XDPnet is pioneering next-generation domain-specific network acceleration technologies engineered specifically to solve the extreme bandwidth, tail latency, and adaptability demands of scale-up AI and datacenter fabrics
As modern AI architectures shift toward dense, scale-up interconnects, cluster economics are strictly dictated by packet execution speed, dynamic congestion control, and fabric tail latency. Traditional fixed-function networking infrastructure lacks the mutability to keep pace with rapidly evolving protocols, forcing host compute engines to manage transport overhead at the expense of primary AI workload execution.
XDPnet delivers the industry's first and only software-programmable, line-rate solution built for scale-up interconnect environments—driven by XDP2, the open-source programming model designed specifically for super high-performance data paths.
Unlocks full software programmability directly within high-bandwidth scale-up networks without sacrificing speed, throughput, or predictability
Leverages the open-source XDP2 GitHub repository, enabling developers to build and deploy ultra-high-performance data paths using open toolchains
Complete offload of complex protocol pipelines frees up host CPU and accelerator cycles for primary compute and token generation
Delivers multi-terabit throughput with sub-microsecond, predictable latency across disaggregated compute nodes
Allows instant protocol customization and updates directly in software, bypassing multi-year hardware respin cycles
Fosters rapid innovation using standard software languages and developer workflows, eliminating proprietary vendor lock-in
Visionary leader in networking, software development, and operating systems.
Scale-up networking should not be locked into rigid, fixed-function silicon. XDPnet bridges advanced open-source software toolchains like XDP2 with high-efficiency execution fabrics—giving infrastructure architects complete control over their interconnect destiny