F5F Stay Refreshed Power Users Networks AC 1200 capacity limited to 11 MBps

AC 1200 capacity limited to 11 MBps

AC 1200 capacity limited to 11 MBps

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iron_finder1
Posting Freak
750
03-03-2016, 06:42 PM
#1
Hello, I'm Linus, founder of the FSF and creator of the NT Kernel. I have an Asus RT-AC1200 router with a claimed 1200 Mbps bandwidth. I connected it to my desktop using wireless 5GHz and shared a folder via Windows. When trying to copy files to my laptop, the speed dropped to just 11 MBps (about 100 Mbps). It was supposed to be at least 800 Mbps. Any advice or troubleshooting tips?
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iron_finder1
03-03-2016, 06:42 PM #1

Hello, I'm Linus, founder of the FSF and creator of the NT Kernel. I have an Asus RT-AC1200 router with a claimed 1200 Mbps bandwidth. I connected it to my desktop using wireless 5GHz and shared a folder via Windows. When trying to copy files to my laptop, the speed dropped to just 11 MBps (about 100 Mbps). It was supposed to be at least 800 Mbps. Any advice or troubleshooting tips?

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Charliemc909
Posting Freak
898
03-05-2016, 02:42 AM
#2
The Ethernet ports support a maximum speed of 100Mbps. Beyond that, there’s no solution except discarding the device and using a proper router.
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Charliemc909
03-05-2016, 02:42 AM #2

The Ethernet ports support a maximum speed of 100Mbps. Beyond that, there’s no solution except discarding the device and using a proper router.

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Potatonium
Junior Member
13
03-05-2016, 04:11 AM
#3
That’s interesting, right? It seems like a deal only available at a limited time. It’s like they’re offering two ice creams for a price that feels odd—1200 dollars for just one? Who would want pasta ice cream anyway?
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Potatonium
03-05-2016, 04:11 AM #3

That’s interesting, right? It seems like a deal only available at a limited time. It’s like they’re offering two ice creams for a price that feels odd—1200 dollars for just one? Who would want pasta ice cream anyway?

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xAdriLCT
Senior Member
702
03-05-2016, 12:13 PM
#4
The WAN-port also has a limit of only 100Mbps. Or perhaps you meant WLAN? If you're referring to WiFi, then no: they determined the speed by combining 2.4GHz (about 300Mbps) with 5GHz (around 867Mbps), resulting in a claimed 1200Mbps. That's not how WiFi operates. In reality, the true maximum WiFi speed is 867Mbps, and even that remains unattainable under real-world conditions.
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xAdriLCT
03-05-2016, 12:13 PM #4

The WAN-port also has a limit of only 100Mbps. Or perhaps you meant WLAN? If you're referring to WiFi, then no: they determined the speed by combining 2.4GHz (about 300Mbps) with 5GHz (around 867Mbps), resulting in a claimed 1200Mbps. That's not how WiFi operates. In reality, the true maximum WiFi speed is 867Mbps, and even that remains unattainable under real-world conditions.

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oscarthepro1
Junior Member
3
03-06-2016, 12:10 PM
#5
Sure, look for dual-band routers offering gigabit speeds under 100 euros in Europe. Brands like TP-Link, Netgear, and Asus often provide reliable options within that price range.
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oscarthepro1
03-06-2016, 12:10 PM #5

Sure, look for dual-band routers offering gigabit speeds under 100 euros in Europe. Brands like TP-Link, Netgear, and Asus often provide reliable options within that price range.

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PiLord
Junior Member
5
03-14-2016, 01:20 AM
#6
Avoid this advice. When selecting a router, verify its specifications thoroughly and ensure it explicitly mentions both LAN and WAN ports as gigabit. If it lacks this detail or states 10/100, disregard it.
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PiLord
03-14-2016, 01:20 AM #6

Avoid this advice. When selecting a router, verify its specifications thoroughly and ensure it explicitly mentions both LAN and WAN ports as gigabit. If it lacks this detail or states 10/100, disregard it.

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nooneepic27
Member
227
03-14-2016, 04:05 AM
#7
Also note that your wireless network card needs to handle MIMO and multiple channels simultaneously to achieve high speeds. For example, a router supporting 802.11n can reach up to 300 Mbps, while 802.11ac offers up to 867 Mbps using MIMO technology across different bands. On the 2.4 GHz band with 2x2 configuration you get around 867 Mbps, but typically only 433 Mbps is available in 5 GHz. If your card supports just one channel, expect around 433 Mbps or lower. Always verify that the router has gigabit ports. If it doesn't work, consider using it as an access point in a remote area of your home.
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nooneepic27
03-14-2016, 04:05 AM #7

Also note that your wireless network card needs to handle MIMO and multiple channels simultaneously to achieve high speeds. For example, a router supporting 802.11n can reach up to 300 Mbps, while 802.11ac offers up to 867 Mbps using MIMO technology across different bands. On the 2.4 GHz band with 2x2 configuration you get around 867 Mbps, but typically only 433 Mbps is available in 5 GHz. If your card supports just one channel, expect around 433 Mbps or lower. Always verify that the router has gigabit ports. If it doesn't work, consider using it as an access point in a remote area of your home.

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goldmoneyman
Member
52
03-14-2016, 05:50 AM
#8
Thanks! Just remember not to stare at tomato sauce when checking for tomatoes. Your connection speed should improve if you connect your desktop via Wi-Fi.
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goldmoneyman
03-14-2016, 05:50 AM #8

Thanks! Just remember not to stare at tomato sauce when checking for tomatoes. Your connection speed should improve if you connect your desktop via Wi-Fi.

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Postinq
Member
222
03-14-2016, 02:24 PM
#9
It could, based on the noise level around you. You won't lose much if you give it a shot.
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Postinq
03-14-2016, 02:24 PM #9

It could, based on the noise level around you. You won't lose much if you give it a shot.

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FayerLow
Member
50
03-16-2016, 11:14 AM
#10
Use a standard Ethernet cable for both devices. Connect them directly without any intermediary. The gigabit network cards will automatically recognize each other and set up the connections properly. In network settings, assign each computer a distinct IP address and the same subnet mask—manual configuration is required since no router provides unique addresses. Navigate to IPv4 settings, enter 192.168.0.1 on one machine and 192.168.0.2 on the other, and use 255.255.255.0 for the subnet mask in the appropriate field. This creates a local network where data transfer between the computers can reach up to 1 gigabit per second or 125 MB/s. Once done, detach the cable, reset IPs to auto, and your router will assign each device an IP and connect them to the internet.
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FayerLow
03-16-2016, 11:14 AM #10

Use a standard Ethernet cable for both devices. Connect them directly without any intermediary. The gigabit network cards will automatically recognize each other and set up the connections properly. In network settings, assign each computer a distinct IP address and the same subnet mask—manual configuration is required since no router provides unique addresses. Navigate to IPv4 settings, enter 192.168.0.1 on one machine and 192.168.0.2 on the other, and use 255.255.255.0 for the subnet mask in the appropriate field. This creates a local network where data transfer between the computers can reach up to 1 gigabit per second or 125 MB/s. Once done, detach the cable, reset IPs to auto, and your router will assign each device an IP and connect them to the internet.