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Which is better: USB Wi-Fi or PCI-E Wi-Fi cards?

Which is better: USB Wi-Fi or PCI-E Wi-Fi cards?

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loxgirlfriend
Member
209
08-04-2020, 09:01 PM
#1
So far this has been a long time since I've been here, so I hope everyone's well. Beyond that, I'm curious—what do you think is superior? PCI-E Wi-Fi seems to be the top choice because it connects straight to the PCI-E bus, which cuts down on communication delays when sending TCP/UDP data. USB is handy for quick setup and offers similar functionality, but it feels more like a basic option. For my setup I'm using an ARCHER (TP Link) AC 600. Regarding other advantages, besides the reduced path for data transport, are there any significant benefits to using a PCI-E Wi-Fi card instead of a USB dongle?
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loxgirlfriend
08-04-2020, 09:01 PM #1

So far this has been a long time since I've been here, so I hope everyone's well. Beyond that, I'm curious—what do you think is superior? PCI-E Wi-Fi seems to be the top choice because it connects straight to the PCI-E bus, which cuts down on communication delays when sending TCP/UDP data. USB is handy for quick setup and offers similar functionality, but it feels more like a basic option. For my setup I'm using an ARCHER (TP Link) AC 600. Regarding other advantages, besides the reduced path for data transport, are there any significant benefits to using a PCI-E Wi-Fi card instead of a USB dongle?

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CzarnyJakup
Member
224
08-05-2020, 05:35 AM
#2
unless you're close to filling up the USB/PCIe bandwidth, i wouldn't be concerned about the extra load that mentioned. i have multiple USB wifi adapters (different brands and versions) and nearly all of them would get too hot during continuous transfers (around 20mbps) and cease functioning until you disconnect them. i haven't owned a PCIe adapter before, so no remarks.
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CzarnyJakup
08-05-2020, 05:35 AM #2

unless you're close to filling up the USB/PCIe bandwidth, i wouldn't be concerned about the extra load that mentioned. i have multiple USB wifi adapters (different brands and versions) and nearly all of them would get too hot during continuous transfers (around 20mbps) and cease functioning until you disconnect them. i haven't owned a PCIe adapter before, so no remarks.

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Tysaber
Member
60
08-05-2020, 01:29 PM
#3
From my experience, PCI-E cards work well. I've used them and also have a USB Wi-Fi dongle as backup. The dongle lacks the signal strength and antenna flexibility that PCI-E cards provide. Being able to move them with an antenna extension is helpful for port access and reducing signal loss.
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Tysaber
08-05-2020, 01:29 PM #3

From my experience, PCI-E cards work well. I've used them and also have a USB Wi-Fi dongle as backup. The dongle lacks the signal strength and antenna flexibility that PCI-E cards provide. Being able to move them with an antenna extension is helpful for port access and reducing signal loss.

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erin_33
Member
209
08-12-2020, 03:15 AM
#4
In this situation, PCI seems ideal since it covers gaming needs and supports the plan to eventually set up a strong backhaul router. This would handle multiple connections, security, routing, and media sharing—whether you run it locally or route content from a media server. * = My thoughts on hardware: PCI offers flexibility for gaming and future upgrades, unlike Linksys which feels limited. I’m considering PFSense as the firewall and main router, but I’m unsure about its performance with Wi-Fi. Unifi is top for Wi-Fi but needs three key things: reliability, low latency, and affordability. ** = I’m worried about dropouts in Wi-Fi—expect some packet loss, but I don’t want the device to shut down unexpectedly. On my current Linksys WRTACM3200, the 2.4GHz radio sometimes drops channels on one side but not the other, acting like it’s disconnected. I tried restarting but got no improvement; a full reboot seems necessary. It’s not ideal compared to Netgear models, which crash often until a reset works. Still, I’m opting for a budget-friendly option since it’s not what I expected.** Also, please accept my apology if this answer is overly long.
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erin_33
08-12-2020, 03:15 AM #4

In this situation, PCI seems ideal since it covers gaming needs and supports the plan to eventually set up a strong backhaul router. This would handle multiple connections, security, routing, and media sharing—whether you run it locally or route content from a media server. * = My thoughts on hardware: PCI offers flexibility for gaming and future upgrades, unlike Linksys which feels limited. I’m considering PFSense as the firewall and main router, but I’m unsure about its performance with Wi-Fi. Unifi is top for Wi-Fi but needs three key things: reliability, low latency, and affordability. ** = I’m worried about dropouts in Wi-Fi—expect some packet loss, but I don’t want the device to shut down unexpectedly. On my current Linksys WRTACM3200, the 2.4GHz radio sometimes drops channels on one side but not the other, acting like it’s disconnected. I tried restarting but got no improvement; a full reboot seems necessary. It’s not ideal compared to Netgear models, which crash often until a reset works. Still, I’m opting for a budget-friendly option since it’s not what I expected.** Also, please accept my apology if this answer is overly long.

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Nicocraft666
Member
194
09-02-2020, 09:30 AM
#5
Depends on the dongle, many are tiny and can overheat, but they offer a fast and sometimes simple fix. PCIE cards may perform better with built-in features like antennas, though they can cause compatibility problems (firmware updates, etc.) and require less USB dongle software. Unfortunately, a PCIE card might use more space than necessary. If your motherboard allows, smaller ITX models with powerful GPUs could be affected. Also check for PCIE 3.0 or 4.0 compatibility, as these often include additional features like Bluetooth. Just choose the latest and most reliable model that fits your budget.
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Nicocraft666
09-02-2020, 09:30 AM #5

Depends on the dongle, many are tiny and can overheat, but they offer a fast and sometimes simple fix. PCIE cards may perform better with built-in features like antennas, though they can cause compatibility problems (firmware updates, etc.) and require less USB dongle software. Unfortunately, a PCIE card might use more space than necessary. If your motherboard allows, smaller ITX models with powerful GPUs could be affected. Also check for PCIE 3.0 or 4.0 compatibility, as these often include additional features like Bluetooth. Just choose the latest and most reliable model that fits your budget.