Unifi broadband plan

17

Jun
2021

Broadband vs. Wi-Fi

Posted By : Gloria Rodriguez/ 95

People could only access the internet via modems and dial-up connections in the past. People may now access internet sites at quicker speeds and download or upload massive amounts of data thanks to technical advancements and broadband. 

Wi-Fi has only lately been able to match the majority of what broadband can achieve. There are also a lot of misunderstandings out there that your Internet connection and your Wi-Fi signal are the same things.

They are two different things. Your ISP provider determines the dependability and speed of your internet connection. Your WiFi signal strength is determined by your home’s wireless router. However, what is the real distinction between these two terms? Continue reading to learn all you need to know about the differences between broadband and WiFi.

 

Unifi broadband plan

 

  • Broadband

Broadband refers to data transmission with large bandwidth. Consider the internet to be data being sent between two devices. Broadband is the channel through which the data is flowing in this scenario. ASL, DSL, Cable, Fiber, and other types of broadband connections are available. All of the technologies strive to provide customers with high-speed internet. Fibre optic cables, for example, are by far the greatest technology for providing symmetrical speeds and high bandwidth to its users. Living in Malaysia? You might want to have a look at the Unifi broadband plan.

 

 

  • How does it work?

In contrast to old dial-up connections, which used a single line to transport a large amount of data, broadband enables internet access by using many lines to convey a large amount of data. The word “broadband” refers to the use of many bands to send data. In simple terms, think of dial-up as a one-way street with only one vehicle moving at a time, whereas broadband is a multi-lane freeway with numerous vehicles moving simultaneously. Each vehicle represents a data packet that is sent to you or vice versa. The parallel transport of numerous data packets boosts the broadband internet’s speed.

 

 

  • Wi-Fi

Wi-Fi technology works by transmitting and receiving data wirelessly between two devices using radio frequencies and signals. Wi-Fi is a term that refers to a wireless method of accessing broadband. All Wi-Fi connections use the 2.4GHz and 5GHz frequency bands. Longer distances and lower bandwidth are used in the 2.4GHz frequency band, while shorter distances and higher bandwidth are used in the 5GHz frequency band.

 

 

  • How does it work?

All Wi-Fi connections use two frequency bands, 2.4GHz and 5GHz, and operate in two basic steps: sending and receiving data. To access the internet for information, a request is sent to your router and modem first. The modem then sends the desired response back to the router. The information is then wirelessly sent back to the device by the router.

 

 

  • Wi-Fi vs. Mobile Broadband: What’s the Difference?

This may appear to you as two different ways of accessing the internet. That is not the case, however. As previously said, Wi-Fi allows you to connect to the internet. Mobile broadband, on the other hand, is a completely portable internet service. It’s sent to your devices using a cellular network and may be accessed from any location with a signal. Although 3G coverage is usually sufficient for streaming, 4G will provide the fastest download speeds. When 5G networks become available in the not-too-distant future, they will be even faster. You might be wondering why people don’t just use mobile broadband all the time. Because there are more plans available that give unlimited data, many individuals are simply relying on mobile broadband. 

However, there are two issues that these individuals may face. For starters, mobile networks are designed to compromise speed and latency in areas where coverage is a problem. Reliable coverage may be difficult to come by depending on where you live. Second, mobile broadband networks perform best when a large number of users are using them for low-bandwidth activities. When a large number of individuals perform operations that need a large amount of bandwidth, the network’s speed may decrease. For example, you have hired a lot of people to design your website and all of them are working on it at once, they might not be able to get it done on time because the network’s speed decreases.