Wired & Wireless Technologies Ltd. (WAWT)

  As artificial intelligence (AI) compute demand accelerates toward unprecedented scales, data centers are being reimagined from the inside out not only in terms of compute hardware, but also in how power is delivered, managed, and optimized. At  CES 2026 , the global technology ecosystem highlighted how AI-centric infrastructure is shaping the future of computing. From next-generation AI accelerators to modular data center architectures, one message was clear:  power supply design has become a strategic pillar of AI infrastructure . These developments carry profound implications for power efficiency, scalability, reliability, and long-term energy strategy in modern data centers. To read more:  https://wawt.tech/2026/01/19/how-ai-workloads-are-redefining-power-supply-design-for-data-centers-insights-from-ces-2026/

  Introduction Wireless charging was once seen as a luxury feature reserved for premium smartphones. Today, it’s emerging as a core technology reshaping how we power everything from personal devices to electric vehicles and industrial systems. It’s not just about ditching cables—it’s about enabling smarter, cleaner, and more connected ecosystems. As the demand for contactless power grows, Wired and Wireless Technology (WAWT)™ stands at the forefront—providing unmatched insight into how this technology is evolving and influencing industries worldwide. More Than Cable-Free Convenience Wireless charging eliminates the hassle of cords and connectors, making everyday routines simpler. But beyond the surface-level ease lies a deeper impact: Design innovation : Devices no longer need physical ports, allowing for sleeker, more durable, and water-resistant builds. Smart automation : Wireless power enables unattended, automatic charging in everything from smar...

The global DC-DC power supply market is entering a growth phase, driven by accelerating investments in AI data centers, the widespread adoption of electric vehicles (EVs), and rapid advancements in industrial automation. Based on WAWT’s latest comprehensive research on power supply market, the DC-DC market is expected to grow at a CAGR of more than 4.5%, with some application markets and regions growing much stronger than others. This surge reflects the growing need for high-efficiency, high-density, and thermally optimized DC-DC modules that can support increasingly complex, power-intensive systems. Data centers alone are expected to contribute of new DC-DC converter demand through 2030, propelled by AI workloads, 5G networks, and cloud computing. At the same time, the transition to 48V rack architectures and sophisticated Point-of-Load (POL) converters is reshaping the server power ecosystem. Meanwhile, the automotive sector is moving rapidly toward 800V EV platforms, generating stro...

As consumer electronics continue to shrink by design, become smarter, and integrate deeper into daily life, the need for compact, efficient, and seamless charging technologies has never been greater. The next major evolution in wireless power is the ‘Wireless Charging 2.0’ which is poised to reshape the future of small battery-powered devices. By 2026, WAWT expects NFC wireless charging to become one of the most important enablers for next-generation of wearables, hearables, and other smart battery-powered accessories. WAWT’s Wireless Power Intelligence Service tracks key advancements and market movements in wireless power market across technology types, be it inductive, resonant, NFC, RF, and infrared or others. Based on our ongoing close monitoring of chipset developments, OEM roadmaps, and ecosystem trends, NFC wireless charging is emerging as a breakthrough solution for low and ultra-low-power devices (<3W) where traditional charging methods fall short of expectations or current...

The global DIN rail power supply market is entering a renewed growth phase this year, supported by expanding industrial automation, increasing emphasis on energy efficiency, and rising demand for intelligent power supplies with advanced monitoring and control features are driving additional adoption of DIN rail power supplies in new installations and retrofit projects. Based on WAWT’s latest comprehensive research on the global AC-DC and DC-DC power supply market, the DIN rail power supply market is expected to grow at a CAGR of around 4.9%. As smart manufacturing and digitalized infrastructure continue to expand, these power supplies have become essential components across multiple industries. To read more:  https://wawt.tech/2025/12/08/industrial-and-non-industrial-power-transformation-global-insights-into-the-din-rail-power-supply-market/

The smart wearables market is entering a decisive new phase, driven by rapid advancements in artificial intelligence (AI), miniaturized sensors, low-power computing, wireless connectivity. Here WAWT expects wireless power to play a pivotal role enabling innovating designs, charging mechanism, fast charging, facilitating lower size (sleek and lightweight) batteries, and enhancing user experience. While smartwatches and smart fitness bands laid the foundation, smart glasses and smart rings are emerging as the next-generation form-factors redefining how users seamlessly interact with digital information, health data, and the physical world. AI now sits at the core of this transformation, enabling contextual awareness, real-time decision-making, and seamless user experiences all within compact, always-on devices. Read more:  https://wawt.tech/2025/12/15/how-ai-is-powering-the-next-wave-of-smart-wearables-smart-glasses-smart-rings/