F5F Stay Refreshed Power Users Networks Router performance lagging behind modem speed and inability to connect devices to the modem. Assistance needed.

Router performance lagging behind modem speed and inability to connect devices to the modem. Assistance needed.

Router performance lagging behind modem speed and inability to connect devices to the modem. Assistance needed.

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Crazy_Heaven
Posting Freak
811
01-07-2020, 11:46 PM
#11
Verify the presence of a Traffic Meter in the Advanced section, specifically under Advanced Setup. If active, attempt to deactivate it.
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Crazy_Heaven
01-07-2020, 11:46 PM #11

Verify the presence of a Traffic Meter in the Advanced section, specifically under Advanced Setup. If active, attempt to deactivate it.

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Kynedee
Posting Freak
784
01-12-2020, 11:28 AM
#12
This setup uses WiFi, but you won't consistently connect to it. The Ethernet connection can handle up to 1 Gbps. If your device lacks sufficient processing power, it might lead to slower internet performance.
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Kynedee
01-12-2020, 11:28 AM #12

This setup uses WiFi, but you won't consistently connect to it. The Ethernet connection can handle up to 1 Gbps. If your device lacks sufficient processing power, it might lead to slower internet performance.

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SuperboyLama
Member
109
01-12-2020, 11:47 AM
#13
It seems the modem and router are both connected, but you're facing an issue where the PC connection isn't functioning properly. This could be due to interference, incorrect settings, or compatibility problems.
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SuperboyLama
01-12-2020, 11:47 AM #13

It seems the modem and router are both connected, but you're facing an issue where the PC connection isn't functioning properly. This could be due to interference, incorrect settings, or compatibility problems.

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HoundLynx
Member
233
01-12-2020, 12:34 PM
#14
Many individuals mix up routers and modems. A modem connects you to your internet service provider’s network and usually provides a single public IP address. A router distributes that single IP among multiple devices using NAT. It’s likely you’re seeing only one IP because your modem handles the connection, while the router manages sharing it with several computers. Most ISPs offer both modem and router in one package, which can cause confusion.
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HoundLynx
01-12-2020, 12:34 PM #14

Many individuals mix up routers and modems. A modem connects you to your internet service provider’s network and usually provides a single public IP address. A router distributes that single IP among multiple devices using NAT. It’s likely you’re seeing only one IP because your modem handles the connection, while the router manages sharing it with several computers. Most ISPs offer both modem and router in one package, which can cause confusion.

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Dana1211
Member
184
01-12-2020, 07:32 PM
#15
I separated them. The modem has four ports, which meant I could connect more devices.
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Dana1211
01-12-2020, 07:32 PM #15

I separated them. The modem has four ports, which meant I could connect more devices.

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Magister_Magi
Member
151
01-13-2020, 04:59 PM
#16
It varies based on whether it's a modem or a gateway, as the latter often includes a built-in router. Some gateways can switch into bridge mode, converting them into modems while disabling the router function. Additionally, certain cable modems with multiple ports seem designed for link aggregation, something I've only noticed in Docsis 3.1 models.
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Magister_Magi
01-13-2020, 04:59 PM #16

It varies based on whether it's a modem or a gateway, as the latter often includes a built-in router. Some gateways can switch into bridge mode, converting them into modems while disabling the router function. Additionally, certain cable modems with multiple ports seem designed for link aggregation, something I've only noticed in Docsis 3.1 models.

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ani48abla
Junior Member
37
02-01-2020, 09:02 AM
#17
Theoretical limits reach around 1350. Most routers offer gigabit ports but typically handle only 5 to 600 Mbps (though they claim gigabit). Tasks like routing, firewall, features, QoS, and device management all consume CPU resources. Actual performance varies in real-world scenarios.
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ani48abla
02-01-2020, 09:02 AM #17

Theoretical limits reach around 1350. Most routers offer gigabit ports but typically handle only 5 to 600 Mbps (though they claim gigabit). Tasks like routing, firewall, features, QoS, and device management all consume CPU resources. Actual performance varies in real-world scenarios.

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