Enea Fast Path is a cross-platform user space TCP/IP stack that radically accelerates networking performance for any application communicating over IP and with requirements for scalability, throughput or latency. Enea Fast Path provides unrivaled performance for termination and forwarding use cases.
Enea Fast Path provides significantly higher performance compared to the Linux kernel stack and open sourced OFP.
Lock-in effects are eliminated thanks to backward compatibility with OFP and support for several hardware architectures and packet acceleration frameworks.
Thanks to linear performance scalability for an increased number of cores, Enea Fast Path leverages the power of multicore devices.
Enea Fast Path is optimized for DPDK, providing even shorter latencies and higher throughput wherever DPDK is available.
This benchmarking report compares the throughput performance of Enea Fast Path with two alternatives. The performance benchmarking was done together by Enea and a customer for an Evolved Packet Core use case involving UDP forwarding.
Enea Fast Path provides all the features and tools needed to build accelerated data planes. It builds on the source code from the Open Fast Path project, but adds optimizations, configurations and patches for improved performance. It is provided as a ready-made solution, pre-built, tested and verified to ensure highest possible performance and reliability.
Optimized TCP/IP StackStrong support and maintenance agreements that keep you protected from security threats and unexpected issues. Our engineers are ready to help you with small and big issues.
Integrating, configuring and tuning a fast path IP stack for maximum performance requires extensive experience, knowledge and a lot of time. Enea provides the collective expertise of its highly skilled engineers through a number of integration services designed to accelerate development projects and off-load customers.