the increased bandwidth, 23 00:01:13,165 --> 00:01:14,932 the consistent network performance, 24 00:01:14,932 --> 00:01:18,873 is that we should keep in mind that data transfer 25 00:01:18,873 --> 00:01:22,982 out of AWS, whether it's data leaving a load balancer, 26 00:01:22,982 --> 00:01:25,311 it's data leaving Simple Storage Service, 27 00:01:25,311 --> 00:01:29,478 or leaving DynamoDB, we pay for all outgoing bandwidth, 28 00:01:30,397 --> 00:01:33,754 and so if we have bandwidth coming out of S3 29 00:01:33,754 --> 00:01:35,901 and going back to our corporate network 30 00:01:35,901 --> 00:01:37,969 or out co-location facility, 31 00:01:37,969 --> 00:01:40,776 we could see a lower data transfer rate 32 00:01:40,776 --> 00:01:43,429 by using Direct Connect. 33 00:01:43,429 --> 00:01:46,379 So in this example we're seeing 34 00:01:46,379 --> 00:01:48,546 our corporate data center, 35 00:01:49,862 --> 00:01:53,435 this could be our on-premise network at our headquarters, 36 00:01:53,435 --> 00:01:56,595 this could be our data center or a co-location, 37 00:01:56,595 --> 00:01:59,088 and we have a Direct Connect, 38 00:01:59,088 --> 00:02:00,898 and this particular Direct Connect 39 00:02:00,898 --> 00:02:03,395 we would divide into multiple VLANs 40 00:02:03,395 --> 00:02:05,978 where each VLAN terminates into 41 00:02:06,864 --> 00:02:10,614 a separate virtual gateway attached to a VPC. 42 00:02:11,714 --> 00:02:14,131 So we're leveraging one Direct Connect 43 00:02:14,131 --> 00:02:17,297 to gain access to multiple VPCs. 44 00:02:17,297 --> 00:02:20,293 So again, Direct Connect is a really great way 45 00:02:20,293 --> 00:02:23,806 to achieve a private, dedicated connection 46 00:02:23,806 --> 00:02:26,139 directly into an AWS region.