wifi vs ethernet gaming

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wifi vs ethernet gaming

Here we can see, “wifi vs ethernet gaming”

When Gaming over the LAN network or online on Steam, a key hardware component is the network connection type, Ethernet (wired) or wifi (wireless).

Ethernet is the older one and is used widely today, whereas wifi is wireless and is emerging because of the major replacement to the wired Ethernet.

However, there are certain differences between Ethernet and wifi, and each has certain advantages and drawbacks.

The old IEEE 802.3u Ethernet network and connection used Cat 3 cables with a maximum speed of 10Mbps.

Compared to Ethernet, wifi 5/6 features a much higher theoretical regulation at 7 Gbps and above. Still, in practice, the utmost attainable speed is far lesser at around 100 Mb/s which is many orders of magnitude lower.

I recently tried transferring an outsized file from my Ipad Air 4 (connected on wifi) to my desktop pc (connected via Ethernet). Therefore the maximum file transfer speed was 10.8 MB/s which is on the brink of 100 Mb/s.

Conversely, transfer speed over Ethernet is significantly higher, albeit you’re using an older technology router and cat cable. So Ethernet remains much faster in terms of file transfer speed and lots of other applications also.

Office use vs Gaming

Wifi is the best choice for office use since it provides a wireless interface setup, runs the network, and provides sufficient speed for office requirements like file transfer and download.

However, Gaming requires a faster network interface than what current and older generation wifi devices can provide.

The entire assessment of wifi vs Ethernet boils right down to the particular specifications of a specific network, including all its crucial building components.

1. Wi-Fi Standards and Features

First, let’s look at the standards and specifications of wifi technology and its capabilities compared to Ethernet.

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The following are the wifi standards as they evolved. Each generation is best than the previous one.

  • 802.11b (Wi-Fi 1) – 1 to 11 Mbit/s – 2.4 GHz
  • 802.11a (Wi-Fi 2) – 6 to 54 Mbit/s – 5 GHz
  • 802.11g (Wi-Fi 3) – 6 to 54 Mbit/s – 2.4 GHz
  • 802.11n (Wi-Fi 4) – 72 to 600 Mbit/s – 2.4/5 GHz
  • 802.11ac (Wi-Fi 5) – 433 to 6933 Mbit/s – 5 GHz
  • 802.11ax (Wi-Fi 6) – 600 to 9608 Mbit/s – 2.4/5 GHz

There are a couple of interim standards among these available and evolving generations. Wifi 6 has been released but isn’t as widely available as wifi 5 yet. More information about wifi 6 is often found on its Wikipedia page.

Wifi 6 requires wifi-6 capable routers also wifi-6 capable network adapters on devices like laptops or wifi cards. Also, note that wifi 6 hardware is typically costlier than wifi 5 devices.

The most important features of a wifi network for gamers are frequency, coverage, speed, reliability.

1.1 Frequency

Wifi routers operate in two frequencies: 2.4GHz and 5GHz. Dual-band routers can operate both frequencies.

Tri-band routers are capable of generating three wireless signals, one at 2.4GHz and two at 5GHz.

Users also can switch or choose the well-liked frequency with multi-band routers.

Most gamers use tri-band routers. Triband routers create multiple communication channels across different devices, reducing any latency thanks to simultaneous data traffic.

1.2 Coverage

2.4GHz frequency provides a greater coverage area, usually up to four hundred feet when amplified, employing a repeater or range extender. The 5GHz frequency features a smaller coverage area, but it also can be amplified.

It should be noted that extending range or coverage can reduce speed.

1.3 Speed

The maximum theoretical speed at 2.4 GHz(802.11n / wifi 4) is 300Mbps, though world speeds would be lower around 150 Mb/s.

The real data transfer rate of 5 GHz (802.11ac / wifi 5) is around 1.7 Gb/s, but the actual transfer speed would be much lesser, around 100 Mb/s. The 802.11a and 802.11n (Wifi 4) standards have lower speeds at 5 GHz.

Speed also will depend upon channel width, which may be 20 Mhz, 40 Mhz or 80 Mhz. Higher channel width gives higher speed.

For the simplest wifi speed inside your local network, confirm that they’re all capable of the newest wifi 6 standard, which you employ the 5Ghz waveband, which provides a faster speed than 2.4 GHz.

1.4 Reliability

2.4 GHz signals have a longer range and go farther but provide lower data speed. It’s also more vulnerable to interference from other signals overlapping within the same region.

The longer range of two .4GHz wifi could also be better penetration through solid surfaces or objects.

On the opposite hand, 5ghz signals provide more transfer speed, but they have a shorter range. They’re less susceptible to interference compared to 2.4Ghz signals.

If your devices are on the brink of the wifi router inside your house, then it’s always best to use the 5 GHz waveband.

1.5 Security

The most reliable standard of wifi security is WPA2-AES. Preceding wireless security protocols include WPA-AES, WPA-TKIP/AES, WPA-TKIP, and WEP.

WPA3 protocol has been released, but not many devices and clients are compatible yet.

Security isn’t a serious consideration for gaming purposes such a lot as data speed is.

2. Ethernet Standards and Features

Ethernet standards are regulated by the Institute of Electrical and Electronics Engineers Standards Association (IEEE-SA). It’s the authorized body operating within the ambit of IEEE or the Institute of Electrical and Electronics Engineers.

The Ethernet technology has seen many standards over its evolution, but the foremost common ones in use today are the subsequent 

The most commonly used Ethernet standards over the decades are:

  • 100BASE-T – 100 Mbit/s
  • 1000BASE-T – 1000Mbit/s
  • 2.5GBASE-T – 2.5 Gbit/s
  • 5GBASE-T – 5Gbit/s
  • 10GBASE-T – 10Gbit/s

The coaxial cable also plays a crucial role within the speed and bandwidth. The foremost common Ethernet cables are Cat 5, Cat 5e, Cat 6, Cat 6a.

Cat-6 or any of its variations provides the fastest speed compared to Cat 5 cables.

The most pertinent Ethernet features for a gamer are frequency, bandwidth, and speed.

2.1 Frequency

Ethernet operates within the frequency range of 16MHz up to 2000MHz. Cat 5 and 5e cables cap the frequency at 100MHz.

Cat 6 supports 250MHz. Cat 6a supports 500MHz. Cat 7 facilitates 600MHz. Cat 8 cable supports up to 2000MHz, or 2GHz. Higher frequencies allow a greater quantum of knowledge transfer and faster speeds.

The frequency, just in the case of Ethernet, indicates what proportion of data is being transferred in each clock cycle.

2.2 Transfer Speed or Bandwidth

The transfer speed or bandwidth is measured in Mbits/s or Gbits/s and indicates the proportion of data transferred per second. Dividing the amount by 8 would offer you the transfer speed in megabytes per second or gigabytes per second, respectively.

The maximum bandwidths available for Ethernet supported standards are:

  • 100BASE-T – 100 Mbit/s – Cat 5
  • 1000BASE-T – 1000Mbit/s – Cat 5/6/6A
  • 2.5GBASE-T – 2.5 Gbit/s – Cat 5E
  • 5GBASE-T – 5Gbit/s – Cat 6
  • 10GBASE-T – 10Gbit/s – Cat 6A

It should be noted that the speed of transfer would depend upon both ends of the ethernet connection. So your computer’s network adapter and, therefore, the router should both support high speed. If one among them features a lower maximum speed, the speed would be capped at that level.

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The most important thing is that just in Ethernet, the particular transfer speed is very on the brink of the theoretical speeds, which may be an enormous advantage compared to wifi.

6 Things you should know about Wi-Fi vs. Ethernet for Gaming

Now that we all know the fundamentals of both Ethernet and wifi technology, it’s time to match them and see how each works out for Gaming.

1. Hardware Support needed for Gaming

Ethernet has better and widespread hardware support on desktop pcs and can provide the required speed and quality for Gaming.

However, if you propose to game on a laptop, confirm that either the laptop should have an ethernet port or wifi 6 alongside a wifi 6 tri-band router beside it.

In the case of wifi, you would like high-end wifi routers designed for Gaming. Gaming wifi routers are usually wifi 6 enabled with dual or triple bands and multiple antennas like 3-8 or more in high-end models. More antennas allow gaming wifi routers to determine multiple independent wireless communication channels to extend overall bandwidth.

If you want wifi on a desktop, you either need a motherboard with inbuilt wifi 6; otherwise, you need to install a PCIe wifi 6 card. The USB wifi cards won’t work since their speeds are slower.

2. Ease of extension

If you propose to increase a network to longer distances like during a big house or office, the performance of ethernet hardware vs the wifi hardware is significantly different.

Ethernet is often be extended with extra switches and cables with no significant degradation in speed. The ping times will stay well below 1ms up to several meters. However, you’d need more wires which could need more maintenance or care also.

However, the sole option when extending the wifi range is to use a wifi extender/booster/repeater. With wifi extenders, the speed is reduced since it’s to capture the signal and re-transmit it. Compatibility issues between multiple devices can further degrade the speed.

So when it involves extending network coverage over distance, Ethernet wins by an enormous margin in terms of speed.

3. Cost of hardware

If you propose setting up a wired ethernet LAN network, you do not need any additional setup or expensive devices. All desktop pcs have an honest enough ethernet adapter inbuilt into their motherboards which is sufficient for any gaming setup.

So Ethernet is that the cheapest.

If you propose to set up Gaming on wifi, you ought to consider a gaming wifi router which may cost you upwards of $200 for a reputed brand like NetGear or Asus. You’d also need wifi 6 adapter on your PC or laptop if you do not have it already.

So wifi costs more but is worthwhile if you would like a wire-free setup.

4. Network Speed and bandwidth

Ethernet connection using ordinary cables and routers will offer better speeds than a wifi network, although the newest router and supporting tech are utilized in the wifi setup.

An Ethernet connection is devoted. Unless the connection is split into multiple ports, one system gets access to the whole available bandwidth.

Many devices typically share a wireless network at an equivalent time. The available bandwidth doesn’t change; therefore, the maximum speed available to the gaming system can drop.

Games that need no time response times may suffer thanks to a mild slowdown within the network speeds even by a couple of milliseconds.

Fast response FPS games like Counter Strike Global Offensive need the fastest possible speed to ensure competitive Gaming. A delay of even a couple of milliseconds can change the result during a multiplayer match.

On the opposite hand, games like Age Of Empires will work just fine even on wifi since an additional latency of 10-20ms wouldn’t make an enormous difference unless the web connection is poor.

Disconnecting all devices except the gaming system from the wifi network can increase the speed.

Even if other connected devices, like phones or laptops, speakers or home automation systems, are idle, they will still reduce the available bandwidth for the gaming system.

5. Latency Issues

Both Wi-Fi and Ethernet have latency issues, which is often why speeds are never adequate to the available bandwidth.

Latency is caused due to the time taken by data packets to be transmitted from and a response received by the user computer or gaming device through the router, then server, often via many network modes and interim systems.

Ethernet has fewer latency issues than Wi-Fi. Local environmental factors and interferences during a wireless set-up contribute to more latency in Wi-Fi networks.

Distance

The distance of a tool from the Wi-Fi router also plays a task. The farther a gaming system is from the Wi-Fi router, and the greater would be the latency.

Ordinary Wi-Fi can have a latency anywhere between 2ms to 20ms or maybe more.

Ping Command

Latency is often easily checked by a gamer with the ping command on Windows or Linux. The router would respond within a particular time, usually in milliseconds.

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The following is the ping command’s output on an Acer Swift 3 (Wi-Fi 6) laptop connected to a Wi-Fi 5 (5Ghz) router.

acerlight@acerlight-laptop:~$ ping 192.168.1.1
PING 192.168.1.1 (192.168.1.1) 56(84) bytes of data.
64 bytes from 192.168.1.1: icmp_seq=1 ttl=64 time=2.37 ms
64 bytes from 192.168.1.1: icmp_seq=2 ttl=64 time=3.59 ms
64 bytes from 192.168.1.1: icmp_seq=3 ttl=64 time=2.92 ms
64 bytes from 192.168.1.1: icmp_seq=4 ttl=64 time=2.52 ms

As are often seen within the above output, the ping time is upwards of 2ms. Just in the case of ordinary single-band Wi-Fi routers, the ping time may go up to 20ms or maybe higher, which may make some games unplayable.

An Ethernet connection usually features a latency of 0.1ms to 0.3ms. In ethernet cables, the ping time doesn’t increase an excessive amount with increasing distance up to a certain distance like 10 meters.

So in smaller areas like home networks, ethernet connections provide rock bottom latency and the fastest ping times.

Latency is also directly proportional to the physical distance between the gaming system and the router. This is often true for Ethernet and Wi-Fi. Still, it’s of greater consequence during a wireless network as a wire or cable doesn’t need to affect local and external interferences.

6. Reliability or Availability

Ethernet is more reliable than Wi-Fi. This is often simply due to the amount of influencing factors within the wireless setup.

Unlike an Ethernet connection, a Wi-Fi network has numerous local or environmental factors directly affecting its signal strength, speed, reliability, or availability.

Distance from the router, obstructions along the way, multiple devices accessing an equivalent network, interference caused by different systems, including electronic and electrical appliances aside from computers and phones, of these unavoidable objects can disrupt Wi-Fi speed and availability or reliability.

Interference is particularly greater in cities and areas where population density is high. Wi-Fi uses frequency, whether 2.4GHz with 11 channels or 5GHz with its 45 channels within us.

Radiofrequency is the entire spectrum between radio emission and microwave, and all physical objects affect the whole range of frequency and much of the spectrum.

At a given point in time, a gamer may witness signal strength of -50dBm on a specific channel of either 2.4GHz or 5GHz when there aren’t too many of us using it.

If there’s an explosion within the number of individuals or devices using an equivalent channel, the signal strength could drop, right down to the maximum amount as -90dBm. There would be a moment packet drop or loss as a result.

Drop or loss of knowledge packets affects the speed, latency, and availability of the network. Packet drop or loss can also happen thanks to interference caused by objects within the gamer’s house.

Everything, from the ceilings, floors and walls to the furniture, electrical and electronic appliances, causes interference with Wi-Fi network frequencies. Concrete, metal and plastic cause greater interference. Glass and wood have a less adverse impact.

The Wi-Fi network is suffering from Bluetooth connections, and Bluetooth also uses radiofrequency, notably 2.4GHz.

Wireless keyboards, mice, cordless phones, and even microwaves interfere with Wi-Fi networks. Then there are wireless monitors and speakers, baby monitors, satellite dishes, and each Wi-Fi network of immediate neighbours.

State-of-the-art Wi-Fi routers lately have smart features. These can switch channels for better signal strength, and most models can easily switch to a frequency that’s not getting used by too many of us within the vicinity.

Despite automatic scanning for better signal strength, switching across channels and toggling between frequencies, a Wi-Fi network remains not as reliable as an Ethernet connection. Repeaters or range extenders don’t have any neutralizing effect on interference.

7. Network Security

Wi-Fi is a smaller amount secure and easier to hack into thanks to the wireless transfer of knowledge. Wi-Fi security has strengthened over the years, but it’s more vulnerable than Ethernet.

An ethernet network connection can’t be compromised without physical access to the system, typically impossible in home environments.

8. Mobility Convenience

Wi-Fi is more convenient than Ethernet for the apparent reason of mobility. A coaxial cable limits mobility, usually right down to a hard and fast position.

Gamers can certainly use both Ethernet and Wi-Fi, as and once they choose, to enjoy the simplest of both worlds.

While Wi-Fi enables gamers to manoeuvre around within the house, doing so would immediately impact speed, latency, and signal strength. There could also be packet loss when a gamer walks along the walls, closes a door, and goes up or down a floor.

Many gamers use repeaters, also referred to as range extenders or boosters, to expand the coverage area of a Wi-Fi network. These repeaters can expand the coverage but not increase the speed, and expanding the coverage reduces speed.

Ethernet also poses certain inconveniences, especially if the gaming desktop is far away from the router. This necessitates longer cables, which might be costlier, and there would be slightly more latency. Excessively long and many Ethernet cables for various systems also are difficult to manage.

Pros and Cons

Wi-Fi gaming Pros and Cons

Pros

The main advantage of Wi-Fi gaming is freedom. Whether you’re within the bedroom or your front room, far away from your router point, it’s going not to be convenient to run a coaxial cable to your computer or console. Also, with numerous devices and screens in our lives lately, who has room for extra cabling?

Cons

If you’ve got strong and stable broadband, then a Wi-Fi connection is going to be ok for your gaming needs, most times. But there are potential drawbacks. For starters, you would possibly have connection interference in your house, which will cause lag or slower response times in-game. Also, you would possibly find concrete walls or metal door frames that can cause slow or stop-start wireless connections. This is often something to speak to your internet service provider about.

Ethernet-connected gaming Pros and Cons

Pros

If you’re ready to grab yourself an immediate, wired Ethernet connection to your router, then you’ll avoid wireless interference and have high-level security. Over an extended period of gaming, a wired-up connection will assist you to avoid connectivity problems. It can (in most homes) provide you with a more reliable gaming experience, especially in fast-moving shooter and action games. If you’re an important downloader of films or large music files, a wired set-up will offer you a more significant leg-up.

Cons

Unsightly cables. It’s sometimes tricky to urge Ethernet cabling the proper length to attach to your console or PC from your router position. And it might be an unnecessary faff, running cables throughout your home, because an Ethernet connection is especially wont to fix the rarer problems in gaming.

Conclusion 

I hope you found this guide useful. If you’ve got any questions or comments, don’t hesitate to use the shape below. 

User Questions:

  1. Does Ethernet hamper Wi-Fi?

Since the Ethernet is on a separate channel, it won’t hamper the Wi-Fi speed in the least. It’d improve the Wi-Fi speed because you are taking one device off the network, thus improving the shared bandwidth for everybody.

  1. Should I close up Wi-Fi when using Ethernet?

Wi-Fi doesn’t get to be turned off when using Ethernet, but turning it off will make sure that network traffic isn’t accidentally sent over Wi-Fi rather than Ethernet. … If you do not care about whether your network traffic is travelling over Wi-Fi or Ethernet, there’s no harm in leaving Wi-Fi turned on.

  1. Is Cat6 faster than Wi-Fi?

Today, the fastest Ethernet speeds reach 10 Gbps or higher with the utilization of a Cat6 cable, while the fastest Wi-Fi speeds theoretically reach 6.9 Gbps. However, actual speeds are usually but 1 Gbps. While a greater bandwidth plays an enormous role in Ethernet’s speed advantage, so does latency.

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