In order to achieve the best seamless coverage of newly renovated houses, AC+AP scheme must be adopted. It is powered by wired router +AC manager (which can integrate routers) +POE (which can integrate routers and switches)+multiple AP panels (which can be 86-panel AP nodes or hidden ceiling AP nodes).
(1) Advantages:
1, this scheme can provide the whole house with no dead angle (no matter how many floors and large areas, the villa yard can also cover) full grid 2.4G WiFi signal access;
2. The whole house wirelessly accesses the same WiFi name. When people walk around the house, ac manager will automatically guide wireless access devices (mobile phones, tablets, etc.). ) to access the AP node with the best signal. The switching of AP nodes is in the millisecond level, and users don't feel it, and they don't need to switch manually. It is all done automatically by the equipment.
3. The panel AP is beautiful and generous. It can provide wired signals for devices that need wired access, such as Internet TV and desktop computers (wireless is also possible, but the speed is not as fast and stable as wired access), and it will not occupy the originally small 2.4G wifi bandwidth. The ceiling AP node can be hidden in the ceiling or exposed in an acceptable place. The antennas of AP nodes are all built-in, and there is no external antenna, so there is no need to use so-called three-wick incense, four-wick incense and other equipment.
4, the whole house wifi signal access, laying a solid foundation for smart home construction.
(2) Disadvantages:
1. The larger the building area, the more AP nodes need to be connected, and the greater the cost; The larger the building area, the richer the owner and the higher the equipment investment capacity.
(3) Suggestions:
1. The whole house wifi is recommended to use the designated brand TP-Link six types of unshielded network cable, which is cheap and good, ensuring the stable transmission of gigabit network bandwidth;
2. Now, although the 100-Gigabit network is entry-level, the Gigabit network can provide services, and the 10-Gigabit network can also be realized in just three to five years. In order to welcome the arrival of 10 Gigabit network, it is strongly suggested that in hydropower construction, the master should lay optical cables in the same pipe at the same time when laying network cables, and there is no need to charge more for hydropower projects. Optical cable is cheaper than network cable, but it can support 10 gigabit network; The network cable that can support 10 Gigabit networks is expensive, and 10 Gigabit routers and switches with network cable interfaces are many times more expensive than those with optical fiber interfaces, so it is more economical to use optical fiber for 10 Gigabit networks. Now laying optical fiber is to embrace, own and use the 10 Gigabit network for the first time, and there is no regret when it comes. I dare say that the cost of laying optical fiber now is less than one tenth of the cost of replacing cables (unplugging the network cable and replacing it with optical fiber) in the future.