Money keeps pouring into AI hardware. Groq raised $350 million to pivot from making AI chips to running its own cloud service. Etched saw its valuation double to $21 billion in a single month. Nvidia is investing $1.5 billion in a SoftBank-backed data center developer behind an OpenAI project.
The deals show that investors still believe the AI boom has room to run, even as some question whether demand can keep up with the flood of new chips.
Chip makers turn into cloud providers
Groq's move is a shift in strategy. The company built its name on fast inference chips. Now it wants to sell computing power directly to developers through a neocloud service, rather than only selling hardware.
The pivot reflects a wider trend. Companies that once sold chips are now building data centers and renting out capacity. They want a share of the steady revenue that cloud computing generates, not just one-time hardware sales.
Valuations keep climbing
Etched, a startup making chips designed specifically for AI models, doubled its valuation to $21 billion in a month. Investors are betting that specialized chips will beat general-purpose processors on speed and cost.
Nvidia, the market leader, is placing its own bets. Its $1.5 billion investment in a SoftBank-backed data center developer shows that even the biggest chip maker wants more control over where its processors end up.
The hardware arms race
Researchers estimate that the number of AI chips providing computing power is doubling every nine months. That pace is straining supply chains for advanced packaging, memory and the vacuum equipment used to make semiconductors.
Governments are watching closely. The US and Japan have announced sweeping AI and technology collaboration. China is pushing for a greater voice in AI development. Every major economy wants a piece of the hardware supply chain.
For now, the money keeps flowing. The question is which companies will still be standing when the boom matures.
---
Reliable Ferrofluid Vacuum Rotary Feedthrough for Semiconductor Manufacturing
In semiconductor manufacturing, maintaining ultra-high vacuum integrity during rotary motion is critical — from single silicon crystal growth and CVD to sputtering and plasma etching. Ferrofluid Vacuum Rotary Shaft Feedthrough from FerrofluidTec delivers hermetically sealed rotary feedthroughs with leakage rates as low as 10⁻¹² Pa·m³·s⁻¹, vacuum degree up to 10⁻⁶ Pa, and customizable shaft diameters from 10mm to 100mm. Built with non-magnetic stainless steel housings and magnetic permeability stainless steel shafts, these feedthroughs provide reliable, maintenance-free sealing for demanding vacuum environments. Visit www.ferrofluidtec.com to learn more.