In recent reports from Taiwanese media, it has been highlighted that the ability of WiFi signals to penetrate walls is a growing concern, prompting global router manufacturers to enter the high-power dual-band 802.11ac Wave 2.0 market. As a result, the number of antennas in routers has increased significantly, leading to a surge in the use of RF components—specifically, WiFi FEMs (Front-End Modules), with usage reaching 4968 units. Analysts predict that with the upcoming launch of major international router brands in Q2, shipments are expected to see a multi-fold increase.
Industry experts believe that high-power RF components will become a key trend in future router designs. The demand for devices operating at 20dBm and 22.5dBm power levels is on the rise, which is expected to push up the unit prices of Liji’s products. With the introduction of 802.11ax, MU-MIMO, and HF radio technologies in 2018, the wave of improved signal transmission remains strong. As a result, the usage of FEMs in routers is anticipated to both increase in volume and cost, becoming a major driver of revenue growth.
As home structures have become more complex over the years, the issue of WiFi signal attenuation has become more pronounced. To address the problem of poor wall penetration by standard routers, leading manufacturers showcased high-power dual-band 802.11ac Wave 2.0 models at this year's Consumer Electronics Show. In the expanding WiFi market, the adoption of MU-MIMO technology has led to an increase in the number of antennas installed, thereby boosting the demand for FEMs.
Moreover, in the smartphone sector, WiFi specifications have evolved from 802.11n to 802.11ac, with a growing proportion of three-in-one FEM development. This shift has brought positive impacts on the pricing of related components, further supporting the overall growth of the RF component industry.
Pure Sine Wave Inverter,Pure Sine Wave Power Inverter,Dc Pure Sine Inverter,Reliable Pure Sine Wave Inverter
GuangZhou HanFong New Energy Technology Co. , Ltd. , https://www.gzinverter.com