F5F Stay Refreshed Power Users Networks Slower internet performance after installing a new router.

Slower internet performance after installing a new router.

Slower internet performance after installing a new router.

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BadrBoss
Member
72
06-06-2022, 04:10 AM
#1
I recently upgraded to faster internet with a 100 down / 10 up connection and a new modem. The wired speeds are as advertised, but wireless performance is only a tenth of that. It seems the issue might be with the modem itself or my setup. The TP-Link VN020-F3 is not ideal, yet it only supports 300mbps, which is below the expected 10mbps. My phone, the Xiaomi Mi A2 Lite, refuses to connect to the modem either.
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BadrBoss
06-06-2022, 04:10 AM #1

I recently upgraded to faster internet with a 100 down / 10 up connection and a new modem. The wired speeds are as advertised, but wireless performance is only a tenth of that. It seems the issue might be with the modem itself or my setup. The TP-Link VN020-F3 is not ideal, yet it only supports 300mbps, which is below the expected 10mbps. My phone, the Xiaomi Mi A2 Lite, refuses to connect to the modem either.

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DJStampy0305
Member
125
06-12-2022, 04:57 AM
#2
Wireless has two sides. Even if the modem is upgraded, if the adapter isn't working, nothing will occur. Additionally, the modem could still rely on outdated protocols even though it's new.
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DJStampy0305
06-12-2022, 04:57 AM #2

Wireless has two sides. Even if the modem is upgraded, if the adapter isn't working, nothing will occur. Additionally, the modem could still rely on outdated protocols even though it's new.

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iberius13
Member
133
06-12-2022, 06:29 AM
#3
The device uses wireless N with high-speed capabilities. My phone and computer both use AC power adapters.
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iberius13
06-12-2022, 06:29 AM #3

The device uses wireless N with high-speed capabilities. My phone and computer both use AC power adapters.

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wintery_kid13
Member
158
06-12-2022, 08:09 AM
#4
The setup isn't particularly recent. There were many different types involved. The process seems quite disorganized. It might be that both are reverting to an older standard for some reason.
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wintery_kid13
06-12-2022, 08:09 AM #4

The setup isn't particularly recent. There were many different types involved. The process seems quite disorganized. It might be that both are reverting to an older standard for some reason.

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Bryceconner62
Member
57
06-12-2022, 03:27 PM
#5
Great suggestion! I tested it and it functioned well! Thank you!
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Bryceconner62
06-12-2022, 03:27 PM #5

Great suggestion! I tested it and it functioned well! Thank you!

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Wolfia6243
Junior Member
20
06-16-2022, 10:38 PM
#6
The value displayed on the box is known as the Phyrate. It's determined by PHY Rate (bps) = (Number of Bits Transmitted)/(Symbol Time + Guard Interval) = (N∗B∗R∗S)/(Tb + GI). The formula involves key parameters: Number of Carriers Per Channel, Bits per symbol, Forward Error Correction (FEC) rate, Guard interval, and the number of MIMO spatial streams. Symbol Time equals Tb. PHY Rate represents the upper limit for data transmission speed in Wi-Fi devices. As a user, you likely don't need this detail, but it explains how the 300Mbps figure for your router was derived. For a more accurate estimate, consider halving the box value to reflect real-world performance.
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Wolfia6243
06-16-2022, 10:38 PM #6

The value displayed on the box is known as the Phyrate. It's determined by PHY Rate (bps) = (Number of Bits Transmitted)/(Symbol Time + Guard Interval) = (N∗B∗R∗S)/(Tb + GI). The formula involves key parameters: Number of Carriers Per Channel, Bits per symbol, Forward Error Correction (FEC) rate, Guard interval, and the number of MIMO spatial streams. Symbol Time equals Tb. PHY Rate represents the upper limit for data transmission speed in Wi-Fi devices. As a user, you likely don't need this detail, but it explains how the 300Mbps figure for your router was derived. For a more accurate estimate, consider halving the box value to reflect real-world performance.