Tools such as mtr and traceroute can help provide clues for potential packet loss, as well as the latency of the packets that are sent to the remote host. Test your network path to check if any packet loss, high number of hops, or any other ISP-related issue affects how your connection traverses the internet. The client internet service provider (ISP) As another option, consider migrating the client closer to the S3 bucket. You can configure cross-Region replication so that data in the source bucket is replicated into the destination bucket in the new Region. To decrease the distance between the client and the S3 bucket, consider moving your data into a bucket in another Region that's closer to the client. Test an upload and download of the same file using both instances, and then compare the throughput between the two Regions.

For example, you can launch an Amazon Elastic Compute Cloud (Amazon EC2) instance in the same AWS Region as the bucket, and then launch another instance in another Region. You can test the impact of geographical distance between the client and the S3 bucket. The geographical distance between the request and the bucket contributes to the time it takes for a response to be received. Buckets are globally accessible, but they reside in a specific AWS Region. Use Amazon S3 buckets that are as geographically close to your client as possible. The location of the client making requests The Amazon S3 server access logs to determine the Turn-Around Time.The client internet service provider (ISP).The location of the client making requests.Check the following to identify and mitigate what might be contributing to slow or inconsistent speeds when downloading or uploading to Amazon S3:

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