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…
The groundbreaking collaboration between Fujitsu and Yamaguchi University is paving the way for enhanced satellite data management through orbital edge computing. This innovative approach dramatically reduces satellite data latency from hours to mere minutes, facilitating real-time insights crucial for industries such as maritime logistics. By processing data directly on satellites, traditional bandwidth restrictions are bypassed, allowing for immediate information access. Organizations dependent on remote sensing, including those utilizing VoIP technology for communication, should closely monitor this advancement, as it promises to revolutionize data processing efficiency and timeliness.
Vietnam’s recent decision to award 5G contracts to Huawei and ZTE signals a crucial transformation in its telecommunications strategy, impacting its VoIP infrastructure. This transition highlights Vietnam’s complex balancing act between global powers, as it embraces Chinese 5G technology despite longstanding Western security concerns. Exploring Vietnam’s evolving VoIP dynamics amid geopolitical shifts offers insight into future telecom trends, emphasizing cost-effectiveness and advanced connectivity.
As 5G networks expand, they face challenges related to energy efficiency and carbon emissions. By 2030, unchecked power consumption could represent a significant concern. Recent innovations in O-RAN energy efficiency reveal potential solutions. Collaborations have focused on reducing idle power and optimizing power amplifiers, emphasizing a greener approach for VoIP efficiency.
Meta is pioneering sustainable construction with an AI-optimized concrete, developed in collaboration with Amrize and the University of Illinois. This innovative blend, used in their Minnesota data centers, reduces carbon emissions while meeting structural needs.
Ericsson unveils the Indoor Fusion 8828, a cutting-edge 5G solution engineered for enhanced indoor wireless connectivity. This innovation, first adopted by Bell, integrates radio and baseband in a single unit, supporting high-speed 5G coverage in small venues.
Five global tech leaders, led by Singapore University of Technology and Design, demonstrated a pioneering satellite-powered 5G network linking Singapore and Japan. This breakthrough proves the viability of space-based communication with terrestrial networks, paving the way for seamless global connectivity.
MasOrange has launched Spain’s first 5G Advanced network, setting a new benchmark in telecoms. Deployed in Seville, the network uses mid and low bands, the 26 GHz spectrum, and a 3.5 GHz band, offering innovative services like 5G New Calling, enhancing connectivity and customer experience.
The UK Biomass satellite is a game-changer in satellite technology, poised to map Earth’s forests in 3D for the first time. With its innovative P-band radar, Biomass surpasses past limitations by penetrating clouds and foliage.


