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HPE 593717 Internal Ethernet 10000 Mbit/s
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Latvijas Pasts pakomāts
Latvijas Pasts pakomāts
1.99 €
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The HPE 593717 Internal Ethernet 10000 Mbit/s is a dual‑port 10 Gigabit PCI Express network adapter designed for server environments. It fits into x8 PCIe slots and provides SFP+ connectivity for either Direct Attach Copper (DAC) cables or fiber transceivers and fiber optic cabling. The adapter supports standard server networking features including large send offload, checksum offload, VLAN tagging, jumbo frames and IPv6 support, and is available in both standard and low‑profile form factors for flexible installation.
This adapter delivers high throughput suitable for demanding network tasks and consolidates two 10 GbE ports on a single card to maximize slot efficiency in rack and tower servers. SFP+ compatibility allows use in copper or fiber infrastructures, simplifying integration into existing networks. Hardware offload features reduce CPU overhead for network processing, improving overall server performance under heavy network load.
Install the card in an available x8 or larger PCIe slot on a compatible server, securing it with the retention mechanism appropriate for the server chassis. Choose SFP+ modules or a Direct Attach Cable according to your network medium: use DAC for short copper connections or install fiber transceivers and fiber cabling for fiber runs. After hardware installation, power on the server and install the appropriate HPE or operating system drivers to enable full functionality and offload features. Configure network settings, VLANs and MTU sizes in the operating system or hypervisor to match your network design.
For optimal performance, use high‑quality SFP+ transceivers or passive/active DACs that meet 10GbE specifications, ensure firmware and drivers are up to date, and configure jumbo frames and offload features only if supported end‑to‑end in your network stack. When deploying in virtualized environments, allocate sufficient host resources and use NIC teaming or multipath approaches where redundancy and load balancing are required.
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