Huawei's New Alpha Series Antenna Revolutionizing Antenna Technology

TapTechNews October 8th news, at the 2024 Global Antenna Technology and Industry Forum, Huawei released the brand-new Alpha series antenna, claiming it as another leap of the antenna in the mobile AI era.

Huaweis New Alpha Series Antenna Revolutionizing Antenna Technology_0

Huawei stated that the Alpha series antenna builds cutting-edge capabilities for the first time in key directions such as high energy efficiency, digitization, and极简 deployment. TapTechNews attached the main upgrade points of the Alpha series antenna:

High energy efficiency upgrade:

Upgraded to Signal Direct Feed (SDIF) technology in the full frequency band, through the innovation of the internal feed architecture of the antenna to reduce loss and improve efficiency, making the RF efficiency approach the theoretical limit.

MetaLens technology upgrade, fully applied to low and medium frequencies, greatly reducing spatial radiation dissipation.

Digitization upgrade:

The whole product is built-in with a new generation of industrial parameter self-awareness unit (AISU), algorithm upgrade, and wide application scenarios.

High efficiency and high-precision remote industrial parameter reading ability, providing a solid data basis for operators to build a self-intelligent network.

Full-dimensional beam adjustable technology realizes the two-dimensional dynamic adjustment of the wave direction and wave width, and supports the dynamic real-time network optimization.

极简 deployment upgrade:

Innovative Dragon Wing architecture, the internal load-bearing architecture adopts bionic mechanics design, combined with the innovative GFRPPPro radome material, reducing the antenna weight to 55 pounds, meeting the standard of single-person handling.

Innovative upper-hanging and lower-locking antenna bracket and plug-and-play feeder connector design, simplifying the assembly steps.

The Dragon Wing architecture design reduces the antenna deployment time by 50%, effectively improving the deployment efficiency and reducing the total cost of network construction.

Likes