QNAP QXG-100G2SF-E810 Networking card Internal Fiber 100000 Mbit/s

The dual-port QXG-100G2SF-E810 100GbE network expansion card with Intel® Ethernet Controller E810 supports PCIe 4.0 and provides up to 100Gbps bandwidth to overcome performance bottlenecks. With iWARP/RDMA and SR-IOV support (available soon), the QXG-100G2SF-E810 greatly boosts network efficiency and is ideal for I/O-intensive and latency-sensitive virtualization and data centers. The QXG-100G2SF-E810 is a perfect match for all-flash storage to realize the highest performance potential for ever-demanding IT challenges. Ensure reliable data transfer with Forward Error Correction (FEC). The QXG-100G2SF-E810 FEC supports to overcome packet loss – a potentially common occurrence in fast, long-distance networks. FEC helps the receiving side detect and recover lost data to correct bit errors, thus ensuring reliable data transmission over "noisy" communication channels. With three FEC modes, you can use a suitable cable and switch to build an optimal network environment. Pair with high-speed switches for high-performance, low-latency data centers. The QXG-100G2SF-E810 network expansion card can be connected to a switch either with a QSFP28 cable or a QSFP28 to (4) SFP28 cable. You can also configure network redundancy to achieve network failover via the switch for continuous service and high availability. Unleash the full potential of the NVMe all-flash TS-h2490FU. Supporting twenty-four (24) U.2 NVMe Gen 3 x4 SSDs, QNAP's flagship TS-h2490FU NVMe all-flash storage features a PCIe Gen 4 x16 slot that enables the QXG-100G2SF-E810 to fully realize 100Gbps performance and eliminate bottlenecks in modern data centers. ters, virtualization, cloud applications, and mission-critical backup/restore tasks. Supports Windows and Linux servers/workstations. Besides QNAP devices, the QXG-100G2SF-E810 supports many platforms (including Windows 10, Windows Server, and Linux/Ubuntu) allowing you to attain optimal business performance for a wider range of system applications and services. The higher bandwidth density with reduction in links helps reduce cabling footprint and operational costs.