Huawei introduced a SuperHUB 5G microwave solution with simplified architecture to improve the spectrum efficiency and enables high bandwidth for aggregation sites. H
vision Multiplexing (SDM) technology. The solution enables a spectrum used only once within 90° range to be multiplexed three times, thus improving spectral efficiency by 300%. This allows the same amount of spectrum to provide triple the bandwidth for all directions at a hub site, facilitating multi-directional bandwidth upgrade.
Huawei is also using modular dual-band antennas to combine any two 6–86 GHz bands at a site. This avoids the deployment of multiple antennas in cases where a single band is not sufficient to achieve a high bandwidth. The carrier aggregation ODU can aggregate four channels into one, resulting in a single ODU delivering capacity equal to that of four regular ODUs. This amounts to a 75% reduction in installation space and load bearing required on a tower where multiple channels are used to support high bandwidth.
Huawei also unveiled 40Gbps and 100Gbps ultra-bandwidth microwave solutions for 5G aggregation sites, setting a new record for microwave solution bandwidth. The company says its ongoing E-band innovation will increase transmission distances by 30% for E-band while boosting bandwidth to 40Gbps in short-distance cases when compared to current all-scenario 10Gbps capabilities. This will enable operators to meet the requirements of high bandwidth at huh sites as 5G continues to mature. New innovations involving new spectra, such as D-band (130–175 GHz), will be able to support an ultra-high backhaul bandwidth of 200Gbps, raising microwave bandwidth to new heights.
https://www.huawei.com/en/press-events/news/2019/10/Huawei-Released-5G-Microwave-SuperHUB-Solution
