his week, the University of Bristol has powered up Isambard-AI, the UK’s fastest and most potent supercomputer, following a £225 million investment announced by the government last March. Built by Hewlett Packard Enterprise, Isambard-AI boasts over 5,000 NVIDIA superchips, enabling it to execute a staggering 200 quadrillion calculations per second. Officially named the AI Research Resource (AIRR), this supercomputer surpasses its predecessor by a factor of ten in computational power, aiming to support critical AI technology development.
US telecom giant Sprint Corporation has announced that it is working with Arizona State University (ASU) to promote economic, educational, technological and social growth in the entire Arizona region, leveraging the power of Sprint’s True Mobile 5G and Curiosity™ IoT’s advanced dedicated network and operating system. This groundbreaking collaboration will combine the innovations of 5G and Curiosity™ IoT, create a new IoT curriculum and reach millions of residents. Sprint’s Curiosity™ IoT is the first dedicated, virtualized and distributed core IoT network that is purpose-built for software. Hosted on a solid foundation from technology leaders including ARM, Ericsson and AWS, this service leverages bare-metal design, and enables the delivery of low latency, high availability connectivity. The fourth-largest mobile network operator in the US stated that they designed Curiosity™ IoT “to solve the challenges of today and be ready for the needs of the future.” In a press release, Sprint said it will work alongside ASU…
Equinix has teamed up with the National University of Singapore to launch a groundbreaking Co-Innovation Facility aimed at enhancing sustainable technologies for data centers. By focusing on energy efficiency, this initiative represents Equinix’s Data Centre of the Future Initiative, central to their ongoing sustainability goals.
Japanese telecom giant NTT Docomo, alongside global partners, has demonstrated AI-powered enhancements for 6G, achieving an 18% boost in communication efficiency. This breakthrough uses AI to optimize modulation and channel estimation, enabling faster, smarter networks.
Verizon’s deployment of an Open RAN Distributed Antenna System (DAS) at the University of Texas and Austin Convention Center showcases an innovative leap in telecommunications. Open RAN is pivotal for flexible and efficient network services by utilizing components from multiple vendors.
Equinix is investing USD $260 million to develop SG6, a sustainable data center in Singapore, designed for AI and compute-intensive tasks. Featuring renewable energy, liquid cooling, and rainwater harvesting, SG6 aligns with Singapore’s Green Plan 2030.
Meta’s collaboration with universities propels VR education forward, utilizing Quest devices to provide unique learning experiences. The Meta for Education beta program connects institutions like Imperial College London and University of Leeds to immersive platforms.
Viavi Solutions is advancing the VoIP industry with a new Open RAN test lab in Quezon City, funded by USAID’s BEACON Project. This initiative boosts regional Open RAN markets, fostering VoIP innovation.
NTT Docomo’s 6G Harmonized Intelligence Project envisions an AI-driven network revolutionizing telecommunications beyond 5G. By focusing on sustainability, efficiency, and enhanced user experience, this initiative aims to unlock new paradigms for AI and robots, ensuring seamless communication.
SoftBank and Nokia have partnered to research cutting-edge communication technologies, focusing on AI-RAN and 6G innovations. By leveraging Nokia’s Cloud RAN and conducting field tests, they aim to transform digital society. This collaboration underscores the critical role of AI in telecommunication, promising scalable and reliable communication networks essential for smart cities.