The AIR 3268 is designed to provide real-time channel estimation and ultra-precise beamforming – or elimination of undesirable noise interference – to accelerate 5G mid-band spectrum deployment and boost capacity, coverage and connectivity speeds, thus enhancing mobile experiences for customers.
Anna Yip, chief executive officer, Consumer Singapore, Singtel, said, “We are always looking for ways to deliver Singapore’s greenest 5G network while further reducing our carbon footprint. By integrating energy-efficient technologies into our operations and infrastructure, we aim to build a better, more sustainable future as we continue to deliver the best network performance and user experience to consumers and enterprises through our 5G solutions and services. With an optimized network, even end-users will be able to conserve energy on their mobile devices, making them part of the movement of building a better future together.”
Martin Wiktorin, head of Ericsson Singapore and Philippines, noted, “Sustainability and energy efficiency are a priority for us at Ericsson. Deploying our energy-efficient AIR 3268 radio as part of Singtel’s 5G network is a significant step in our larger sustainability plan, which is focused on breaking the energy curve by activating energy-saving software, building 5G with precision and operating the site infrastructure intelligently. This will serve to manage mobile traffic growth while reducing energy consumption.”
Deployment Simplicity and Improved Energy Efficiency
Singtel 5G is a greener technology with higher data transfer rates compared to any previous wireless technology generation, working on a wide spectrum of 100 MHz, which provides cell capacity comparable to four Singtel 4G bands combined.
The deployment of the AIR 3268, the lightest and smallest Massive MIMO (multiple-input and multiple-output) in the industry, is another step in Singtel’s energy-saving improvements as it explores smart and sustainable mobile technologies that optimize power and energy utilization in its operations.
