Netperf Server List 🆕 No Ads

Source,Destination,Test Type 10.0.1.10,10.0.2.20,TCP_STREAM 10.0.1.10,10.0.3.30,UDP_RR 10.0.2.20,10.0.1.10,TCP_MAERTS

Netperf remains a cornerstone tool for measuring network performance, specifically bulk data transfer and request/response latency. While client-side execution is well-documented, the orchestration of a "server list"—a distributed set of netperf server list

| Server Type | Typical Hostname | Port | Test Focus | Benchmark Command Example | | :--- | :--- | :--- | :--- | :--- | | | gw-edge-01 | 12865 | UDP request/response | netperf -t UDP_RR -H gw-edge-01 | | Database Master | postgres-master | 12865 | TCP_STREAM throughput | netperf -t TCP_STREAM -H postgres-master -l 60 | | Cache Layer | redis-cluster-02 | 12865 | TCP_RR (Request/Response) | netperf -t TCP_RR -H redis-cluster-02 -- -r 64,1024 | | Object Storage | s3-proxy-01 | 12865 | TCP_MAERTS (Reverse) | netperf -t TCP_MAERTS -H s3-proxy-01 | | K8s Worker | k8s-node-05 | 12865 | SCTP_STREAM | netperf -t SCTP_STREAM -H k8s-node-05 | Source,Destination,Test Type 10

: Measures request/response (transaction) rate [11, 20]. You need a —a mapping of source to destination

For large-scale testing (e.g., validating a spine-leaf fabric), a single server list isn't enough. You need a —a mapping of source to destination.

While many public servers come and go, the following resources are historically stable for testing: