Wi-Fi 7 has been gaining popularity since its launch due to its speed-providing ability. One day, we were discussing how the world is getting speed over time and trying to save time. Micheal asked me, “Everything is developing; what about the Wi-Fi?” I replied, “Yes, it is also developing over time; we had Wi-Fi 6, and now we have Wi-Fi 7.” Further, we discussed its features and benefits that I would like to share with you. In this article, we will tell you all about Wi-Fi 7.
What is Wi-Fi 7?
Wi-Fi 7 is the seventh Gen of Wi-Fi Technology, also known as 802.11be. This generation has evolved to provide users with progressed data rates, greater network capacity, and decreased latency. It delivers faster data rates and lower latency to large businesses to send or receive their larger data files.
How is Wi-Fi 7 Better Than Wi-Fi 6E?
This is crystal clear that Wi-Fi 7 is a stepped-forward model of Wi-Fi 6E. Here, we will compare them both to know how it’s far better.
Each and every band of Wi-Fi 7 is broken into Channels. Further, the 2.4 GHz band comprises eleven channels of 20 MHz. The 5 GHz band has included forty-five channels width of 20 MHz, especially they have the ability to be combined and create bands of 40 MHz or 80 MHz. Wi-Fi 6 has enabled bands to be combined and create a 160 MHz band. Moreover, the Wi-Fi 7 technology has allowed users to utilize the combined bands of 320 MHz, which is better than 6E.
The latest Wi-Fi 7 technology has brought about a revolutionary feature called Multi-Link Operation (MLO). In the previous Wi-Fi standards, only a single band was used to connect two devices. Even in tri-band Wi-Fi 6E routers, two devices were connected on a fixed channel in a single band.
However, MLO can combine various frequencies across bands to create a single connection. With MLO, a Wi-Fi 7 router can connect to a Wi-Fi 7 device simultaneously across two or more channels in different bands. This feature can potentially enable the transmission of more data through wider channels. It can be compared to sending traffic on both a highway and a superhighway at the same time.
MLO not only prioritizes speed but also ensures efficient performance by taking into account congestion and other interference. It switches channels to maintain a stable connection with low latency. MLO also helps overcome the short range of the 6-GHz band. It also ensures seamless connectivity from your mesh system as you move around your home.
Quadrature Amplitude Modulation (QAM) is a technique used to transmit and receive data by radio-frequency waves. The higher the QAM podium, the greater the data can be transmitted to other users. Wi-Fi 7 helps 4K-QAM, whilst Wi-Fi 6 best supports 1,024-QAM, and Wi-Fi 5 is limited to 256-QAM. However, the capability advantages are encouraged by means of elements such as signal power, interference, and background noise.
As QAM increases, the range decreases, and a stronger signal is required. For example, the transition from Wi-Fi 5 to Wi-Fi 6’s 1,024-QAM resulted in a 25 percent increase in data rates. The jump to 4K-QAM in Wi-Fi 7, on the other hand, results in a 20 percent increase in peak performance.
Benefits of Wi-Fi 7
Individuals and businesses need to know about some manifold benefits of Wi-Fi 7 to harness advantages for them. In this section, we have compiled a list of benefits of Wi-Fi 7.
- Faster Speeds
- Lower Latency
- Greater Capacity
- Better Reliability
- Supports More Connections
- Backward Compatible
Firstly, Wi-Fi 7 provides businesses and individuals with a faster speed rate of data sharing or receiving than Wi-Fi 6. Further, the users of this technology have access to share data at the speed of 5 Gbps. This faster speed allows them to share or receive files in just a matter of seconds, which also saves time.
Latency is the name of that delay that occurs between the users’ taken action and when it reaches its destination. The emerging technology of Wi-Fi delivers users a low latency rate, which is 100 times lower than the Wi-Fi 6. Moreover, this latency rate has the potential to enhance the users’ gaming experiences more than other Wi-Fi connections.
The capacity of a wireless connection refers back to the maximum variety of Wi-Fi devices that may connect to a wi-fi network simultaneously. Wi-Fi 7 has a greater capacity to connect with devices than other Wi-Fi. It is five times more capable than its previous generation, Wi-Fi 6. You are free to connect 200+ devices on the tp-link router of Wi-Fi 7.
The reliability of a wireless network depends upon the ability to accomplish a set of actions under certain conditions for a specific operational period. Further, the Wi-Fi technology enables its users to utilize the bandwidth of 320 MHz double that of Wi-Fi 6. This bandwidth improves the reliability of each channel simultaneously to provide users with efficiency.
Supports More Connections
Wi-Fi 7 has the ability to adapt to more than 200 channels in which it can maintain reliable low-latency. This approach helps businesses to share and receive large files in order to make the process faster.
Wi-Fi 7 has a backward comparison that is compatible with many existing devices. Compatibility means working ability with various devices, and the Wi-Fi 6 was designed to be compatible with previous existing standards. This emerging Wi-Fi technology also supports 2.4 GHz, 5 and 6 GHz wireless bands. Its 4096 quadrature amplitude modulation (QAM) allows businesses or individuals to pack data into given time periods.
As we are moving towards a fast-paced world of technology and information where everything is fast. We need to be clever and put an extra footstep over our competitors to maintain our authority in the market. Therefore, we have compiled a guide on the most powerful Wi-Fi Gen, Wi-Fi 7. You are free to adopt this technology to get an edge over your competitors and establish yourself as an authority. Moreover, this technology will provide you with more benefits than Wi-Fi 6, such as improved data share rates, lower latency, and greater capacity.