QNAP QXG-100G2SF-E810 Network Card Internal Fiber 100GB/s

QXG-100G2SF-E810100 GbE network expansion card breaks through the speeds of cloud storage networks where 100 Gbps can be achieved at no cost, ensuring maximum network performance

Unlike competing cards, QXG-100G2SF-E810 has a 100 GbE network expansion card with an Intel® Ethernet Controller E810 that supports PCIe 4.0 and delivers 100Gbps bandwidth.

QXG-100G2SF-E810's iWARP/RDMA and SR-IOV (available soon) capabilities improve network efficiency, making it an excellent choice for data centers and virtualization environments that require fast I/O.

Its all-flash storage capability offers the best performance potential for ever-increasing IT challenges thanks to its QXG-100G2SF-E810 module.

Achieve reliable data transfer with Forward Error Correction (FEC)

FEC is supported in QXG-100G2SF-E810 to overcome packet loss - a problem that can arise in a fast, long-distance network.

As a result, reliable data transmission is allowed over "noisy" communication channels by FEC, which makes it possible to detect and recover lost data.

By implementing FEC in three different modes, you can optimize your network environment.

Provides a low-latency, high-performance data center when paired with high-speed switches

QXG-100G2SF-E810 network expansion cards can be connected to a switch with either a QSFP28 or QSFP28 to (4) SFP28 cable.

In addition to redundancy, you can configure the switch to achieve high availability and continuous service.

Experience the full potential of the NVMe all-flash TS-h2490FU.

QNAP's TS-h2490FU NVMe all-flash storage features a PCIe Gen 4 x16 slot and can support twenty-four (24) U.2 NVMe Gen 3 x4 SSDs.

The QXG-100G2SF-E810 achieves 100Gbps performance and eliminates bottlenecks in modern data centers, virtualization, cloud applications, and backup/restore.

It supports both Windows and Linux workstations/servers

The QXG-100G2SF-E810 supports QNAP devices as well as a variety of other platforms (including Windows 10, Windows Server, and Linux/Ubuntu) to provide optimal business performance for a wide range of system applications and services.

As bandwidth density increases, the number of links is reduced, which helps reduce space requirements and operational costs.