Product Code:X520-Da1 Ethernet Controller(S):82599Es-Lr Connector &Amp; Cable Medium: Sfp+ Direct Attach Copper/Sfp+ Transceivers Cabling Type: Sfp+ Direct Attached/Lc Fiber Cable Twin Axial Cabling Up To 10 M Slot Type, Maximum Bus Speed A Slot Width: Pci Express* 2.0. 5.0 G T/S X 8 Lane Ports: Single Port Supported Slot Height(S): Low Profile And Full Height Ligent Offloads: Yes Vt For Connectivity: On-Chip Qos And Traffic. Management, Flexible Port. Partitioning, Virtual Machine. Device Queues (Vmdq), Pci-Sig* Sr-Iov Capable. Storage Over Ethernet: Iscsi, Nfs Iwarp/Rdma: Na Ethernet Converged Network And Server Adapters Connectivity You Can Count On Reliable Performance ? Broad Os Support ? Optimized For Intel Architecture ? Low Latency Ethernet Best Choice For Virtualization ? Leadership In Virtual System Scalability With Flexible, Port Partitioning (Fpp) And Intelligent Offload ? Broad Vm Support (Vmware Esxi*, Microsoft Hyper-V*,Kvm* And Xen*)Unified Networking? Full Line Of 10Gbe Converged Network Adapters (Cna) ? Fibre Channel Over Ethernet ? Iscsi With Trusted, Native Os Support ? Support For Data Center Bridging With Lossless Ethernet Platform Optimization ? Integrated Pci Express* ? Direct Data I/O Technology
⚠️ WARNING (California Proposition 65): This product may contain chemicals known to the State of California to cause cancer, birth defects, or other reproductive harm. For more information, please visit www.P65Warnings.ca.gov.
Frequently Asked Questions
Q: What are the dimensions of the H!Fiber 10Gb SFP+ PCI-E Network Card?A: The dimensions are eight point six six inches in length, five point nine one inches in width, and one point one eight inches in height.
Q: What type of connector does this network card use?A: This card uses a single SFP+ port for connectivity, compatible with SFP+ modules and DAC cables.
Q: What is the maximum bus speed of this network card?A: The maximum bus speed is five point zero gigatransfers per second, utilizing a PCI Express two point zero interface.
Q: What operating systems are compatible with the H!Fiber network card?A: It is compatible with Windows Server versions two thousand three, two thousand eight, two thousand twelve, Windows seven, eight, ten, and various Linux distributions.
Q: How do I install the H!Fiber 10Gb network card?A: Installation is straightforward; it includes both full-height and low-profile brackets for various computer cases. Drivers can be downloaded from the Intel website.
Q: Is this network card suitable for high-performance gaming?A: Yes, it offers speeds up to ten gigabits per second, significantly enhancing online gaming performance.
Q: How do I care for the H!Fiber network card?A: Keep the card in a dry environment, free from dust and moisture, to ensure optimal performance and longevity.
Q: What warranty comes with the H!Fiber network card?A: It includes a three-year warranty along with lifetime technical support for peace of mind.
Q: Can I return the network card if I am not satisfied?A: Yes, there is a thirty-day free return policy if you are not satisfied with your purchase.
Q: What should I do if the network card does not work after installation?A: If issues arise, ensure the drivers are correctly installed and compatible with your operating system. Contact customer service for assistance.
Q: Does this network card support virtualization?A: Yes, it is optimized for virtualization, supporting various platforms like VMware, Microsoft Hyper-V, and KVM.
Q: Is this card suitable for use in a data center?A: Yes, it supports storage over Ethernet, including iSCSI and FCoE, making it ideal for data center environments.
Q: What features enhance the performance of this network card?A: It features integrated Quality-of-Service technology and intelligent offloads to optimize network traffic.
Q: Can I use this card with older PCI Express slots?A: Yes, it is compatible with PCI Express X8 and X16 slots, ensuring versatility with different motherboards.
Q: How many ports does the H!Fiber 10Gb network card have?A: The card has one single SFP+ port for high-speed connectivity.