Ericsson and Chunghwa Telecom are embarking on a significant collaboration aimed at enhancing Taiwan’s 5G network. This partnership underscores the importance of sustainability and energy efficiency while aspiring to transform the telecommunications infrastructure. The alliance aligns with Chunghwa Telecom’s ambitious 2045 Net Zero targets, promising a 54% reduction in embodied carbon footprint and more than 40% lower energy consumption. This shift aims to modernize existing systems while mitigating environmental impact, reflecting a growing global trend toward greener technology solutions.
Central to this initiative is Ericsson’s 5G RAN portfolio, which boasts energy-efficient ultralight remote radios, such as the dual-band Radio 4490HP. These technologies supplement Taiwan’s network with enhanced multi-band capacity and uplink performance, ensuring readiness for future demands. Beyond just hardware, the project features Ericsson’s AI Intelligent RAN power-saving techniques. This AI-powered system keeps an eye on energy use and optimizes it in real-time. It means that even when network loads are high, the overall energy consumption remains optimal. The benefits go beyond sustainability; the move augments operational efficiency and ensures robust performance without the usual high energy costs.
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Ericsson and Chunghwa Telecom are joining forces to boost Taiwan’s 5G network, with a firm focus on sustainability and energy efficiency. This partnership aligns seamlessly with Chunghwa Telecom’s ambitious goal of achieving Net Zero by 2045, aiming for a 54% cut in embodied carbon footprint and over 40% lower energy consumption. The modernization effort seeks to upgrade existing systems while minimizing environmental impact, mirroring the global shift toward greener technology.
A cornerstone of this venture is Ericsson’s 5G RAN portfolio, featuring energy-efficient ultralight remote radios like the dual-band Radio 4490HP. These technologies enhance Taiwan’s network with better multi-band capacity and improved uplink performance, preparing it for future demands. Beyond hardware, the project integrates Ericsson’s AI Intelligent RAN power-saving techniques, which monitor and optimize energy use in real-time. This ensures that even under high network loads, energy consumption remains at an optimal level. The initiative not only promotes sustainability but also boosts operational efficiency and guarantees strong performance without the usual high energy costs.
