OpenOnload high performance user-level network stack

A collection of non-blocking(polling) network libs for Linux, also support solarflare APIs(Tcpdirect/Efvi)

Collection of documents related tunings for performance of Java low-latency trading systems: from hardware up to application level

AMD TCPDirect ultra low latency kernel bypass TCP and UDP implementation for AMD Solarflare network adapters, to be used with corresponding versions of Onload®️ at https://github.com/Xilinx-CNS/onload. The stable branch is currently `v8_1`.

erfvicap is a packet capture tool for network adapters from Solarflare

AMD Solarflare Enhanced PTP Daemon. Use multiple PTP and PPS sources and sync local clocks together in one integrated application with high quality timestamp filtering and PI controller, ntpd and gpsd integration, supporting bonds, bridges, LACP and VLANs, real time and long term stats reporting with built-in OpenMetrics exporter.

Tool for measuring jitter in user-level code due to system

A precision, Linux and AMD-first game-streaming host for Moonlight, with an observatory-style Web UI, low-latency transport tuning, and advanced host controls.

Tools for measuring network performance

SolarCapture network packet capture suite

PacketBroker is a network packet capture, aggregation, and forwarding solution for moving network packets of any protocols.

A low latency deterministic networking library developed with backends: Solarflare ef_vi, DPDK, Verbs, AF_XDP and Packet MMAP.

Onload® Operator for Kubernetes

Software to download, analyze, and process data from the MeDDEA instrument of the NASA PADRE mission

AMD Solarflare Linux Diagnostics tool (sfreport)

Export sfptpd metrics to Prometheus

A Kubernetes device plugin for solarflare NIC

A live space‑weather dashboard built on NASA’s powerful DONKI APIs that tracks solar flares, CME's, auroras, etc

Submission Repository for Summer Project'22 offered by Astronomy Club, IITK

A collection of non-blocking(polling) network libs for Linux, also support solarflare APIs(Tcpdirect/Efvi)