F5F Stay Refreshed Power Users Networks Switching from N to AC protocol?

Switching from N to AC protocol?

Switching from N to AC protocol?

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falcon1640
Member
163
08-20-2020, 05:59 PM
#1
Hello. Your Asus PCE-AC56 PCIe card only shows an N (2.4Gbps) connection, which limits your speeds. The driver downloads keep disconnecting and reconnecting, so you can only use it when plugged in directly. It seems the AC compatibility is working on your motherboard (Rog-Strix Z490-F), but you might have installed it incorrectly. Check the PCIe slot and ensure it matches the correct type for this card.
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falcon1640
08-20-2020, 05:59 PM #1

Hello. Your Asus PCE-AC56 PCIe card only shows an N (2.4Gbps) connection, which limits your speeds. The driver downloads keep disconnecting and reconnecting, so you can only use it when plugged in directly. It seems the AC compatibility is working on your motherboard (Rog-Strix Z490-F), but you might have installed it incorrectly. Check the PCIe slot and ensure it matches the correct type for this card.

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MCtoto123
Member
56
09-08-2020, 07:14 PM
#2
No, the router does not exceed N.
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MCtoto123
09-08-2020, 07:14 PM #2

No, the router does not exceed N.

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alan0621
Member
212
09-09-2020, 02:06 PM
#3
I have a laptop linked to the same network as an AC protocol device
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alan0621
09-09-2020, 02:06 PM #3

I have a laptop linked to the same network as an AC protocol device

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Ayella
Member
165
09-17-2020, 01:16 PM
#4
Confirming the details: connecting on 5GHz displays an AC status, while 2.4GHz shows a N status. This aligns with the information, as AC improvements are limited to the 5GHz range. All AC devices operate under N standards on 2.4GHz. Wi-Fi 6 will enhance both bands.
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Ayella
09-17-2020, 01:16 PM #4

Confirming the details: connecting on 5GHz displays an AC status, while 2.4GHz shows a N status. This aligns with the information, as AC improvements are limited to the 5GHz range. All AC devices operate under N standards on 2.4GHz. Wi-Fi 6 will enhance both bands.

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Synx_HD
Junior Member
6
09-17-2020, 04:30 PM
#5
It seems the issue has been resolved—it’s now linked to the 5GHz band. I confirmed earlier today that it was stuck on the N channel. Problem solved! Thanks.
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Synx_HD
09-17-2020, 04:30 PM #5

It seems the issue has been resolved—it’s now linked to the 5GHz band. I confirmed earlier today that it was stuck on the N channel. Problem solved! Thanks.

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Fijiboys777
Member
196
09-18-2020, 01:32 PM
#6
Hello. I've switched back to the N connection, but it seems to be quite unstable. Can you find a method to ensure it stays connected to the AC permanently?
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Fijiboys777
09-18-2020, 01:32 PM #6

Hello. I've switched back to the N connection, but it seems to be quite unstable. Can you find a method to ensure it stays connected to the AC permanently?

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Panda_1738
Junior Member
13
09-19-2020, 03:23 PM
#7
I don't have a single SSID for both bands. Each band typically has its own name, such as "Name" for 2.4GHz and "Name-5" for 5GHz.
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Panda_1738
09-19-2020, 03:23 PM #7

I don't have a single SSID for both bands. Each band typically has its own name, such as "Name" for 2.4GHz and "Name-5" for 5GHz.

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Oziris
Junior Member
48
09-19-2020, 05:04 PM
#8
It's identical in name, and just one link appears. For instance, my laptop stays linked to AC and performs well, but I experience significant lag on this PC when I frequently switch between N and AC, usually staying on N most of the time.
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Oziris
09-19-2020, 05:04 PM #8

It's identical in name, and just one link appears. For instance, my laptop stays linked to AC and performs well, but I experience significant lag on this PC when I frequently switch between N and AC, usually staying on N most of the time.

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BerkSahin
Member
106
10-11-2020, 07:17 AM
#9
I believe I solved the issue. I accessed the device manager, adjusted my "band preference" to 802.11a, which operates at 5GHz, and it’s now connected to the network.
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BerkSahin
10-11-2020, 07:17 AM #9

I believe I solved the issue. I accessed the device manager, adjusted my "band preference" to 802.11a, which operates at 5GHz, and it’s now connected to the network.

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maisymoon
Member
223
10-12-2020, 09:54 PM
#10
802.11a differs from 802.11ac in several ways. Both operate on the 5GHz band, but 802.11a is limited to 54Mbps, similar to 802.11b. They’re both relatively outdated technology. To ensure your devices connect to your WiFi 5 signal, restrict them to N/AC or AC settings in your router’s radio configuration.
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maisymoon
10-12-2020, 09:54 PM #10

802.11a differs from 802.11ac in several ways. Both operate on the 5GHz band, but 802.11a is limited to 54Mbps, similar to 802.11b. They’re both relatively outdated technology. To ensure your devices connect to your WiFi 5 signal, restrict them to N/AC or AC settings in your router’s radio configuration.