F5F Stay Refreshed Power Users Networks Network performance is subpar despite anticipated speed.

Network performance is subpar despite anticipated speed.

Network performance is subpar despite anticipated speed.

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AnthonyHK123
Member
65
08-26-2023, 05:01 AM
#1
Hello, your usual WiFi speed is expected to be about 500 mb/s, but it’s currently around 200 mb/s. Your antenna points directly at the satellite in a mesh setup. You’ve tried increasing the link speed limit and restarting the device, plus clearing background applications. What else could help?
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AnthonyHK123
08-26-2023, 05:01 AM #1

Hello, your usual WiFi speed is expected to be about 500 mb/s, but it’s currently around 200 mb/s. Your antenna points directly at the satellite in a mesh setup. You’ve tried increasing the link speed limit and restarting the device, plus clearing background applications. What else could help?

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Poikio
Junior Member
8
08-27-2023, 11:35 PM
#2
Initially, there’s no fixed rule about WiFi performance; conditions shift constantly. What exactly do you mean by "force link speed"? You can’t control the link speed on a WiFi network, and if you’re seeing 233Mbit, the actual speed between mesh nodes is likely already above 100Mbit. Does the satellite support Ethernet ports that you could temporarily connect to check if the issue lies between the mesh nodes? Are the mesh modes linked wirelessly and do they have a dedicated backhaul channel? If not, the second node’s connection will be half the strength of the main node because both will use the same channel for communication with the main node and sending data to your PC.
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Poikio
08-27-2023, 11:35 PM #2

Initially, there’s no fixed rule about WiFi performance; conditions shift constantly. What exactly do you mean by "force link speed"? You can’t control the link speed on a WiFi network, and if you’re seeing 233Mbit, the actual speed between mesh nodes is likely already above 100Mbit. Does the satellite support Ethernet ports that you could temporarily connect to check if the issue lies between the mesh nodes? Are the mesh modes linked wirelessly and do they have a dedicated backhaul channel? If not, the second node’s connection will be half the strength of the main node because both will use the same channel for communication with the main node and sending data to your PC.

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cecedabro
Member
182
08-28-2023, 08:25 AM
#3
Your mesh network uses specific hardware and models. Wireless backhaul can reduce client device performance by consuming bandwidth for node connections, which is more apparent in dual-band systems but minimal in tri-band setups. You may test by disconnecting child nodes and checking speeds tied only to the main node—improvement indicates wireless links are the bottleneck.
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cecedabro
08-28-2023, 08:25 AM #3

Your mesh network uses specific hardware and models. Wireless backhaul can reduce client device performance by consuming bandwidth for node connections, which is more apparent in dual-band systems but minimal in tri-band setups. You may test by disconnecting child nodes and checking speeds tied only to the main node—improvement indicates wireless links are the bottleneck.

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NinoLP140103
Junior Member
13
08-28-2023, 08:43 AM
#4
It's more complex than it seems. WiFi 6e supports tri-band, but unless one band is set aside for backhaul, you're still using the same channels. Typically, you need two 5GHz radios; dedicating one to backhaul works better since 6GHz offers longer range, though its shorter reach can be an issue. Wiring your nodes whenever feasible remains the optimal choice.
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NinoLP140103
08-28-2023, 08:43 AM #4

It's more complex than it seems. WiFi 6e supports tri-band, but unless one band is set aside for backhaul, you're still using the same channels. Typically, you need two 5GHz radios; dedicating one to backhaul works better since 6GHz offers longer range, though its shorter reach can be an issue. Wiring your nodes whenever feasible remains the optimal choice.

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Declan007
Junior Member
3
09-05-2023, 04:36 AM
#5
I think most Linksys products rely on the 6GHz frequency for their connectivity. Their Wi-Fi 6 models tend to prioritize the second 5GHz band when it's present, though they might switch to parts of other available bands if needed.
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Declan007
09-05-2023, 04:36 AM #5

I think most Linksys products rely on the 6GHz frequency for their connectivity. Their Wi-Fi 6 models tend to prioritize the second 5GHz band when it's present, though they might switch to parts of other available bands if needed.

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GodZenik
Member
242
09-09-2023, 04:22 PM
#6
It will be intriguing to observe the impact of WiFi 7, as all frequency ranges can be adjusted on the fly and each range can be divided into smaller parts.
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GodZenik
09-09-2023, 04:22 PM #6

It will be intriguing to observe the impact of WiFi 7, as all frequency ranges can be adjusted on the fly and each range can be divided into smaller parts.

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MavrosGR
Senior Member
579
09-30-2023, 11:53 AM
#7
Your laptop previously handled data at 500 MB per second, but after a restart something changed and performance dropped significantly.
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MavrosGR
09-30-2023, 11:53 AM #7

Your laptop previously handled data at 500 MB per second, but after a restart something changed and performance dropped significantly.

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Heywoodman
Member
173
09-30-2023, 12:21 PM
#8
It's an Eero setup with WiFi 6. All devices connected via a single router and one satellite.
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Heywoodman
09-30-2023, 12:21 PM #8

It's an Eero setup with WiFi 6. All devices connected via a single router and one satellite.