BEST SELLERS

In Wired Networking

It is solid made. Not a cheap piece of plastic.

AWesome card

- Full 2.5gbps speed on all ports! - It does the job without any compromise. I've saturated the 2.5gb ports many times and it performs well.

- Just plug and play in Windows 11 Pro. - I received 2 Card TX401, and both work like a charm. - Big upgrade on my local network, on a 10 G Switch. - Again, rock solid, good heat sink size, should be reliable for years... - It's Rj-45 , so no need to upgrade for fiber... for now. - Never had a problem with TP-Link to be honest.

This is one of those products that either works or doesn't, but with a few other factors to consider. 5 YEAR warranty !! This is a business class unit. I really like the metal case (shell). Very sturdy. In my testing, I took this on a business trip and had several machines networked and it worked great. I had it running 24/7 for 7 days, no problems. It runs very cool (low temperature), and the metal shell means it travels well and could even be stepped on with no harm. Network speeds were great on a gigabit network. It also has mounting slots (for screws) on the the back in case you want to wall mount (hang) it, which is nice too. Cable attachments seemed easy and solid to plug/unplug, and no wiggle or other issues. Overall feel like top quality construction.

Works very well with a strong signal. Very easy install for PCI-E x1

Excellent product, worked immediately out of the box, and does a great job of buffering among multiple speed sources.

The obvious question is why one would purchase this card over the far cheaper options. Generic 1Gbps NICs can be had for just over a tenth the cost, while Intel's desktop varieties run less than half the price of this card. Leaving aside the cheapest cards - ones I've found to cause more problems with data corruption and reliability than it's worth - the main reason to go with a server card is if you will be loading it heavily. If you're running your own datacenter, power-saving features such as EEE and DMA coalescing are handy, but that likely doesn't apply to most potential customers for this NIC. The I210T1 does an even better job at offloading calculations than previous generation NICs.Saturate a full 1Gbps connection with multiple streams and you'll see CPU usage drop in comparison to what it is with desktop cards. We put this card in a workstation to replace the on-board Realtek NIC. System CPU time dropped by 20-30% under very heavy network loads after switching to the I210T1. Another benefit to the I210T1 - and a possible reason to upgrade to this new model - is Audio Video Bridging (AVB) support. When working on projects where multiple media streams need to be perfectly synchronized, AVB worked wonders. Older NICs simply could not keep everything synced perfectly. We needed to work on 10Gbps connections instead. Being able to accomplish the same feat with a much cheaper card is great! The I210T1 is tiny. It fits easily even in systems with bulging heatsinks and video cards.

Powered, cables run out the same way, button control

- easy to setup - can mount on wall

The MS305 (pay attention to the model number when purchasing) is a fine addition to a home network, especially with moving moderately large amounts of data between devices (pictures, streaming, archives) internally or via the Internet.

-Whisper quite -Many Features -Web GUI or phone app to manage it -You have to know what your doing or at least read the manual.

Easy to install Plug and play!

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.

* 1x SPF+ WAN + 1x SFP+ LAN (connection to fiber ONT and one for uplink to other switches) * Local web interface (cloud management optional, not required) * Solid performance (e.g. hitting 8 Gb down on oversubscribed 10 Gb fiber) * Mostly silent; fans turn on for a couple of minutes every now and then, but mostly they stay off in my home office