List Verified: Netperf Server

: On the target system (the server), run the netserver command. By default, it listens on port 12865 . Command: netserver

Once you have the list, you need to run netperf on your machine ( netperf client) and tell it to talk to the remote server ( netserver ). 1. Run a Simple Throughput Test (TCP) This tests the maximum bandwidth (e.g., to TU Wien). netperf -H netperf.tuwien.ac.at -t TCP_STREAM Use code with caution. 2. Run a Latency Test (Request/Response) This tests how fast small packets can go back and forth. netperf -H netperf.tuwien.ac.at -t TCP_RR Use code with caution. 3. Run a Throughput Test with 60s Duration

Once you have selected a verified server from your list, use these standard syntax variations to test different network metrics. TCP Stream Test (Bulk Throughput) netperf server list verified

netperf -H <server_ip> -p 12865 -v 2 -t NULL

docker run -d --name netserver -p 12865:12865 networkstatic/netperf Use code with caution. Best Practices for Accurate Netperf Testing : On the target system (the server), run

Finding a verified Netperf server list is essential for accurate network throughput and latency testing. Netperf remains a gold standard tool for benchmarking network stacks, but its performance relies entirely on connecting to stable, verified endpoints.

These servers are documented in the Bufferbloat Project mailing lists and the Flent fleet blog. Some servers (like flent-tokyo) may have intermittent availability, as the project relies on donated cloud resources. run the netserver command. By default

Will you be testing across the or a private local network (LAN/WAN) ? What operating systems are your client machines running?

Major cloud providers and research networks occasionally host public measurement endpoints.