Mobile network operators continue to expand the coverage and capacity of their fourth and fifth generation infrastructure globally as they seek to attract new customers and grow revenue from the provision of innovative services to consumers and enterprises.
More efficient equipment and processes have been identified as a major potential enabler of cost savings for MNOs even while they accelerate their move toward net-zero carbon emissions. This is an ongoing ambition for many telcos around the world - the Carbon Disclosure Project and GSMA Intelligence alsothat approximately 85 percent of global operators have committed to the Science Based Targets Initiative to achieve net-zero emissions. Most of them aim to achieve that by 2050.
These gains are enabled by various features. The Super-N 2.0's platform features smaller and more densely packed PA transistor array for example, as well as an"on-demand" adaptive activation method for PA die-casts, and patented quasi-neural network algorithm for adaptive and precise matching online to the architecture, explained ZTE.
"5G and AI integration as well as 5G-A's new capabilities and scenarios need a lot of computing power," Ms. Tang said. To help MNOs accommodate that compute power, ZTE's 5G-A BBU implements computing power orchestration which can adapt to full scenario requirements, including site computing power enhancement, inter-site computing power sharing and computing power integrated in a Computing Force Network infrastructure.