Meta is reportedly considering massive AI data centers, with a potential $60 billion project in Louisiana. While a spokesperson dismissed reports as speculation, Mark Zuckerberg confirmed plans to support LLAMA 4.
Qualcomm introduces Dragonwing, a new brand focused on enterprise and industrial IoT, networking, and infrastructure. Distinct from Snapdragon, Dragonwing leverages AI, Oryon CPUs, Adreno GPUs, and FastConnect for seamless connectivity.
Verizon’s integration of Qualcomm’s Dragonwing RAN Intelligent Controller with Samsung’s AI-powered Energy Saving Manager marks a leap in the telecom space. Utilizing AI and Open RAN technology, Verizon seeks to enhance energy efficiency and RAN management.
Eutelsat Group, MediaTek, and Airbus Defence and Space have successfully trialed 5G Non-Terrestrial Networks (NTN) using low Earth orbit (LEO) satellites. This milestone paves the way for seamless satellite and terrestrial network integration, expanding global 5G accessibility.
The European Commission has approved €227 million to support ams Osram’s semiconductor plant in Austria. This facility will enhance Europe’s chip industry, reduce reliance on foreign suppliers, and produce advanced wafers for key sectors.
Qatar, in partnership with Scale AI, is set to transform its public services by integrating cutting-edge AI technologies over five years. This collaboration aims to enhance government operations through predictive analytics and automation.
NTT Data has secured a multi-year deal to deploy and manage a private 5G network for Belgium’s Roularta Media Group, enhancing operations at its 40,000m² facility. The initiative aims to boost connectivity, starting with push-to-talk communication and expanding to intelligent asset tracking and edge computing.
OpenAI is reducing its Microsoft dependency by partnering with SoftBank for compute needs by 2030, via the Stargate project. This switch will decrease reliance on Microsoft, with SoftBank’s $30 billion investment crucial for AI data centers.
The introduction of the virtual phone system has resulted in a massive leap forward for business communications. For many years, the hardware telephony system, primarily the on-premise Private Branch Exchange (PBX), was the gold standard for handling phone calls. These systems, while effective in the past, come with the disadvantages of significant hardware costs, complex setups, limited capabilities, and burdensome maintenance requirements. The combination of VoIP and the virtual phone system has taken business communications by storm, and the relevance and practicality of traditional PBX hardware has come under intense scrutiny. This inflexible system is reliant on unwieldy physical infrastructure and is rapidly being replaced by agile, cloud-based solutions that offer cost savings, flexibility, scalability and increased productivity. In this article, we will explore the major advantages of virtual phone systems over legacy platforms. This comparison will clearly illustrate why so many businesses are ditching their hardware, moving to cloud…
Chunghwa Telecom and Ericsson have unveiled an advanced 5G network slicing solution, enabling enterprises to activate customized network slices on demand. This innovation enhances network performance, flexibility, and efficiency for critical operations.
