Huawei releases innovative 5G microwave long-distance E-band solutions
Source: Huawei
On November 16, at MBBF2020, Huawei released an innovative 5G microwave long-distance E-band solution, which combines IBT smart beam tracking antennas and high-power E-band to increase the E-band carrying capacity from 20Gbps@3km to 20Gbps@ 5km, while reducing site deployment requirements and restrictions, speeding up 5G deployment.
As the main solution for microwave 5G bearer, E-band works at 80 GHz high frequency with a bandwidth of up to 20Gb/s. However, the high frequency spectrum and small antenna beam angle make the deployment of larger-aperture antennas require high site stability. The industry mainly uses 0.3-meter antennas to deploy E-band, and the transmission distance is short, which is difficult to meet the needs of 5G in-depth deployment.
The innovative IBT smart beam tracking antenna is the industry's first active microwave antenna, which can intelligently maintain beam stability, greatly reducing E-band's requirements for the stability of deployment scenarios, breaking through the deployment restrictions of E-band large-diameter antennas, and making 0.6-meter large-diameter Antenna scale deployment and 0.9-meter E-band antenna deployment become possible. In addition, through the new technology to increase the E-band transmission power by 6db, the combination of the two technologies will increase the maximum transmission distance of the E-band by more than 50%, reaching 20Gbps, 5 kilometers, fully meeting the deployment needs of urban scenarios.
At the convergence site, as the number of directions increases, more spectrum resources are required. The SuperHUB solution is aimed at multi-directional application scenarios, increasing the spectrum efficiency by 2~3 times: single frequency point multiplexes the number of directions within a 360-degree range, for the 6~42GHz frequency band, from 4 directions to 12 directions; for the E-band frequency band , Change from 12 directions to 24 directions, improve spectrum efficiency while making dense deployment possible, saving customer investment.
For 5G deployment scenarios, Huawei 5G Microwave has made innovative breakthroughs in transmission distance, spectrum efficiency, and deployment conditions. It provides ultra-wide, minimal, and easy-to-deploy 5G microwave bearer solutions to accelerate the construction of 5G networks.
On November 16, at MBBF2020, Huawei released an innovative 5G microwave long-distance E-band solution, which combines IBT smart beam tracking antennas and high-power E-band to increase the E-band carrying capacity from 20Gbps@3km to 20Gbps@ 5km, while reducing site deployment requirements and restrictions, speeding up 5G deployment.
As the main solution for microwave 5G bearer, E-band works at 80 GHz high frequency with a bandwidth of up to 20Gb/s. However, the high frequency spectrum and small antenna beam angle make the deployment of larger-aperture antennas require high site stability. The industry mainly uses 0.3-meter antennas to deploy E-band, and the transmission distance is short, which is difficult to meet the needs of 5G in-depth deployment.
The innovative IBT smart beam tracking antenna is the industry's first active microwave antenna, which can intelligently maintain beam stability, greatly reducing E-band's requirements for the stability of deployment scenarios, breaking through the deployment restrictions of E-band large-diameter antennas, and making 0.6-meter large-diameter Antenna scale deployment and 0.9-meter E-band antenna deployment become possible. In addition, through the new technology to increase the E-band transmission power by 6db, the combination of the two technologies will increase the maximum transmission distance of the E-band by more than 50%, reaching 20Gbps, 5 kilometers, fully meeting the deployment needs of urban scenarios.
At the convergence site, as the number of directions increases, more spectrum resources are required. The SuperHUB solution is aimed at multi-directional application scenarios, increasing the spectrum efficiency by 2~3 times: single frequency point multiplexes the number of directions within a 360-degree range, for the 6~42GHz frequency band, from 4 directions to 12 directions; for the E-band frequency band , Change from 12 directions to 24 directions, improve spectrum efficiency while making dense deployment possible, saving customer investment.
For 5G deployment scenarios, Huawei 5G Microwave has made innovative breakthroughs in transmission distance, spectrum efficiency, and deployment conditions. It provides ultra-wide, minimal, and easy-to-deploy 5G microwave bearer solutions to accelerate the construction of 5G networks.