TP-Link 10 Gigabit PCI Express Network Adapter, CAT6A Ethernet Cable, Low-Profile and Full-Height Brackets, Supports Windows 11/10/8.1/8/7, Windows Servers 2019/2016/2012 R2, Linux (TX401)

Doesn’t support windows server 2019

Habe diese Karte nach schlechten Erfahrungen mit einer Variante von Asus gekauft. Auf dieser TP-Link TX401 ist noch der alte AQC107 Controller drauf. Positiv: + Gute Verarbeitungsqualität + ASPM unterstützt und kodiert + EEE funktioniert einwandfrei, einschließlich EDPD + 10 Gbit/s werden in beide Richtungen erreicht (unter Linux und Windows) + LP-Slotblende dabei + Cat 6a Kabel dabei Negativ: - Windows und Linux erkennen hohe Exit-Latenzen (>64us) für ASPM Standby-Zustände und wollen diese daher standardmäßig nicht aktivieren. Alles in allem eine gute 10G-Karte zu einem verträglichen Preis.

Ho migliorato le performance di rete nella mia lan anche se non migliora la mia connessione in fibra FTTH Fastweb(nominale 2.5Gb con. 950Mb Down e 970Up + cavi rete RJ45 cat7)

La carte est bien emballée. Un cable 1,5 m est offert avec. Elle fonctionne dès qu'elle est branchée dans les débits annoncés. J'ai également essayé sa concurrente Asus qui elle ne m'a causé que des problèmes (Impossible d'éteindre le PC après qu'elle ait été installée).

Fungerade direkt utan några bekymmer.

Many people have complained about this card. However, it's absolutely a windows bug that will lock the whole operating system, needing a cold-start. This card is brilliant, and performs really well. The issue is dual disk-cache deadlock if you want to look it up. It's been waiting to bite for 25 years, once nvme cards were invented and coupled to fast NICs like this one. It's very easy to fix... NVMe drive have an onboard DRAM disk cache, so windows operating-system level caching will conflict, and also degrade general write performance quite noticeably, and cause your operating system to completely lock when writing data to disk copied over the NIC, where the data rate exceeds the random write speed. The on-board DRAM is big (over 1GB), and many times faster that windows disk caching, so you really don't need the windows stuff slowing it down. Find your storage device in Windows Device Manager, open Properties, under Write-Caching-policy, disable write-caching-on-this-device. Reboot. TCP flow control will now work correctly, and while the write speed may drop to zero, that's fine and intended - you're just exceeding the random write speed of your storage device when that happens. It's also better to use the "Marvell AQution 10Gbit Network Adapter" drivers directly from the Marvell website rather than the TP-LINK ones. While the same driver is installed, there is extra stuff bundled with the TP-LINK drivers you don't need. After 30 years working in IT, I've not seen a better value or more reliable 10G card in this price bracket. Highly recommended if you do the above.