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Wifi 6 vs Ethernet

Wifi 6 vs Ethernet

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T
51
05-30-2019, 10:16 AM
#1
Hi Everyone, I've been thinking about this for a while. I'm wondering if running a direct Ethernet cable to my PC will really make a difference. Most people say Ethernet is the best option, but I'm not sure where it would help in a switch. Since my Wi-Fi 6 Archer AX73 AX5400 is in another room, I'd have to run the cable under my carpet to reach my PC, which sounds like a lot of work. I live alone, so I don't mind any stability problems, and my Wi-Fi router only has one gigabit port. It's close enough to the 6GHz network, and Windows shows me around 1800/800 Mbps. If I check with tracert, the jump to my router is just 1ms. My actual internet speed is only 100 Mbps, so I'm nowhere near the maximum speeds. Could running Ethernet really make a noticeable change?
T
tntflintmaster
05-30-2019, 10:16 AM #1

Hi Everyone, I've been thinking about this for a while. I'm wondering if running a direct Ethernet cable to my PC will really make a difference. Most people say Ethernet is the best option, but I'm not sure where it would help in a switch. Since my Wi-Fi 6 Archer AX73 AX5400 is in another room, I'd have to run the cable under my carpet to reach my PC, which sounds like a lot of work. I live alone, so I don't mind any stability problems, and my Wi-Fi router only has one gigabit port. It's close enough to the 6GHz network, and Windows shows me around 1800/800 Mbps. If I check with tracert, the jump to my router is just 1ms. My actual internet speed is only 100 Mbps, so I'm nowhere near the maximum speeds. Could running Ethernet really make a noticeable change?

3
3gilad3
Senior Member
735
06-04-2019, 11:17 PM
#2
I'm sticking with 802.11ac since it's what I have. Running at 500mbps isn't enough for a full upgrade. Going with the simplest option makes sense.
3
3gilad3
06-04-2019, 11:17 PM #2

I'm sticking with 802.11ac since it's what I have. Running at 500mbps isn't enough for a full upgrade. Going with the simplest option makes sense.

A
Alonzi
Member
66
06-05-2019, 05:35 AM
#3
Wired Ethernet offers steady low latency and a bit lower CPU demand. Even with a 1ms gap between the wireless card and router, the delay includes time the driver and card spend turning bits into signals before transfer begins—this happens in nanoseconds, surpassing standard Ethernet. You might opt for a flat Ethernet cable, though it may not justify the cost. If your wireless performs well, it’s fine, but consider wired if you plan to play multiplayer games that are sensitive to latency changes.
A
Alonzi
06-05-2019, 05:35 AM #3

Wired Ethernet offers steady low latency and a bit lower CPU demand. Even with a 1ms gap between the wireless card and router, the delay includes time the driver and card spend turning bits into signals before transfer begins—this happens in nanoseconds, surpassing standard Ethernet. You might opt for a flat Ethernet cable, though it may not justify the cost. If your wireless performs well, it’s fine, but consider wired if you plan to play multiplayer games that are sensitive to latency changes.

S
sunofmars67
Member
78
06-22-2019, 02:11 AM
#4
To observe the changes in latency, use ping for a few seconds. On wired connection I notice: 64 bytes from Router.lan (192.168.1.254) with times ranging from 0.126 to 0.136 ms. Over WiFi the response is slower at around 2.5–6 ms depending on the packet. Watching trends helps spot fluctuations more clearly.
S
sunofmars67
06-22-2019, 02:11 AM #4

To observe the changes in latency, use ping for a few seconds. On wired connection I notice: 64 bytes from Router.lan (192.168.1.254) with times ranging from 0.126 to 0.136 ms. Over WiFi the response is slower at around 2.5–6 ms depending on the packet. Watching trends helps spot fluctuations more clearly.

K
Killerman1834
Posting Freak
885
06-30-2019, 12:00 AM
#5
The performance data shows strong results. Over 30 seconds the connection sent and received packets were nearly identical (115 each), with no loss detected. Round-trip times ranged from a minimum of 0ms to a maximum of 7ms, averaging just about 1ms. It seems the latency is very low, so you likely won’t notice any noticeable delay in gaming or other tasks.
K
Killerman1834
06-30-2019, 12:00 AM #5

The performance data shows strong results. Over 30 seconds the connection sent and received packets were nearly identical (115 each), with no loss detected. Round-trip times ranged from a minimum of 0ms to a maximum of 7ms, averaging just about 1ms. It seems the latency is very low, so you likely won’t notice any noticeable delay in gaming or other tasks.

M
MollyM00
Member
197
07-12-2019, 01:26 PM
#6
It's not about the small 7ms difference when everything runs smoothly, but sudden changes in delay (jitter) are what lead to lag in online games.
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MollyM00
07-12-2019, 01:26 PM #6

It's not about the small 7ms difference when everything runs smoothly, but sudden changes in delay (jitter) are what lead to lag in online games.

M
MistaOmega
Member
65
07-13-2019, 06:40 PM
#7
My Ubiquiti AC lites introduce only 2-3ms delay, even when many smartphones are connected. They're not top-tier APs.
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MistaOmega
07-13-2019, 06:40 PM #7

My Ubiquiti AC lites introduce only 2-3ms delay, even when many smartphones are connected. They're not top-tier APs.

I
Irrjr81_gamer
Member
222
07-19-2019, 05:36 PM
#8
Ethernet typically offers faster connection speeds compared to Wi-Fi, though not always by a large margin. The decision to install wiring depends on your specific needs.
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Irrjr81_gamer
07-19-2019, 05:36 PM #8

Ethernet typically offers faster connection speeds compared to Wi-Fi, though not always by a large margin. The decision to install wiring depends on your specific needs.

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nyZzo
Junior Member
10
07-19-2019, 08:04 PM
#9
WiFi naturally introduces a small delay, especially in quiet conditions, but when interference occurs, latency spikes significantly.
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nyZzo
07-19-2019, 08:04 PM #9

WiFi naturally introduces a small delay, especially in quiet conditions, but when interference occurs, latency spikes significantly.

T
TheBread69
Member
200
07-19-2019, 11:18 PM
#10
For Ethernet, connecting several wired devices with available PCIe ports on a desktop PC allows you to boost the LAN speed to 10Gbps using affordable used Mellanox cards and a budget TP-Link switch.
T
TheBread69
07-19-2019, 11:18 PM #10

For Ethernet, connecting several wired devices with available PCIe ports on a desktop PC allows you to boost the LAN speed to 10Gbps using affordable used Mellanox cards and a budget TP-Link switch.

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