TP-Link 10/100/1000Mbps Gigabit Ethernet PCI Express Network Card, Win10/11

11/22/2025 System built 2013 (1st PC) Windows 10 (updated recently right before MS dropped all support) Mobo: Asus P8Z77-V Pro (updated iwht the latest BIOs) Onbard NIC: Intel 82579V Gigabit, Qualcomm Atheros AR9485 Wireless Optional NIC: Intel Giggabit CT (released around 2010), installed on bottom black PCIe 2.0 x16_3 slot Internet Speed Plan: 1Gbps Never used the onboard NICs, strictly ued the Intel Giggabit CT NIC for many years, was getting between 850-950Mbps, rrecently noticed it capping out at a little less than 400Mbps. Have a 2nd system, which is a clone of the first, it has the same Intel Giggabit CT NIC and is working fine, getting about 900Mbps. I took that NIC from the 2nd PC and installed it on the 1st PC, and got an average of 900Mbps, that proves that there is something wrong with the NIC on the 1st PC. I reinstalled the bad NIC on the 1st PC, did the same again, caps out at less than 400 Mbps, and got to the point where it intermittently does not even work at all. I started temporarily using the onboard NICs, both will intermittently lose connection after inactivity, system set do not go to sleep, only the monitor will, even tried turning off "Allow Windows to turn off device to save power", but to no avail, requiring a reboot to get either one working again temporarily, pretty sure it's a driver incompatibility issue with Windows 10, due to the outdated NICs. This issue will happen at least a couple of times per day. TP Link TG-3468 using RealTek chipset, I read some reviews of it dropping connection in Windows 10 and was worried that I may run into that also. Received it, the RealTek chip is RTL8168H, which is version 4.xx. Installed it and using Windows driver 9.1.410.2015, so far on the third day, no issues at all, getting between 850-950Mbps consistently, even after long inactivity. The Windows driver do not even show the Power Mangement tab in Device Manager, so it does not go to sleep (if Power Managerment tab is showing, best to uncheck the let it go to sleep to save power option". As long as Windows driver is working fine, no need to try TP Link's or RealTek's drivers. For $15, can't ask for more.

Easy installation of 10 minutes (you can find step-by-step instructions on YT for your brand/model of PC). Just make sure your PC has the matching type of expansion card slot for what you are buying (e.g. PCIe x1, 16, etc. AND that there is nothing ALREADY in that slot; check your computer's manual to find out; if you don't have the manual, download it from the company's support web site. I've included an image of a "typical" System Board [commonly called a "motherboard"]. Sys Board configurations vary and this is simply to give an EXAMPLE. Your board may be different, but it gives you an idea of what to look for regarding PCI-Express slots.). There should be no software installation required if you have Windows 10/11. Closed my PC, plugged all the cables back in, turned it on and after Windows detected it, it started "talking" to the other PC's in the house with a fast download/upload speed on the Internet. It's plain, simple with no bells-and-whistles and works great. WARNING!!! UNPLUG YOUR PC's electric power cable before attempting to open it and make sure you DISCHARGE ANY STATIC ELECTRICITY you might have in your body before touching anything in your computer or wear an anti-static wristband (about $6 on Amazon). WORD OF ADVICE: If it requires a lot of force to remove or install a component, 9 times out of 10, it either isn't supposed to be removed or doesn't belong where you're trying to put it.

I have a 1/2 height desktop computer that operates under Windows 7 Professional 64 bit and has a motherboard-based 1 gigabit network interface card. This computer is connected to our home network and works perfectly fine. I recently installed a business network in our home which includes a server, a NAS, and a Cisco firewall. Business users connect to this network via a VPN. I wanted to connect my computer to both of these networks, but I did not want business users to see the home network data, nor other home users to see the business data. The answer was to install a second NIC in the computer. As the computer is 1/2 height, I wanted a card with a low profile bracket. I ordered the TP-LINK TG-3468 1 gigabit NIC and received the card 2 days later. The card was delivered with a simple instruction sheet (with Windows XP and Windows 7), a resource CD with a manual and drivers (for Win XP, Vista 64/32, Win 7 64/32, and Win 8 64/32. There are no drivers for Win 10 and I did not test the Win 8 drivers on a Win 10 installation. I checked there web site and Win 10 drivers are not offered there, either. And, yes, the low profile bracket WAS included in the box! First step was to swap the card's factory equipped full profile bracket for the low profile bracket. This was simple, two screws and done, though there is no slop in the positioning. This is probably a good thing, since this means there is no position adjustment needed. Second step was to insert the card in an open expansion slot. The card is designed for a PCI Express (PCIe) X 1 slot and my computer has one of these, so the slot to use was simple to determine. If the computer did not have a PCIe X1, I could have used any of the other PCIe X16 slots. Third step was to restart the computer and install the driver CD in the drive. Windows 7 fails to automatically load drivers for the card, but the instructions expect this and provide the needed procedure. The instructions lead you step by step to setup the card, it couldn't be simpler. Fourth step was to check that the computer can see resources on both the old and new NIC's (both worked perfectly), then shut down the computer and close the case. It actually took longer to write this product review than it took to install and configure the interface card. I would certainly buy this product again!

I got it after my older Dell computer’s NIC had upload speed problems. Received the TP-Link Ethernet card, plugged it in, windows installed a default driver and it’s working like charm after 15 min.. Nice!

TP-Link manufactures quality networking gear. Over recent years, I have relied on a TP-Link modem and I currently running TWO TP-Link routers, one as a 'root' router, the other as an 'extender/bridge' router. Always rock-solid and reliable. (I retired the TP-Link modem only because TP-Link does not manufacture a stand-alone DOCSIS 3.1 modem.) Note that there has been, over the years, four versions/itinerations of this (1 Gigabit PCI-Express) card. Sold and shipped by Amazon, I received Version 4.6 of the card. So Amazon is selling (direct) and shipping current stock. You can check the version of the card by looking at the label on the outside of the box … or at the sticker on the card. Oddly, the MAC address is not given on either the box or the card; if you need it, you will have to snag it out of your router's DHCP list. Installation into a WinXP SP3 w/ circa-2007 Intel mobo was quick and straightforward: All the drivers come in the box on a mini-CD but to be sure I would be current, I instead downloaded the most current Version 4 XP drivers from the TP-Link support webpage for the card. That was a .ZIP file; I extracted all the files into a temporary folder. Powered down the computer. Snapped the card into a vacant PCI-Express x 1 slot on the mobo. Powered back up and got the "Welcome to the Found New Hardware Wizard" pop-up. The XP driver install instructions provided by TP-Link (at their website) were very close, but not entirely 100% spot-on; if I recall correctly, from the pop-up I followed the path: InstallFromAListOrSpecificLocation Don'tSearchIWillChooseTheDriverToInstall HardwareType (choose NetworkAdapter) Don't bother to choose a specific adapter from the given list, instead click on HaveDisk, then Browse (to the .inf file in the temporary folder), then Open it. Click on OK. Ignore incorrect driver warnings and click ContinueAnyway. (I think the warning is being 'thrown' by the fact that the TP-Link card is built on a Realtek chip & drivers.) Bam! Device and drivers installed. Device is named 'TP-Link Gigabit PCI Express Adapter.' The three needed driver files were dropped into the Windows/System32 folder. Swapped the Ethernet cable onto the card. Opened ControlPanel/NetworkConnections. Disabled the mobo Ethernet port, renamed it 'Mobo Ethernet.' Enabled the TP-Link Ethernet port, renamed it 'TP-Link Ethernet.' Deleted the temporary folder. Rebooted the router, just to be sure. Up and running !! I didn't pick up the download speed improvement I was hoping for, but I've definitely excluded the Ethernet port as a speed constraint. (Paying for 1Gb, pulling 220Mb … time to get a techie out here to test the speed at the coax connector!) In any case, this card is very inexpensive … and it is also a quick, easy solution under XP and older mobos.

Have one of the MSI Motherboards with the KILLER E2200 Network adapter, Hot Trash is a nice way of describing it, the driver set is so buggy that in the middle of perusing the .net, the card will literally disappear from your system and not even show up in Device Mangler. Thats an excersize in futility. The drivers software and even support are worthless. Enter the TP LINK family of products. Ive been procuring their products for years, theyve never given me any issues at all, minus some minor connectivity with an AC 750 router that once i updated the firmware went away. They tend to lean to the techie market with removable/upgradeable external antennas and tweak settings in most of their better products. PCI-E is a great form factor for a high speed NIC, and remember, your network is only as fast as the slowest thing its connected to. So i Purchased one of these for 15 bucks, literally shut down the computer, shoe horned the adapter between my Twin Nvidia Titan SLI GPUs, and turned the pc back on. 9 seconds later desktop appears, punch in my password and the card is already drivers loaded and connected at 1000x1000mb quick tracert and ping-t and some speed tests show that its using every megabyte of that connection in full duplex mode with NOT ONE error, true 2 gigabit bandwidth. This is important. Reason being is that most of us have well over 10/100 Internet speeds, if you cheaped out with a cheap 10/100 Cisco Router or Cable Modem, the Gigabit wont help, youre limited to 100mb regardless.. In my case every desktop is gigabit, the switches are gigabit, and the router/cable modem is gigabit. On Spectrum Internet I average 960mb download speeds and 260mb out. Less than 18 seconds to download a ripped dvd from an offsite FTP server. avg time prior was about 3-4 minutes. This is a decent Card for the price, Realtek is up to the old skool Intel NIC standards, and unlike the onboard KILLER Networking garbage, this takes a LOT less resources and CPU/RAM to run. Overall worthy of 5 stars. I also have 2 and 4 port server NIC's with this same chipset and theyre also very good and incredibly stable. Buy one and replace the ONBOARD Killer Networking E2200 or 2000/3000 Series cards and then MAKE SURE TO DELETE all the KILLER NETWORKING drivers and SOFTWARE. Theres tons of articles on the Net about how-to.

My onboard Ethernet controller failed, and relying on Wi-Fi resulted in inconsistent speeds and higher latency. I installed this TP-Link 10/100/1000Mbps PCIe NIC as a replacement and it performed exactly as expected. The card was detected immediately, drivers installed without issues, and link speed negotiated at a full 1 Gbps. Throughput is consistent, latency is low, and the connection has been stable under sustained load with no drops or packet loss. Excellent build quality for the price and a reliable solution if your onboard NIC dies or you need a dependable wired connection. Highly recommended for a straightforward gigabit upgrade or replacement.

Working great! Easy to install.

Elle fait son travail comme demandé. Petite et bien pratique dans son emplacement.

Nachdem ich ständig Probleme mit meiner integrierten Netzwerkkarte auf meinem Gaming-Mainboard hatte, entschied ich mich für den TP-Link Gigabit PCIe Network Adapter (TG-3468) - und ich wurde nicht enttäuscht. Die Installation des Netzwerkadapters war ein Kinderspiel. Dank des 32-Bit PCIe-Interfaces konnte ich ihn problemlos in meinen Computer einbauen. Die mitgelieferte Low-Profile-Halterung ermöglichte es mir sogar, den Adapter in meinem platzbeschränkten Gehäuse zu verwenden. Seitdem ich den TP-Link Gigabit PCIe Network Adapter verwende, sind alle meine Verbindungsprobleme verschwunden. Die Verbindung ist stabil und zuverlässig, und ich genieße jetzt unterbrechungsfreies Gaming und schnelle Downloads. Der Adapter unterstützt verschiedene Betriebssysteme, einschließlich Windows 11/10/8.1/8/7/Vista/XP, was für eine breite Kompatibilität sorgt. Die Gigabit-Geschwindigkeit dieses Adapters ermöglicht eine ultraschnelle Datenübertragung. Ich habe eine deutliche Verbesserung meiner Internetgeschwindigkeit und eine reibungslose Nutzung meiner Netzwerkdienste festgestellt. Die TP-Link-Marke steht für Qualität und Zuverlässigkeit, und der Gigabit PCIe Network Adapter ist da keine Ausnahme. Ich kann diesen Netzwerkadapter jedem empfehlen, der nach einer stabilen und leistungsfähigen Verbindung sucht. Er hat meine Erwartungen übertroffen und ist eine Investition, die sich definitiv gelohnt hat.

Needed an additional network card for a PC used for security (Dell Optiplex desktop). This one comes with a full size and a half size bracket (I needed the half size to fit the case and PCI express). Changed the bracket, installed and worked first time without issue.

PCにNICを増やしすため購入しました。 1000円しない激安品ですが、問題なく動作しています。 速度も1Gbps近く出ており、大満足です。 ジャンボフレームにも対応しており、最大で9014バイトに設定できました。 ※ジャンボフレーム機能を使用するにはドライバをインストールする必要あり。Windows10標準ドライバでは設定項目が表示されなかった。 ドライバはRealtek公式サイトで配布されているものが使えます。 (Realtek PCIe FE / GBE / 2.5G / Gaming Ethernet Family Controller Softwareというドライバ)

Bought this to revive an older desktop that had a flaky onboard NIC. Plugged it in, booted into Windows 10 — detected instantly, no driver needed. Ethernet came up at full gigabit speed and it's been rock solid since. No weird compatibility issues, no disconnects, no driver hunting — just clean, stable performance. I’ve tested sustained transfers over LAN and this card keeps up no problem. Also appreciate that it comes with both full-height and low-profile brackets. I used the full-height one, but it’s nice that it’s not an afterthought. Honestly, for the price, there’s no reason to mess around with Realtek garbage from no-name brands. TP-Link nailed it. It does exactly what it says, quietly and reliably. Would absolutely buy again if I needed more.