[Manila, Philippines, September 22 2022] Huawei has started rolling out its third-generation 5G Massive MIMO commercially outside of China, with the Philippines being the first big beneficiary. The major third-generation 5G RAN series product, MetaAAU, brings 5.5G technologies to 5G networks and represents a key path for the evolution of 5G networks. Innovative next-generation technologies, such as ultra-wideband, multi-antenna and extremely wide antenna arrays, significantly improve spectral and power efficiency and can help operators build simplified, green and high-performance 5G networks. future-oriented.
The 3.5 GHz MetaAAUs deployed in the Philippines increase download and upload speeds by 35% and extend coverage radius by 30% given the large distances between sites. As a result, more users can access 5G networks and average traffic increases by 37%. MetaAAU helps achieve intergenerational performance and ROI goals.
MetaAAU deployed commercially in the Philippines
Since 5G went commercial three years ago, the Philippines has been building 5G networks using high midband bandwidth and deploying Massive MIMO products to quickly deliver a seamless 5G experience while meeting the increasing demands for 4G capacity. Now, 5G networks cover 90% of the population in the National Capital Region. The further development of 5G in the Philippines must overcome the challenge of large inter-site distances. The third-generation 5G RAN series, with the 3.5GHz MetaAAU as the flagship product, can meet this challenge and meet the network development requirements, and underpin the construction of dual-band networks with optimal experience in the Philippines.
Yang Chaobin, President of Huawei’s Wireless Solution, said, “Ultra-wide, multi-antenna, and super-wide antenna arrays are important innovations to improve coverage and reduce power consumption. We believe that continuously improving the utilization of air interface resources will be conducive to the sustainable development of the communications industry in the Philippines.”
[Manila, Philippines, September 22 2022] Huawei has started rolling out its third-generation 5G Massive MIMO commercially outside of China, with the Philippines being the first big beneficiary. The major third-generation 5G RAN series product, MetaAAU, brings 5.5G technologies to 5G networks and represents a key path for the evolution of 5G networks. Innovative next-generation technologies, such as ultra-wideband, multi-antenna and extremely wide antenna arrays, significantly improve spectral and power efficiency and can help operators build simplified, green and high-performance 5G networks. future-oriented.
The 3.5 GHz MetaAAUs deployed in the Philippines increase download and upload speeds by 35% and extend coverage radius by 30% given the large distances between sites. As a result, more users can access 5G networks and average traffic increases by 37%. MetaAAU helps achieve intergenerational performance and ROI goals.
MetaAAU deployed commercially in the Philippines
Since 5G went commercial three years ago, the Philippines has been building 5G networks using high midband bandwidth and deploying Massive MIMO products to quickly deliver a seamless 5G experience while meeting the increasing demands for 4G capacity. Now, 5G networks cover 90% of the population in the National Capital Region. The further development of 5G in the Philippines must overcome the challenge of large inter-site distances. The third-generation 5G RAN series, with the 3.5GHz MetaAAU as the flagship product, can meet this challenge and meet the network development requirements, and underpin the construction of dual-band networks with optimal experience in the Philippines.
Yang Chaobin, President of Huawei’s Wireless Solution, said, “Ultra-wide, multi-antenna, and super-wide antenna arrays are important innovations to improve coverage and reduce power consumption. We believe that continuously improving the utilization of air interface resources will be conducive to the sustainable development of the communications industry in the Philippines.”