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In Network Interface Cards

Blazing Fast Download Speeds with my on board port I was maxing at 20-25Mb/s with this I'm getting the full scope of my ISP

I was instantly able to take advantage of my new 2000mbps internet service.

-Works without dropping connection (unlike like my onboard intel wired network adapter). -Price.

The ethernet port on my motherboard died. No problem, I have an old spare network card. Uh oh, the motherboard only has PCIe slots. So I ordered this and it was delivered shortly after. Installed it, started the computer, and off we go. I didn't have to install a driver, thanks Windows 11.

Works fine fast file transfer no probs

I had no issue getting 10g speed with my ASUS 10G switch and CAT 6a cable. It is great getting 500+ mbs copying files from one computer to another.

Some systems I got recently needed a second NIC but most NICs I had available were the old style PCI connection. These did the job fine.

Doubled my download speed in an inexpensive and easy to install card.

So I got into building a plex server and Ripping blu ray, using handbrake then putting them on my NAS plex server was slow on 1GBe networking (reltak is garbage if uou are transfering large files), so I decided to go 10Gbe and of course needed NICs to match. CLOUD had the cards that are intel and was plug and play into my Trunas system. On my Ripping computer just need to download the windows drives, easy.

Does exactly what it is supposed to. Setup was as easy as any other networking card, except ten times the speed! We put one of these on our server, and on our video editing workstation. We have a Netgear 10gbe XS708E switch between them. They are all connected through shielded CAT7. In a realistic day-to-day use, it's usually around 300 to 500 MBps. In some specific scenarios (large ISO files, etc) it goes to over 700MBps. This easily maxes out the SSD on the workstation! We no longer have to copy video files locally at our studio, instead they can remain on the server. It was very easy to set up link aggregation. I managed a peak of roughly 1.8GBps transfers to the server in specific scenarios, like setting up a ramdrive, running ATTO, etc.

Fast as heck in team mode on Windows Server 2016

Working like a champ in my vSphere 5.5 home lab. Pushing max theoretical 10G throughput (roughly 9.7Gbps) using iperf VM to VM on different hypervisor hosts hooked to a HP procurve 2910al w/ 2 J9008 dual port 10G SFP+ modules. I used a direct attached copper (DAC)/twinax cables I got off the infamous bidding site we all know and love for about 1/3 of the price of typical 3m twinax cables and they were HP branded/part numbered as well.

- Compatible with ESXi 6.5.0

Lower cost than others of its kind. It's significantly smaller than I was expecting, and the heat sink covers every bit of usable space for exceptional cooling.