Here is the replay of the session I just presented with an AWS partner (App Associates) and customer (Riso):http://cloudconclave.blogspot.com/2013/11/aws-storage-tiering-for-enterprise.html
I opened the session by 'testing' the audiences understanding of AWS storage tiers:
1. Assuming a 16K block size, what storage option provides average throughput of 1 to 2 MBPS ?
2. What storage option has single threaded through put of around 17 MBPS ?
3. Assuming a 16K block size, what EBS volume provides an average of 16-20 MBPS through put ?
4. Once again assuming 16K block size and also assuming 4 1K PIOPS volumes, for what EC2 instances will you start to see network saturation ?
5. What storage option produces approximately 100-145 MBPS read and write through put?
6. For which storage option is it possible to transfer approximately 3 TB a day a day over a WAN ?
Answers:
1. Standard IOPS
2. S3
3. 1K PIOPS
4. Any instance with .5 Gpbs network connection. For example, m2.2xlarge
5. Hi1.4xlarge (high IO) ephemeral storage
6. AWS Storage gateway
I opened the session by 'testing' the audiences understanding of AWS storage tiers:
1. Assuming a 16K block size, what storage option provides average throughput of 1 to 2 MBPS ?
2. What storage option has single threaded through put of around 17 MBPS ?
3. Assuming a 16K block size, what EBS volume provides an average of 16-20 MBPS through put ?
4. Once again assuming 16K block size and also assuming 4 1K PIOPS volumes, for what EC2 instances will you start to see network saturation ?
5. What storage option produces approximately 100-145 MBPS read and write through put?
6. For which storage option is it possible to transfer approximately 3 TB a day a day over a WAN ?
Answers:
1. Standard IOPS
2. S3
3. 1K PIOPS
4. Any instance with .5 Gpbs network connection. For example, m2.2xlarge
5. Hi1.4xlarge (high IO) ephemeral storage
6. AWS Storage gateway
