Choosing a wifi motherboard before buying is necessary if you are searching for a high quality network connection for your PC without creating any ethernet connection.
You must have to figure out which in-built board will fullfill your data requirements.
In simple words, For video streaming, gaming, or simple office work, Motherboards, chips, and cards vary.
Whenever someone is going to buy an assembled computer, The first thing pops up into their mind is, Do I need a Wi-Fi motherboard?
Yes! You need a Wi-Fi motherboard if you don’t have an ethernet or LAN(Local Area Netwrok) connection then this motherboard will provide a high caliber internet connection to your PC.
All you have to install it after fixingt he Wi-Fi chip into motherboard.
Here is the explanation below.
Wi-Fi Motherboard VS Non-Wi-Fi Motherboard.
The main difference between Wi-Fi and non-Wi-Fi motherboard is that the Wi-Fi motherboard is the one which has a Wi-Fi chip inserted in it, which makes things easier for a user. A non-Wi-Fi motherboard needs either an Ethernet cable from a computer or an individual Wifi-Card or Dongle.
But a Wi-Fi motherboard is already built-in this stuff. That’s why there’s no need to get them separately. For further explanation, read the content below!
- You don’t need a wireless adapter and ethernet connection if you have a Wi-Fi motherboard.
- It is very convenient for gaming as it boosts the internet connection and makes things smoother and faster.
- Streaming for YouTube channels mainly requires a high-quality network mostly provided by these boards.
- Today, primarily, people are generating content where they can’t just stick to their rooms and work through ongoing community networks.
That’s why LAN connections are not recommendable for them.
- There’s no slot where you can fix the Wi-Fi chip in this motherboard. But you can still have Wi-Fi by connecting any Internet connection or ethernet cable to a router.
- The non-Wi-Fi motherboard must need a LAN network to access the internet. This thing is appreciable when you create a network like in offices.
- The high-quality network costs more sometimes.
- You can still play the game on your PC if it is linked with solid Wi-Fi.
How Do Motherboards Work With Or Without Wifi?
Having a wifi in your motherboard means that the manufacturer has sold you a device with a wifi chip stored in it so that you don’t have to tackle the adapters or LAN networks anymore.
So, wifi Boards accelerate and boost that device’s working and eliminate ethernet connection only.
Those who do not have these boards in their computers, Don’t get worried because Nothing else will be affected except for the responding speed of that device. Nothing else is here to worried about.
Why Don’t All Motherboards Have Built-in Wifi?
It depends upon the requirements of the user. They ask the manufacturer or buyer for these exceptions if they want to use a high-calibre network.
But mostly, Desktops use LAN networks, ethernet connections or other Internet connections.
Some PC have wifi cards, USB adapters/Dongle or On-Board wifi connected in their motherboards.
Is It Better To Buy A Motherboard With Wifi Or A Separate Wifi Card?
Both of these things have their pros and cons let me explain you can make your decision making better after knowing these things:
Advantages Of Wi-Fi Motherboard
- It is very cost friendly and the most inexpensive wireless connection, As OnBoard wifi doesn’t need anything except for the wifi chip.
- There’s no need for PCIe slots or any USB ports to fill, which is beneficial for small-sized computers.
- Your system will start working as soon as you fix the motherboard again into place.
- You don’t have to purchase Adapters, Dongles, or cards if you’ve installed this incredible chip into your motherboard.
Disadvantages Of OnBoard Wi-Fi
- The connection quality may not be as efficient as a Wi-Fi card because of modifications in a card.
- OnBoard Wi-Fi works excellently if you’re purchasing a new motherboard. But if you have a non-wifi board currently, Then you can do nothing with this motherboard.
- You will never upgrade your onboard wifi.
However, In the case of wifi cards.
Pros Of Wi-Fi Cards
- The wifi cards provide a really better quality of internet as compared to the Wi-Fi motherboard.
- It takes some place in the PCIe slot (Peripheral Component Interconnect). That’s why you can plug it in whenever you want.
- These cards upgrade easily.
- Having a remarkable property of MIMO(Multiple-Input Multiple-Outputs) makes transmitting data really smooth and appreciable.
Cons Of Wi-Fi Cards
- The first and foremost disadvantage of these cards is that it is very challenging for a beginner to install them. Because they have to know perfectly which slot is recommended to plug this card, that’s why only experts can fix it well.
- Your computer must have enough space for these cards to plug in them. Sometimes it disturbs the working of the computer by blocking the space.
- These cards cost a lot more than the simple wifi motherboard.
So, Observe the situation and decide which wireless connection will be best for your PC.
How Do I Add Wifi To My Motherboard?
The most accessible and affordable method to add wifi into the motherboard is to plug in the USB wifi adaptor.
- All you have to do is, Put the USB into the port of your computer.
- Then you’ve to install some relevant softwares.
- Check out the settings.
And WALA! Your wifi will be installed into your device without any LAN connection.
Is Wifi In Motherboards Works Same As That Of Regular Internet Connection?
The only thing that differs, in this case, is CHIP. On-board wifi has a built-in internet connection.
However, It works the same way as that a stable internet connection. There will be no need for adaptors or any USB drivers in the case of wifi boards.
Let me summarize it very quickly, Wifi motherboards are required when you don’t have any ethernet connection at that place. And you don’t want to purchase any additional devices like Dongle/USB adapter and a wifi card.
However, these things depend on the stuff you’re doing with this connection and on your device also.