Zaveckas Laurynas
United Kingdom
$NVTS (Navitas Semiconductor Corporation) Why Navitas takes 38% of my portfolio risk score? Sometimes its about believing and far vision in this AI race. What Navitas Does — and Why It Matters Powering the future with GaN & SiC technology Navitas develops next-generation “wide-bandgap” semiconductors — gallium nitride (GaN) and silicon carbide (SiC). Unlike traditional silicon, these materials enable faster switching, higher power density, and significantly greater energy efficiency. The result: power systems that run smaller, cooler, lighter, and more efficiently. Fixing the power strain of AI data centers Modern AI servers draw enormous amounts of power, far beyond the limits of legacy supply designs. Navitas is building power-supply units engineered specifically for AI workloads — including an 8.5 kW PSU operating at ~98% efficiency using GaN + SiC components. This makes high-compute clusters more scalable and more energy-efficient. Driving the transition to high-voltage architectures (800V DC) To handle multi-megawatt AI server environments, the industry is shifting from low-voltage distribution toward high-voltage systems — in some cases, 800V DC. Navitas’ semiconductor tech is one of the key enablers of this transition, helping unlock greater density and power throughput in next-gen data infrastructure. More efficient, more sustainable — and cheaper to operate By reducing power loss and heat load, Navitas technology increases system efficiency while cutting cooling and energy costs. For hyperscalers and data-center operators, this isn’t just green — it’s financially critical, lowering total cost of ownership across large-scale AI deployments. In a world racing toward bigger models, faster inference, and global AI infrastructure, chips alone aren’t enough. The future needs smarter energy, cooler systems, and scalable power delivery — and that’s exactly where Navitas shines. $SPX500 $NVDA (NVIDIA Corporation) $MSFT (Microsoft)
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