Which is better, Xiaomi router or Huawei router? My family has used two units together for a year, and across five dimensions, the biggest difference isn't the signal

last month, a colleague was building a PC and asked me whether to buy a Xiaomi or Huawei router. I opened my mouth to say "either is fine," but swallowed my words again. Because my home happens to have two units under one roof: the main unit in the living room is the Xiaomi AX3000T has been using for two years, and the bedroom still has a Huawei AX3 squatting — a gift from my broadband technician last year. It used to gather dust, but later I switched to AP to supplement the bedroom signal. I wrote about this in the of mixed group Mesh. After more than a year of use, I handle both units every day, so it's a good chance to break this down and talk about it.

first explain the origin of these two units at my home

AX3000T I bought it for 129 yuan in 2024. After two years of running, the gigabit broadband wired speed measured at 940 Mbps, peaking at 62 devices—pretty standard, never failing. The Huawei AX3 is an older WiFi 6 device from around 2020. When I got broadband, the technician took it out from the bottom of the box and gave it away. The spec sheet didn't even mention an independent amplifier. One is a Xiaomi model currently on sale, the other is a Huawei device from four years ago. This comparison may seem unfair, but it actually reflects the true configuration of most families—choosing the main device yourself, and the secondary device depends on luck. Moreover, the secondary unit's performance over the past year has given me a lot of firsthand observations about Huawei's approach, making the comparison more realistic than the cloud.

lay out the framework of the conclusion here: five-dimensional comparison—signal, app ecosystem, guest connectivity, large home signal supplementation, and flashing usability. The first two have the highest weight, while the last three depend on the person.

let's talk about signals first: half of Huawei's reputation is real

online that Huawei routers have good signal and strong wall penetration, I didn't believe that at first—I thought it was just a brand filter. It wasn't until the Huawei AX3 worked in my bedroom for a year that I changed my mind: Huawei is indeed aggressive in signal tuning, but its approach is different from what you might think.

first pour cold water on them. When it comes to transmission power, the national standard has sealed the ceiling: the 2.4G EIRP cannot exceed 100 milliwatts, and every 5G band has its own cap. this ceiling can't be touched from the factory. So the idea that "Huawei is louder than Xiaomi" doesn't hold up physically; both companies are shouting under the same red line. The real difference lies in tuning: Huawei's default setting is set to enable wall penetration mode, while Xiaomi's default mode is more conservative, so you have to manually switch signal strength from "standard" to "wall penetration." I adjusted these three levels during the poor signal period at home, after switching it was indeed two or three dB.

actual impression is this: in the bedroom, the Huawei AX3 acts as an AP, the phone is near it with a signal of -52, and when I walk to the bathroom next door separated by a wall, it's still -67, which is more durable than I expected. But I've compared it with AX3000T in the same position. At the same point, on the same phone, Huawei's signal bars have always been one bar higher, and the real speed gap between the two narrows to less than 10%. This is the old saying—full grid and fast are two different accounts; the number of grids depends on whether you can hear them, while speed depends on whether you can hear clearly. When choosing a router, don't let the number of grids dictate your pace. Using a speed app to run three points is more intuitive than anything else.

biggest gap is unrelated to signals, but the app and ecosystem

This is what I most want to say after comparing them: when buying a router in 2026, you're not just buying a WiFi device—you're choosing a smart device for your whole home with a dedicated manager. On this point, the difference between the two companies is much greater than the signal.

dozens of smart devices in my home, most are Mijia: cameras, speakers, vacuum cleaners, thermometers and hygrometers, door locks—all installed in the Mijia app. Xiaomi routers are a hub in this system— I've counted how these devices are networked, the router's backend directly monitors each device's data, the Mi Home app manages scheduled restarts and anti-internet access, and if problems arise, the three entry points alternate between checks. If all your smart devices in your family are from Mijia, and you buy Xiaomi for routers, everything is in one app and closed-loop in one app—this experience is something Huawei can't provide.

conversely, if your phone is Huawei and your home TV and watch are also Huawei, then the Smart Life app is your closed loop. Huawei's deep integration is indeed meticulous: there is a dedicated acceleration channel between the router and Huawei phone, and children's internet care directly manages time and content—I once set up internet time for my neighbor Lao Chen's son, and Huawei's approach to child management is the same as Mijia's, with the entry point on the app's home page, making it easy to get started.

So the answer to this question is to first look at your phone: Android generic phones or Xiaomi phones. There are many devices at home like Mijia, so close your eyes to Xiaomi; Heavy Huawei phone users with complete HarmonyOS devices at home should follow Huawei's lead. Don't spend 50 yuan on running two apps every day.

the small matter of connecting customers to the internet, the two companies have completely different approaches

guests come to our homes to connect to WiFi, the solutions from both families are quite interesting. Xiaomi uses QR codes: in the Mijia app, you generate a QR code for WiFi, and customers can scan with their camera to connect. don't even need to read the password— can be recognized by Android and Apple. Huawei uses NFC for one-tap connection: AX3 Pro models have an NFC area on the body, so Android phones that support NFC can automatically pop up a prompt to connect to the router, saving you the need to scan codes. I met him once at Old Chen's home, and it was truly elegant. He would stick his Huawei phone against the router, and it would take two seconds.

to be fair, both solutions eliminate the "code reading" step, and the difference in experience is only two seconds versus five seconds, which doesn't make decisions. Huawei has a detail worth mentioning: the NFC one-tap switch is hidden in the web management interface's "More Functions→ System Settings →NFC," which is off by default. Remember to turn it on when you buy it, otherwise the NFC area is just decorative.

large units add signals, but the two homes have completely different bills

homes over 100 square meters or many load-bearing walls, one router probably can't cover it, and the two companies' solutions can be cost-effective.

Xiaomi's approach is to patch up the nodes with Mesh: buy another sub-router in the same ecosystem, the Redmi AX3000 is just over 200 yuan, and during AX3000T promotion, it's 129 yuan. I've written about the entire process networking process and sub-router placement. The premise is that you have a network cable for wired backhaul; if not, use wireless backhaul and cut the speed in half.

Huawei's signature product is the mother-child router, the Lingxiao Q6 series. The mother router connects to the optical modem, and the sub-router plugs into rooms with poor signal, meaning 'plug in where signal is poor.' The key is that it has a power line version: transmitting data via home wires between mother and child, without network cables or wireless backhaul. houses without pre-installed network cables , self-built houses upstairs and downstairs where wireless backhaul inevitably fails, using wires is the real solution. The price is the price: Q6E single mother and child start at over 400 yuan, Q6 cable version starts at just over 300 yuan, which is much more expensive than Xiaomi's extra unit.

calculating the bill like this: if you have a network cable at home or are willing to install an exposed cable, Xiaomi can compensate for the node at half the price; If you have no wires and don't want to mess with it, buying the Huawei power cable version is convenient. The network cable in my bedroom was saved during renovation, so I can upgrade the Huawei AX3 to AP for free. Without this cable, I have to weigh between mother-child routing and an extra Mesh.

the iron gate of flashing the computer, and the final multiple-choice question

last dimension is playability. The flashing ecosystem for Xiaomi routers is truly thriving: the official SSH channel is still open for older models, and the new device community has its own channels. I've written tutorials for flashing OpenWrt for models like AX3000T, AX6S, and 4C, and it's even easier to buy second-hand ones—half of the buyers buy for flashing. Huawei is basically a dead end: my AX3 was checked, it can flash, but you have to disassemble the solder probes, and they quit on the spot. If you're a troublemaker, this one is a one-shot decision: choose Xiaomi; If you forget after installing and don't go backstage for three years, this item has zero weight.

finished by giving a checklist and sitting according to it:

to wrap things up: first count which smart devices you have most at home, then check your phone brand. Once these two are set, the answer is basically set; Signal and price come at the bottom—both brands' hardware is passable, but the real real experience is which ecosystem you connect the router to. As for my Huawei AX3, it will continue to be the AP in the bedroom, since it's freebie and appealing.