![]() ![]() Therefore, you should treat the EC2 Network Performance Cheat Sheet as the first guide when choosing an instance type based on your network throughput needs. Please note, that the network benchmark was just a random sample and does not claim to be 100% accurate. Update: I run the network performance benchmark for t3.*, i3.metal, and z1d.* at September 25th, 2018. The benchmark measured the network performance of the following instance types. ![]() I have published the source code of the network benchmark at widdix/ec2-network-benchmark. ![]() A fresh c5.18xlarge was used as the counterparty for the network benchmark of each instance type. Each benchmark run took 60 minutes, and a data point was recorded every minute. I have run the network performance benchmark in us-east-1 on April 12th, 2018 using iperf3. INSTANCE TYPEĪdditional instance types can be found in the download below.ĭownload the free EC2 Network Performance Cheat Sheet (XLSX format). The baseline throughput is defined as the 10th percentile, which means the throughput was reached at least for 54 minutes. The burst throughput is defined as the 95th percentile, which means the throughput was at least reached for 3 minutes. The data analysis in the following table shows the burst and baseline throughput of each instance type. The results are compiled into the following cheat sheet. That is why I run a network performance benchmark for almost all EC2 instance types within the last few days. Unfortunately, you will only find very vague information about the networking capabilities of EC2 instances within AWS’s service description and documentation. What is the maximum network throughput of your EC2 instance? The answer to this question is key to choosing the type of an instance or defining monitoring alerts on network throughput. ![]()
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