WHY AMBERSEMI™:
A Fundamental Re-Architecture of Power Delivery to AI Chips
The Market Problem:
Today’s AI-driven energy crisis proves modernized power management is essential for continued innovation.
Nearly every industry is pushing the boundaries of what is possible – innovation – to increase performance, efficiency of operation, new levels of intelligence, etc. Yet in many cases, the energy needed to power advancements, like AI, is not keeping pace with the continuing innovations themselves.
As data center energy demand accelerates, regional energy prices in the US are already rising. Additionally, AI chip power requirements are expected to grow exponentially over the next few years. This means the current energy crisis will worsen in the short to mid-term, since new, large-scale power plants—needed to expand supply—will not be operational until the end of the decade or later.
Specifically, for our most advanced datacenters supporting AI computing, their power systems are plagued with efficiency and power density issues. And the closer you get to the motherboard and the AI chips themselves, the worse the problems become, with less than 50% of the power originally delivered to the data center actually making it to the chip in the very near future.
The Industry and the market must rethink and modernize how power is delivered, specifically for AI data centers, to bridge growing power demand with enhanced efficiency that not just helps in the short to mid term but helps scale demand more effectively in the long term.
“The AI boom has a dirty little secret… Power. Getting it to the chip, fast, clean, and without bleeding half of it away as heat. That problem is quietly becoming one of the most valuable pieces of real estate in modern infrastructure. “
– DEVCURATION / MARCH 2026
The AmberSemi Solution:
A Re-Architecture & Modernization of How Power Is Delivered to AI Data Centers
AmberSemi is addressing the AI-driven energy crisis head-on by developing disruptive power architectures that fundamentally change the way power is delivered within datacenters to the AI processors.
Its PowerTile™ for Vertical Power Delivery, allows for backside placement on a board, delivering power through a vertical path, significantly reducing power distribution losses at the motherboard by over 85%.
This enables more delivered energy to be used for processing, as well as easing the strain on communities and the power grid, as AI power demands scale.
“AmberSemi’s PowerTile™: A Game-Changer for AI Data Center Power Management… a monumental leap”
– THIRD NEWS / MARCH 2026
The Implications & Opportunities
A Power Delivery Infrastructure Upgrade for Next-Generation AI Data Centers
This new solution from AmberSemi is designed to power AI far more effectively than today’s legacy infrastructure. Such an upgrade to power management is not only important now, but also for the long term.
Even as new, expanded energy generation becomes available at the end of the decade, maximizing the use of available energy will always remain critical for the grid. This is especially important for developing a more sustainable AI power consumption model moving forward.
“[AmberSemi]’s technology solves a real, physics-based bottleneck, and its strategy of leading industry sessions with key partners (AMD, Nvidia, Global Foundries Apec 2026) is a smart move to accelerate adoption.”
– BITGET / MARCH 2026
