How to choose WiFi6, 5G dual band, MESH?

After the advent of the Internet of Things, home appliances are becoming increasingly intelligent at a visible speed, and their dependence on the internet is far greater than before. WiFi has become the most common concern for Chinese households today. Therefore, terms related to routers such as WiFi6, MESH, and 5G dual frequency are increasingly appearing in front of consumers. What do they actually represent? How should we choose? Let's answer each question one by one. 4G Outdoor CPE

First of all, let's talk about WiFi 6 routers. With multiple new smartphone products supporting WiFi 6 this year, domestic manufacturers such as Huawei and Xiaomi have also released WiFi 6 routing products. Compared to the previous generation, WiFi6 has a higher transmission rate, and official data shows that the theoretical speed can reach up to 9.6Gbps. In addition, it also has a wider operating frequency range, highest modulation, MCS range, and compatibility with MU-MIMO and OFDMA for uplink and downlink. 5G Outdoor Cpe

However, although WiFi6 is good, it is not without its drawbacks. At present, devices that support WiFi6 are not yet widespread, and the domestic WiFi6 technology is not yet mature, which will be much lower than theoretical expectations in practical use. And international brands such as Asus, Samsung, and NetEase products from abroad are expensive (in fact, domestically produced ones are not cheap), with a price of about 35000-5000 yuan. They also require installation of over 2000M or even 10 Gigabit broadband at home to achieve the theoretical value of WiFi 6 network speed. Therefore, for Chinese households with broadband generally below 1000M, there is no need to replace WiFi6 routers temporarily.

The 5G dual frequency router actually refers to the wireless signal that can provide both 2.4GHz and 5GHz frequency bands simultaneously. Compared to the 2.4GHz frequency band wireless network used by most users, dual frequency bands effectively solve the network congestion and interference problems of a single 2.4G frequency band. Frequent phenomena such as poor wireless signal, network congestion, and frequent disconnections are common manifestations of network congestion. Wifi 6 Outdoor Wireless Ap
In addition, in the 5GHz frequency band, there are 22 non-interference channels in routers, greatly exceeding the number of non-interference channels in 2.4GHz. Just like a road with only 3 lanes or a road with 22 lanes, which one is more unobstructed is self-evident. Moreover, compared to the 2.4GHz frequency band, which is susceptible to interference sources such as microwave ovens and wireless devices, the 5GHz frequency band can greatly reduce such interference and greatly improve the quality of wireless networks.
Then there is the recently popular concept of "MESH". Compared to the first two routing technologies, MESH can be said to be a "subversion" of routing products, solving the "last mile" problem of routers. MESH has an interesting nickname called "multi hop" network, which vividly represents that WiFi signals are based on wireless relay and bridging technology, like playing checkers, passing forward between various routers to achieve infinite expansion of WiFi coverage, meeting the needs of many large and complex housing structures to solve WiFi blind spots.

It is worth mentioning that MESH does not conflict with the first two technologies and can be implemented simultaneously on a single device, such as the most popular Mesh distributed+dual band routing product on the market -360 full house routing. Based on MESH technology, 360 whole house routing is achieved by adding a separate route at the location where you want to expand the network, which can be freely paired with the main route. Simultaneously merging multiple signals from the main route and the sub route into a single WiFi name achieves a "no sense" WiFi switching.

What's even more eye-catching is that on the basis of dual band operation, 360 All Home Routing is based on daisy chain star topology networking technology and self-developed algorithms, making routers more intelligent. Not only can you real-time understand the online needs and status of devices such as mobile phones and computers, intelligently select the ideal infinite network frequency band for device connections, but you can also intelligently allocate WiFi network speeds for different devices. For example, when users are playing games, this device can receive more network speed allocation compared to other online devices, achieving a "shortcut" for data transmission and faster internet access.