EN
Sub 6G AAU is a high-performance RF antenna integration unit. This series of products supports the multi-band networking needs of Sub 6G, supports 4/5G dual-mode concurrency, meets the long-term evolution and co-construction and sharing needs of operators for 4/5G, and realizes fast and low-cost network deployment of operators. The product form and functions are diversified. Operators can flexibly choose according to different scenarios and coverage needs. It plays a very important role in 5G and 4G networks.
The frequency range of 5G MMwave AAU products is 24.25GHz-52.6GHz. It has the characteristics of super-large user capacity, super-large bandwidth, ultra-low delay, etc., and has extremely high application value in some fields with extremely high delay requirements, which can further release the potential of 5G network.
• This series of products includes: 2.6G/3.5G/4.9G 64TR AAU
• Suitable for the coverage of dense urban areas and high-rise buildings
• Support Massive MIMO and multi-energy-saving technologies
• The platform has evolved maturely and can meet the needs of a variety of Sub 6G bands
• Support 5G NSA and SA dual networking mode
• Support operator 4/5G network co-construction and shared deployment mode
• It has 2 prequel network interfaces at 25G speed
• Support multi-beamforming technology
• This series of products includes: 2.6/3.5G 32TR AAU
• It is suitable for wide coverage scenarios in general urban areas
• Support Massive MIMO and multiple energy-saving technologies
• The platform has evolved maturely and can meet the needs of a variety of Sub 6G frequency bands
• Support 5G NSA and SA double reorganization network mode
• Support operator 4/5G network co-construction and shared deployment mode
• It has two forward network interfaces with 25G speed
• The maximum output power reaches 320W
• Support multi-beam shaping technology
• Support remote electrical tilting adjustment with RCU
• Suitable for large-capacity and hot scenarios
• The hybrid beamforming architecture is applied to achieve energy consumption reduction and cost optimization
• The compact structure design realizes the ultimate lightness and thinness of the product
• It adopts broadband antenna array design, covering the full frequency band of N258
• The HDI process is adopted to realize the antenna RF integrated high-integrated design, and the whole machine is light and thin
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