10Gtek 10Gb PCI-E NIC Network Card, Single SFP+ Port, with Intel 82599EN Controller, Ethernet LAN Adapter Support Windows Server/Linux/VMware, Compare to Intel X520-DA1(Intel E10G42BTDA)

As a solutions architect who has recently started working from home, I needed a reliable and high-speed network card to handle my upgraded home internet connection, which is now a fiber connection at 5Gbps+. I also required higher throughput to my work's datacenter. The 10Gtek 10Gb Dual RJ45 Port Network Card with X540 Controller has proven to be an excellent choice.First and foremost, this network card delivers outstanding performance. With dual RJ45 ports and the X540 controller, it supports 10Gbps speeds, ensuring that my connection remains fast and stable. This has been crucial for my workflow, as I often need to transfer large files and access remote servers without any lag.Upgrading my home internet to a fiber connection at 5Gbps+ meant I needed a network card that could handle such speeds efficiently. The 10Gtek network card has met these demands perfectly, providing the necessary throughput to my work's datacenter. This has significantly improved my productivity, allowing me to access and manage data quickly and efficiently.The installation process was straightforward, and the card works seamlessly with my Windows systems and Hyper-V servers. The packaging was fantastic, and the install was as simple as expected. However, the only negative experience I had was finding compatible drivers. Windows Update didn’t recognize the hardware, and the manufacturer’s website didn’t have any readily available drivers. I ended up going to the chip manufacturer’s website and found the appropriate driver, which I successfully installed. No driver disks or instructions were provided.The build quality of this network card is on par with what I expected, providing a solid and functional product. It feels robust enough for long-term use without being overly impressive. Additionally, the card's design ensures efficient heat dissipation, preventing overheating even during prolonged use. One feature I particularly appreciate is the network activity lights, which, while almost standard, provide clear indicators of network status and activity. The device is also void of any additional noise, making it ideal for a quiet home office environment.Additionally, the value for the money is exceptional. This network card offers high-end performance and features at a reasonable price point, making it a great investment for anyone needing reliable network connectivity.In summary, the 10Gtek 10Gb Dual RJ45 Port Network Card with X540 Controller is an excellent investment for anyone needing high-speed and reliable network connectivity. It has significantly enhanced my home office setup, providing seamless and efficient access to my work's datacenter. If you're looking for a network card that offers great value for the money, exceptional performance, and broad compatibility, I highly recommend this product. Despite the minor inconvenience with the drivers, it has been a game-changer for my workflow and connectivity needs.

Working well in my Windows 11 PC. It's a home built system with an ASUS ROG Crosshair VII Hero motherboard and AMD Ryzen 9 5950X CPU. I connect my PC to an Aruba S2500 switch in the basement via OM4 fiber - my TrueNAS server also connects to the Aruba via 10Gb fiber.I was previously using a Mellanox card in my PC, but it died for some reason. This card seems to be working just as well, and I get very good thruput numbers when I test its connection to the TrueNAS server in the basement. (I didn't save the actual numbers). Recommended.

This NIC works out of the box with unraid.

I bought multiple of these. Installed seamlessly on a ASRock B550 motherboard running Windows Server 2022 and am able to consistently reach speeds of near 10 Gbps on Cat 6a cable on a Trendnet 10 Gbps switch connecting my home network. Windows installed drivers automatically with no problems. Also installed easily on Windows 10 and 11 PCs.

No automatic driver installation for Windows 10/11. Download the intel network adapter for Windows 10 driver package from intel's website. Go to Device Manager and find the unrecognized device (listed as Ethernet Controller), and manually install the drivers in this path:Wired_driver_x64\PROXGB\Winx64\NDIS65Otherwise it seems to work well so far.

Works great, no issues! I much prefer this Intel chipset over Marvell's!

Drivers for Windows 11 took an hour to find and required downloading the entire Intel network driver set just to get it installed. Constantly disconnects/reconnects every 5 seconds, so the driver is faulty. Worst of all even when connected via 40gb fiber to a machine across the room it didn't get over 1.2gbps. I'm assuming the Windows driver is at fault, and it may work fine on *nix, but this is just unacceptable. Intel needs to work with Microsoft to get the driver situation fixed so that end users don't have to deal with this kind of crap - it's not like we can troubleshoot things like we can on Linux. We have to endlessly read forums with unpaid volunteers telling us to run chkdsk over and over and over again. Replacing with NON-intel network devices. I'm looking forward to at some point never using Windows or any other Microsoft product ever again. Others who are using this device with Windows - server os or otherwise - verify your actual network throughput using iperf3.

I don't know what it is, but I have the WORST luck with my gaming towers. Even now I'm unable to get it to wake from sleep correctly, requiring me to wake, then force power off, then power on, then click Exit because it goes into the BIOS, restart, and finally login. EVERY TIME I try to wake it from sleep. Anyway, that's something else.The point is, I was dismayed (but not surprised) when my first X710-DA2-based card would not work. I spent hours trying to figure it out, but ultimately I gave up. I think with my luck such as it is, I just happened to get a dud.But this one works great. I did the usual dance for Windows 11 that I had become so accustomed to while trying to get the last one to work: Install to PCIe slot, reboot, install X710 drivers from the Intel website, and that was it! Plugged in the transceivers and it instantly negotiated a 10GbE connection with my switch. I then ran the Intel NVM Update utility to update the card to the latest firmware, and all is good.Oh, and a note to those (like me) that may not have memorized the data sheet for your motherboard -- on mine (MSI X670-P) the fourth PCIe slot is shared with the fourth M2 slot. So if you have several NVMe drives and that fourth slot is populated, nothing you put into the PCIe slot will work. Luckily I figured it out pretty quick and moved it, but it's something to look out for.