Data Plane Development Kit (DPDK)

Data Plane Development Kit (DPDK) greatly boosts packet processing performance and throughput, allowing more time for data plane applications. 

DPDK can improve packet processing performance by up to ten times. It's possible to achieve over 80 Mpps throughput on a single Intel® Xeon® processor and double that with a dual-processor configuration.1 As a result, telecom and network equipment manufacturers (TEMs and NEMs) can lower development costs, use fewer tools and support teams, and get to market faster.

Solution Brief: Preview | Download

Developers can use DPDK to consolidate workloads into a single architecture, for a more scalable and simplified solution.

Learn about community events, download the latest major and stable releases, and get documentation, including quick start instructions, user guides, programmer’s guide and release notes.  
Visit dpdk.org ›

Intel® Network Builders

Fostering a vibrant ecosystem to lead the network transformation of tomorrow.

Intel® Network Builders University offers deep dives into different components of DPDK, providing hands-on installation and set up, as well as testing and performance measurement courses.

The program starts with an introduction to DPDK (DPDK 101/201) and includes additional courses like, “How to Maximize Performance of NFV on Intel® Architecture.”

Learn more about DPDK courses ›

Informasi Produk dan Performa

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Pengujian dan peringkat kinerja diukur menggunakan sistem dan/atau komponen komputer spesifik dan mencerminkan perkiraan kinerja dari produk-produk Intel® sebagaimana diukur oleh berbagai pengujian itu. Adanya perbedaan dalam hardware sistem atau desain software atau konfigurasi mungkin dapat memengaruhi performa sebenarnya. Para pembeli perlu mencari sumber-sumber informasi lain untuk mengevaluasi kinerja sistem atau komponen yang sedang mereka pertimbangkan untuk dibeli. Untuk informasi lebih lanjut mengenai tes-tes performa dan mengenai performa produk-produk Intel, kunjungi Intel Performance Benchmark Limitations.