Flexibility meets proven performance for fast data transmission

     With the Intel Ethernet network adapter E810-XXVDA2, Intel is expanding its Ethernet 800 series with a performance-optimized multi-function 10/25GbE adapter with two 25GbE SFP28 ports. This adds another option to the Rutri line. The family offers network adapters with different port numbers and form factors for efficient and powerful use of server processors. Network adapters deliver higher application throughput for demanding cloud workloads and optimized packet sorting and sorting for high-bandwidth networking and communications workloads.

     The series offers speeds from 1GbE to 100GbE and supports new and improved features such as ADQ, DDP and support for iWARP and RoCEv2 RDMA. Network adapters provide the performance and flexibility to match the workload to meet changing network requirements.

     The series continues to evolve, enabling developers to directly benefit from the performance and flexibility of workload optimization to meet changing network demands. Features such as reliability and proven interoperability with fast data transfers round out the components.

     When the NVM is read and turned on, the series provides increased security through HW trust roots and authentication. It offers higher performance and lower cost thanks to the support of SFP+ and SFP28 transceivers, and provides better manageability by supporting PLDM headers, which makes FW management more flexible.

     The Ethernet Port Configuration Tool (EPCT) allows for flexible port and speed combinations for 100GbE 800 series network cards. EPCT provides a universal solution for high-density, port-constrained network environments, converting one port to eight 10GbE ports, four 25GbE ports, and more in up to six configurations.

     Typical application areas include cloud workflows: edge services, web servers, database applications, King servers, and storage targets; High bandwidth communication workloads: Mobile core, 5G RAN; And high-performance servers :NFV, storage, HPC-AI or hybrid cloud.