What is the difference between high-end routers and ordinary routers in actual use?
First, the rate depends on the rate of your terminal equipment and broadband
The difference between high-end routers and low-end products is on the one hand in terms of specifications, which is what you said, such as 5300Mbps vs. 300Mbps
But this depends on your equipment and network. It does not mean that you have a faster network speed after buying this. It is just the highest rate of your wireless LAN intranet, and it is also the total data of several frequency channels added together, and Terminal devices (mobile phones, PCs, etc.) also do not have such a high speed (that is, the network card is not so fast)
And these specifications, 3000 yuan routers have, 300 yuan routers can also have specifications above 5000M, this is only the progress of the development of Wi-Fi protocol, not the substantial difference between high-end and low-end routers.
The actual difference is actually the performance, stability, firmware and network port specifications, mesh and other functional gaps.
Take the routers I have used as an example, there are tplink low-end routers, Belkin routers, Apple airport, ASUS 1900P and linksys mx4200.
TP and Belkin only have the most basic router functions. A larger amount of equipment is not stable. Usually, it needs to be restarted at least weekly. Even so, the stability is not satisfactory. According to the individual, the router must be 7*24 any time. It is not qualified to maintain a stable standard.
Apple’s airport has a USB interface that can support printers and an audio output interface that can support AirPlay, which can be used to enjoy AirPlay when HomePod doesn’t even have a name. Then the router with 7 or 8 devices used for several years, except for automatic updates, does not need to be restarted, which is as stable as a rock.
ASUS 1900P has a USB2.0 and a USB3.0 interface, supports ai Mesh networking, the CPU performance is not bad at the time, performance can support the use of powerful firmware to provide game accelerators, USB mobile hard drives use smb and FTP protocols and It can provide more complex functions with DDnS, richer QoS functions and rich firmware. The speed of reading and writing the mobile hard disk under Wi-Fi is about 30M/S. The router heats up a lot, and it takes about 2 months to restart.
MX4200 has 8 spatial streams, 600M (2.4G) + 1200M (5G) + 2400M (5G) tri-band Wi-Fi 6 channels, which can give key equipment a single 5G channel to ensure that it is not interfered by other equipment. The CPU is A53 architecture with 4-core 1.4G, 512M memory, and low heat. With a USB3.2 interface, the wireless reading and writing speed under Wi-Fi is basically double that of 1900P (this is greatly related to CPU performance). It has the best and most stable mesh networking capability with the best feedback from the current experience. The firmware functions are simple, with only simple QoS and smb protocol functions. Normal use does not require periodic restart, and the firmware has no corresponding functions.
Personal needs are long-term, high-frequency and high-rate stable transmission under Wi-Fi intranet. The specific application is to use a router to connect a USB disk as a simple NAS, and use the Xbox series to stream to the iPad Pro for gaming. The transmission rate and stability requirements of the Wi-Fi intranet are very high, and the CPU performance requirements of the router are also very high. Therefore, the iPad Pro will be connected to the 1200M channel of 5G alone to enjoy the entire 1200M Wi-Fi6 channel. The other devices are connected to another 5G 2400M Wi-Fi6 channel, and the smart device is connected to a 2.4G 600M channel without interfering with each other. There are nearly 20 networked devices in total, so there are also high requirements for the amount of routers.
The network celebrity router ASUS AX86U is similar in price to the MX4200, which is characterized by powerful firmware playability, 2.5G network port and link aggregation function. This is now fiber optic broadband generally to Gigabit network, so now it is mainly for NAS. in use.
These are the differences between high-end routers and low-end routers. If you know what ssid is and what spatial streaming means, you can use NAS, stream, and carry a lot of computers, and you need to use mesh networking, then the one that meets the requirements is Only high-end routers.
But if you don’t understand these, then the demand is stability. Purely using the basic functions of the router, the demand should be stable. At this time, you can buy low-end routers from some major manufacturers, and the stability will be more guaranteed. The latest one is the Wi-Fi6 protocol, so just buy a Wi-Fi6 router.
As for the signal, the transmission power is the same for everyone, and there is no need to look at the number of useless external antennas. This is actually one spatial stream corresponding to a set of antennas. The flagship router linksys MX5300 with 12 spatial streams has 12. Antenna (12+1, the extra 1 is a Bluetooth antenna, which is used for pairing when grouping mesh), some low-end routers clearly support 4 spatial streams, and it is possible to put 10 antennas outside, that is to fool small White things don’t have the slightest meaning.