The development and popularization of the Internet has brought about not only the subversion of the economic field, but also the change of lifestyle. The ubiquitous "WiFi" is a typical representative. As routers that launch WiFi, connect smart devices and the Internet, as the Internet's impact on people's lifestyles continues to deepen, technological and functional innovations are constantly being carried out to accommodate increasingly complex usage needs. Dual-band wireless routers are produced in this context and gradually developed into the mainstream of the industry.
First, the status quo of dual-band wireless router industry
Dual-band wireless routers can become the mainstream in the industry because of its higher wireless transmission rate and stability, and the unparalleled advantages of single-band routers becoming more and more “congestedâ€. At present, the main dual-band router brands on the market include Tenda, TPLINK, Fibonacci, and 360. Among them, “old brand†Tenda launched a series of dual-band routers for different users and usage scenarios, and the “AC†series is a typical representative.
But no matter which brand, as long as it is a dual-band router, you can't get around "5G WiFi." However, this basic "5G WiFi" has faced many difficulties due to its own limitations, which seriously hindered the continuous development of dual-band routers.
Second, the limitations of 5G WI-FI
While having the advantages of “higherâ€, “faster†and “strongerâ€, the limitations of 5G WiFi itself and the resulting problems are also prominent, especially the key problems that are common in the industry and extremely difficult to solve. - Poor wall penetration.
What is "through wall ability"? In fact, it is like a voice. If you face each other, even if the sound is not loud, you can hear it. But if you are separated by a thick wall, even if it is loud, it is hard to hear. 5G WiFi also has such features. So why is it poor in wall penetration?
This is because the 5 GHz WiFi signal is essentially a linear wave-based electromagnetic wave. Because the frequency is higher, the wavelength is shorter than 2.4 GHz and the penetration is stronger.
The so-called penetration refers to a main phenomenon produced by electromagnetic waves in the process of propagation. At the same time, secondary phenomena such as reflection and diffraction are also produced. The stronger the penetrating power, the more energy the electromagnetic wave loses, and it will be exhausted even if it has not penetrated. In other words, when the 5G WiFi signal encounters an obstacle compared to 2.4GHz, because the penetrating power is stronger, the energy consumption is more, the energy for reflection and diffraction is less, so the wall penetration ability is even worse, the router It is weaker to receive the signal.
Third, Tenda AC6 new upgrade, help 5G WiFi breakthrough limitations
Although "poor wall penetration" is a limitation and difficult problem for 5GHz WiFi itself, it does not mean that it cannot be broken and solved.
Tenda AC6 is equipped with a high-performance RF front-end (FEM) module. The 5G WiFi coverage and wall-through capability are effectively improved. Compared with the general dual-band router, the signal can still watch HD video smoothly after wearing two blocks.
Coupled with the support of Beamforming+ (beamforming technology), Tenda AC6 can realize the transparent emission of wireless signals into true directional transmission, and concentrate the energy to transmit the WiFi signal to the position of the device to enhance the wall penetration capability. . Simply understand that WiFi is no longer a "wide-spreading network", but can concentrate on chasing the device, where the device goes, which can effectively solve the problem that the 5GHz signal becomes weak after going through the wall.
(Tengda AC6)
Recently, Tenda launched an upgraded version of AC6, which greatly improved its WiFi fluency and belt capacity. The AC6 CPU has been upgraded from the original 900MHz to 1GHz. While ensuring the stability of the system, the processing performance is improved by 20%. The new MU-MIMO technology enables the router to simultaneously transmit data with multiple network devices. Shorten the buffer time of network devices and improve the utilization of network resources, thereby improving the router capacity and terminal access speed, ensuring that WiFi is always in an optimal state.
Fourth, the user recognition is high, Tenda leads the industry
As an old brand with rich experience, Tengda has been adhering to the philosophy of “scientific and technological innovation†in technological innovation, functional upgrading and product development. It has been highly praised by users and has been recognized by operators such as telecommunications. The "leader" in the industry.
In March of this year, Tenda dual-band Gigabit wireless routers AC6 and AC9 were once again officially recognized by China Telecom, and became the designated procurement products of the Tianyi Intelligent Network Project of Yunnan Telecom Group. In April, relying on the hard power of enterprises and excellent product quality, in the 2017 Tianyi intelligent network fiber router procurement project of Guangdong Telecom, Tenda routing AC9 competed for the first place with a comprehensive score, and successfully won 50% without suspense. Share an order of 50,000 units!
In the Internet era, people's demand for WiFi is becoming more and more complicated. The technology upgrade of Tenda AC6 is adapted to this change. The industry believes that the performance of Tenda AC6 is indeed better than other brands of the same price, especially in the industry to overcome the limitations of the dual-band router through the wall.
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SHENZHEN CHONDEKUAI TECHNOLOGY CO.LTD , https://www.szsiheyi.com