F5F Stay Refreshed Power Users Networks TP Link C5400 supports two 5GHz frequency bands

TP Link C5400 supports two 5GHz frequency bands

TP Link C5400 supports two 5GHz frequency bands

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crazygladiator
Junior Member
10
05-21-2024, 12:11 AM
#1
I’m not familiar with network details, but I’m curious about your TP-Link C5400 setup. It seems you’re seeing two 5GHz bands—this is normal for that model. You don’t need to disable either; they provide flexibility depending on your usage.
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crazygladiator
05-21-2024, 12:11 AM #1

I’m not familiar with network details, but I’m curious about your TP-Link C5400 setup. It seems you’re seeing two 5GHz bands—this is normal for that model. You don’t need to disable either; they provide flexibility depending on your usage.

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vinigaidis
Junior Member
5
05-21-2024, 12:11 AM
#2
Each 5GHz radio supports up to 2167 Mbps while the 2.4GHz radio reaches about 1000 Mbps. Many routers include several 5GHz radios, which explains the reported speeds of around 5400 Mbps. They combine the theoretical capabilities of each radio and sum them up. In your router's case, they performed some rounding for accuracy. Regardless, disabling it won't affect the final result.
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vinigaidis
05-21-2024, 12:11 AM #2

Each 5GHz radio supports up to 2167 Mbps while the 2.4GHz radio reaches about 1000 Mbps. Many routers include several 5GHz radios, which explains the reported speeds of around 5400 Mbps. They combine the theoretical capabilities of each radio and sum them up. In your router's case, they performed some rounding for accuracy. Regardless, disabling it won't affect the final result.

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zYoshi20
Member
63
05-21-2024, 12:11 AM
#3
This setup is chosen for compatibility reasons. Lower channels work better with more hardware but are often shared by neighbors, making them slower. The second 5GHz band is likely reserved for higher channels, which aren't widely supported by many devices but also less common, possibly offering faster speeds. It allows you to distribute clients between these networks, enabling high-bandwidth devices on one and another high-speed connection on the other—without performance issues (though this depends on your broadband and router capabilities). The antennas are probably tuned more precisely for their frequency range, which can improve both range and speed.
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zYoshi20
05-21-2024, 12:11 AM #3

This setup is chosen for compatibility reasons. Lower channels work better with more hardware but are often shared by neighbors, making them slower. The second 5GHz band is likely reserved for higher channels, which aren't widely supported by many devices but also less common, possibly offering faster speeds. It allows you to distribute clients between these networks, enabling high-bandwidth devices on one and another high-speed connection on the other—without performance issues (though this depends on your broadband and router capabilities). The antennas are probably tuned more precisely for their frequency range, which can improve both range and speed.

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Glqbal
Member
173
05-21-2024, 12:11 AM
#4
It depends on your specific situation. You might want to avoid manual channel settings on the 5GHz bands if you're not certain about interference or coverage.
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Glqbal
05-21-2024, 12:11 AM #4

It depends on your specific situation. You might want to avoid manual channel settings on the 5GHz bands if you're not certain about interference or coverage.

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LorrenK
Senior Member
703
05-21-2024, 12:11 AM
#5
It often varies based on the router's behavior. I’d definitely test it in auto mode initially to check its performance.
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LorrenK
05-21-2024, 12:11 AM #5

It often varies based on the router's behavior. I’d definitely test it in auto mode initially to check its performance.

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226
05-21-2024, 12:11 AM
#6
I opted for automatic channel choice—based on the idea the router would detect and avoid interference. With more channels available in the 5GHz band versus 2.4, it significantly reduces the issue.
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LuLuPlaysCraft
05-21-2024, 12:11 AM #6

I opted for automatic channel choice—based on the idea the router would detect and avoid interference. With more channels available in the 5GHz band versus 2.4, it significantly reduces the issue.

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MacSolaris
Senior Member
457
05-21-2024, 12:11 AM
#7
You're seeing different 5GHz signal strengths based on where you are and whether you're on the first or second band. One spot works better upstairs, while another performs better downstairs.
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MacSolaris
05-21-2024, 12:11 AM #7

You're seeing different 5GHz signal strengths based on where you are and whether you're on the first or second band. One spot works better upstairs, while another performs better downstairs.

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Ralkage
Junior Member
46
05-21-2024, 12:11 AM
#8
Certainly both networks belong to you.
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Ralkage
05-21-2024, 12:11 AM #8

Certainly both networks belong to you.

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Noobso
Member
52
05-21-2024, 12:11 AM
#9
Both options were captured shortly after each other, using my phone and close to the router. The best performance came from the 5GHz2 band, while the worst was from the 5GHz1 band.
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Noobso
05-21-2024, 12:11 AM #9

Both options were captured shortly after each other, using my phone and close to the router. The best performance came from the 5GHz2 band, while the worst was from the 5GHz1 band.

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Dam1yo
Member
145
05-21-2024, 12:11 AM
#10
In theory, higher frequencies enable greater transmission power. Small variations in frequency and antenna positioning would also affect signal behavior. This explains why distinct features exist between the two networks.
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Dam1yo
05-21-2024, 12:11 AM #10

In theory, higher frequencies enable greater transmission power. Small variations in frequency and antenna positioning would also affect signal behavior. This explains why distinct features exist between the two networks.