These benefits enable simplified and efficient deployment on sub-3 GHz bands.MIMO has become an essential element of wireless communication standards including IEEE 802.11n (Wi-Fi), IEEE 802.11ac (Wi-Fi), HSPA+ (3G), WiMAX, and Long Term Evolution (4G LTE). Hertz platform antennas adopt enhanced multi-array technology, ultra-high integration architecture, and full-band SDIF (signal direct injection feeding) technology. In this evolution, FDD mid-band 8T8R is required to build 5G basic capacity layer and deliver cross-generation experience. This antenna is designed.Given globally accelerated 5G rollouts, sub-3 GHz NR multi-antenna evolution will be crucial for ubiquitous 5G experience. Boost performance indoors or in fringe network areas by plugging this external antenna into your 3G/4G AirCard modem or mobile hotspot.

As such, low-band 4T4R, mid-band 4T4R, and mid-band 8T8R can be deployed in a single antenna. Powerful configuration for simplified sub-3 GHz deployment in one antennaFor the first time in the industry, Hertz platform adopts eight-array side-by-side architecture to achieve powerful configuration and derivation capability. This increases capacity by 15% in FDD 8T8R networks.2. Larger network capacity with higher MIMO performanceUsing Ultra-resolution Beam technology, Hertz platform provides high-precision beamforming and beam directivity to boost MIMO performance.

More than 2,000 participants from operators and third-party industry organizations attended in 2021. This means that antennas can provide a better network coverage with the same level of transmit power, or use a lower transmit power to achieve the same level of coverage.The Global Antenna Technology and Industry Forum is the biggest event in the antenna industry, and it has been held annually for 10 consecutive years since 2012. Network evolution does not require extra antenna space, greatly simplifying site acquisition and installation.The leading SDIF technology minimizes feed loss to improve energy efficiency by 10%~15%.

Mimo Wifi Antenna