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This picture is about In this video, you'll be introduced to the Intel Ethernet 500, 700, 800 Series and #FPGA Network Adapters, and learn about their features and capabilities. FS provides a wide range of Intel Ethernet portfolio with up to 100Gbps for bandwidth-intensive workloads, support SR-IOV, DPDK, move data faster with innovative technologies and architecture that scale with business demands..
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This picture is about 208195.
This picture is about 208195.
This picture is about 208195.
This picture is about 208195.
This picture is about 208195.
This picture is about In this video, you'll be introduced to the Intel Ethernet 500, 700, 800 Series and #FPGA Network Adapters, and learn about their features and capabilities. FS provides a wide range of Intel Ethernet portfolio with up to 100Gbps for bandwidth-intensive workloads, support SR-IOV, DPDK, move data faster with innovative technologies and architecture that scale with business demands..
This picture is about 208195.
This picture is about 208195.
This picture is about 208195.
This picture is about 208195.
This picture is about 208195.

Product Highlights

PCIe 4.0 x16 Host Interface and 100Gb/s Single-Port Transmission
The Programmability of FPGA Enhances Parallelism and Flexibility in Network Deployment
RoCEv2 with Congestion Control Exhibits Low Latency with High-Speed Throughput
Network Virtualization SR-IOV, VxLAN, GRE
Increased I/O Consolidation, Reducing Data Center Costs and Complexity

100 Gigabit Single-Port QSFP28 Intel FPGA Based Smart Ethernet Network Interface Card

Based on the Intel Agilex 7 FPGA series, this single-port network interface card supports a PCIe 4.0 x16 host interface with a maximum link rate of 16 GT/s, providing ample bandwidth for line-speed communication on a single 100Gb port. It is compatible with mainstream server equipment and operating systems.
Featuring flexible programming capabilities, high-performance RoCEv2 functionality, and line-rate throughput, it supports flow control technologies such as PFC, DCQCN, and Go-Back-N retransmission, establishing end-to-end RDMA high-performance lossless networks. This resolves the deployment challenges of RDMA technology in high-performance computing, storage clusters, and other scenarios. Widely applied in data centers, cloud computing, storage, hyper-convergence, and other fields.