F5F Stay Refreshed Power Users Networks Yes, the USB Ethernet adapter can throttle performance.

Yes, the USB Ethernet adapter can throttle performance.

Yes, the USB Ethernet adapter can throttle performance.

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MissCrysis
Member
224
03-28-2016, 07:43 AM
#1
Hello, Your question about cable type doesn't affect performance noticeably. Both direct Ethernet and USB-to-Ethernet adapters work similarly for your laptop.
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MissCrysis
03-28-2016, 07:43 AM #1

Hello, Your question about cable type doesn't affect performance noticeably. Both direct Ethernet and USB-to-Ethernet adapters work similarly for your laptop.

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clix800
Member
122
03-29-2016, 08:01 AM
#2
It relies on the typical bandwidth of your standard Ethernet connection. With over 5Gb/s, it definitely handles it, though there could be a slight delay.
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clix800
03-29-2016, 08:01 AM #2

It relies on the typical bandwidth of your standard Ethernet connection. With over 5Gb/s, it definitely handles it, though there could be a slight delay.

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Sean_Nosliw
Junior Member
24
03-31-2016, 08:00 AM
#3
For gigabit ethernet, speed isn't usually an issue. The adapters I've used work well above 900 Mbps. PCIe NICs, such as those on most boards, offer better performance, lower CPU overhead, and more driver support—use them if possible.
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Sean_Nosliw
03-31-2016, 08:00 AM #3

For gigabit ethernet, speed isn't usually an issue. The adapters I've used work well above 900 Mbps. PCIe NICs, such as those on most boards, offer better performance, lower CPU overhead, and more driver support—use them if possible.

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177
04-15-2016, 09:32 AM
#4
In short, they discussed options between Gigabit onboard and quicker USB connections. There was a test showing performance with USB-C 2.5Gbit to a switch, then switching to a 10Gbit NAS. Data transfer times were recorded, and CPU usage on USB was noted but likely minimal on current hardware. You might want to clarify your concern.
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Beastingit3644
04-15-2016, 09:32 AM #4

In short, they discussed options between Gigabit onboard and quicker USB connections. There was a test showing performance with USB-C 2.5Gbit to a switch, then switching to a 10Gbit NAS. Data transfer times were recorded, and CPU usage on USB was noted but likely minimal on current hardware. You might want to clarify your concern.