Product Advantages

Precision beam, Intelligent coverage

Uses phased array and conformal array technology to achieve precise beam control, combined with AI dynamic adjustment of radiation direction, intelligent optimization of resource allocation, to ensure efficient signal coverage. Support Sub-6GHz to millimeter wave broadband, meet the needs of multi-frequency fusion, provide stable and reliable signal transmission for 5G base stations, satellite communications and other scenarios, and improve spectrum utilization efficiency.

Multiple types, Flexible adaptation

Forms a rich classification system according to radiation direction, structural form and application scenario. Omni-directional/directional/array antenna adapts to different requirements such as wide area coverage and point-to-point communication, line/surface/conformal structure to meet radio and television, high-frequency scenarios and carrier surface installation, base station/terminal/satellite antenna covers multi-sector, mobile phone integration, long-distance communication and other scenarios, flexible adaptation to diversified application scenarios.

High gain low standing, Stable transmission

Base station antenna gain of 15-25dBi, satellite antenna ≥ 30dBi, with ≤ 1.5 VSWR to achieve efficient impedance matching and reduce signal loss. The use of low dielectric materials to reduce high-frequency loss, precision manufacturing to ensure that the accuracy of the reflective surface is less than or equal to 0.2mm, to ensure stable signal transmission. Support -40 ℃ ~ 60 ℃ wide temperature environment and IP65 protection, adapt to harsh outdoor conditions.

Multi-domain applications, innovative empowerment

Deep adaptation to 5G, satellite, IoT and special areas. Support the Massive of MIMO base stations and indoor DAS systems to enhance 5G network capacity; Kymeta flat antenna assists low-orbit satellite high-speed access; 900MHz NB-IoT antenna meets wide-area Internet of Things coverage; Medical implantation and industrial anti-jamming antennas solve the needs of special scenarios and promote the upgrading of communication technologies in various fields.

Smart materials, Green innovation

Keep up with technology trends, introduce intelligent beamforming to improve communication efficiency, and explore the forefront of terahertz ultra-high-speed communication. The use of graphene coating, stretchable flexible materials, both performance and portability. Integrate low power consumption and energy recovery technology, practice the concept of green communication, and provide sustainable development solutions for future communication equipment.