Silicom’s N5013 and N5014 FPGA SmartNICs represent the pinnacle of high-performance, programmable network acceleration, engineered for the most demanding data center, telecom, and edge computing environments. Powered by the Stratix®® 10 DX 2100 FPGA, these solutions feature on-chip 8GB HBM2 memory delivering an unprecedented 512 GB/s aggregate bandwidth, alongside 32GB ECC-protected DDR4 and 144Mbit QDR-IV memory. The N5013/N5014 offers four QSFP28 ports supporting 100/40/25/10GbE, PCIe Gen4 x16 connectivity, and advanced time synchronization via IEEE 1588 PTP and SyncE, ensuring exceptional throughput, low latency, and precise timing for mission-critical applications.
The N5014 model further distinguishes itself with two integrated E810-CAM1 network controllers, providing a direct, hardware-compatible interface with Linux drivers and the Data Plane Development Kit (DPDK). This architecture enables the N5014 to serve as the primary data path to and from ...
Silicom’s N5013 and N5014 FPGA SmartNICs represent the pinnacle of high-performance, programmable network acceleration, engineered for the most demanding data center, telecom, and edge computing environments. Powered by the Stratix®® 10 DX 2100 FPGA, these solutions feature on-chip 8GB HBM2 memory delivering an unprecedented 512 GB/s aggregate bandwidth, alongside 32GB ECC-protected DDR4 and 144Mbit QDR-IV memory. The N5013/N5014 offers four QSFP28 ports supporting 100/40/25/10GbE, PCIe Gen4 x16 connectivity, and advanced time synchronization via IEEE 1588 PTP and SyncE, ensuring exceptional throughput, low latency, and precise timing for mission-critical applications.
The N5014 model further distinguishes itself with two integrated E810-CAM1 network controllers, providing a direct, hardware-compatible interface with Linux drivers and the Data Plane Development Kit (DPDK). This architecture enables the N5014 to serve as the primary data path to and from the host system, extending virtualization of the host into the FPGA.
The PCI interface of the card i shared through a PCI switch allowing full PCI gen4 x16 bandwidth to both the FPGA and there 2x E810 controllers.