Huawei routing Q2 experience: What are the surprises of using home-level routing for home routing?

What impressed me most was the combination of Gigabit power line and 5GHz mesh Wi-Fi. This is the feature of Huawei's flagship Q2 hybrid. Here, first spread the technology. Gigabit power lines and 5GHz mesh Wi-Fi are used for the connection between the sub-route and the parent route. This is also the core issue of distributed routing.

Among them, Huawei's route Q2 uses G.hn Gigabit power line communication technology, which has a higher rate, lower latency, and higher anti-jamming capability, allowing faster and more communication between the parent and child routes. stable. In addition to Gigabit power lines, Huawei's Q2 Hybrid Ultimate also supports 5 GHz mesh Wi-Fi hybrid networking. The so-called Mesh Wi-Fi technology refers to the simultaneous establishment of Wi-E between two routers in a network. The Fi connection channel has the advantage that the system monitors the quality of each path in real time in the background and adjusts the terminal device to the optimal access path in real time. Furthermore, if there is a route failure in one of the nodes in the middle, the routes of other nodes connected to the route can instantly establish a connection with another good route, ensuring the continuous access of the terminal devices to the Internet.

For example, WAN ports and LAN ports on traditional routes are often misplaced. However, Huawei router Q2 uses the network port auto-recognition. You do not need to distinguish between interfaces. You can easily connect to the Internet by plugging in the Internet cable. The plug-and-play system is really implemented.

Another example, the traditional route replacement, the biggest headache is to forget the original broadband account, password. However, Huawei routed Q2 can learn the broadband account and password of the old route with one click and dial up the Internet automatically. This truly seamlessly switches.

Also, I have tried other distributed routes. One of the problems is that the parent route and the child route each have a Wi-Fi name. Which signal is good and which one should be connected is a problem. Huawei's route Q2 is not. After the sub-route is connected to the power supply, the Wi-Fi name and password are automatically synchronized from the parent route so that the parent route and the child route use the same Wi-Fi name. Users only use one access, and the back end will automatically connect to the best Wi-Fi network.

These functions do not seem to be so big, but from the user's point of view, it is the most practical. Routing is not difficult to configure, but for many small white users, it is often complicated and prohibitive. Why can Huawei routing Q2 be so easy to use? I think it is Huawei's user-centric philosophy, and the recent years as a terminal to achieve the B2B thinking to B2C thinking transformation.

In fact, Huawei's routed Q2 is even regarded as an ultra-high value product. She adopts an oval design, which looks pure and beautiful, and is full of design trends. If you use an idiom to describe it, I think it is "considered internally and externally." There is a face value, and there is technology inside.

Huawei Routing Q2 is the epitome of Huawei's comprehensive strength

Huawei routing Q2, a small home routing product, is a microcosm of Huawei's overall strength.

Gigabit power lines and 5GHz mesh Wi-Fi networking reflect Huawei's strong advantages in communications and connectivity. Research company IHS Markit recently released the latest report, announced the share of Huawei, Ericsson, Nokia, ZTE and Samsung in the global mobile infrastructure market. The report shows that Huawei defeated Ericsson last year and became the world's largest telecommunications equipment manufacturer. Similarly, a report released by DellOro, a foreign authoritative organization, revealed last year that in 2017, the market for service provider (SP) routers and carrier-class Ethernet switch (CES) markets changed, and Huawei surpassed Cisco as the leader in the core router market.

All this is not surprising. It reflects the result of Huawei’s insistence on investing heavily in R&D for so many years. According to the European Commission’s 2017 global corporate R&D investment rankings, Huawei ranked sixth in the world with 10.363 billion euros, up two positions from the previous year. The figures can illustrate this point. Huawei's accumulated R&D expenditures for the past ten years exceeded 311 billion yuan. Its research and development spans 15 research institutes/institutions in the world, 36 joint innovation centers, and approximately 80,000 research and development personnel (45 percent). % of employees) engaged in research and development.

Take Huawei's Q2 routing as an example, it has achieved chip-level independent R&D. Behind G.hn Gigabit power line networking is Huawei Huawei's self-developed chip, Huawei's 5630. Many people know the Kirin chips for Huawei phones and the 4G/5G Baron baseband chips. Ling Xiao is the brand name for Huawei's home network chips. It is with chip-level protection that Huawei's routing Q2 is always excellent in speed and stability.

Huawei's routed Q2 is also at the core of Huawei's smart home strategy. She not only brings the foundation of smart home - ubiquitous Wi-Fi connection, but also responds quickly, experiences better, and is simple to configure. The home experience has become even better.

All in all, Huawei's trial of the Q2 route is definitely a surprise. It not only comes from Huawei's use of chicken knives, it also uses enterprise-class standards for home routing, and it is the technological leader behind Huawei's continuous R&D. In addition, Huawei's successful transformation in 2C thinking allowed Huawei Q2 routing to become an indoor network interconnection tool both inside and outside.