Amazon Elastic File System
211–217 of 217 posts
Re: Amazon Elastic File System
#212Earlier quoted context omitted.
(me: Working in the Messaging Business for ISPs) Not sure how it would ever be technically possible for a networked filesystem to get even near directly attached storage. But, for sure, the typical carrier grade EMC or Netapp is MUCH slower then a good SAN. I'm talking about petabytes of very small (average maybe 20kB) files with lots of _random_ sync writes and reads. NFS has a lot of other benefits, but it surely i…
Petabytes of 20k files? I think you might want to use your filesystem more effectively.
Re: Amazon Elastic File System
#213Earlier quoted context omitted.
heroku uses ec2 under the hood. heroku is heresy for any competent programmer. despite aws being packaged services at least both managed db and ec2 show you your actual servers and let you choose specs.
Heroku is used by a wide variety of competent programmers. Not everyone wants or needs to choose specs or see actual servers.
Re: Amazon Elastic File System
#214Re: Amazon Elastic File System
#215What's the advantage of this over S3?
I think they're meant to solve different problems. On one hand S3 is designed for (among other things) serving files over the web. EFS sounds like it's designed to be used as a filesystem multiple instances can write to (say for a high-availability setup).
Re: Amazon Elastic File System
#216Until now, you could bind an ebs to only one instance.
Or had to use gluster / hdfs otherwise.
Multiple Amazon EC2 instances can access an Amazon EFS file system
at the same time, providing a common data source for
workloads and applications running on more than one instance.
You effectively have a distributed filesystem now. this is great news.