POWERING THE FUTURE
The New Era of ASIC Power Delivery
Integrated Voltage Regulators (IVRs) are no longer an optional enhancement, they’re essential to unlocking the full potential of AI and High-Performance Computing (HPC). As power demands surge to unprecedented levels, traditional board-level power delivery can no longer keep pace.
NEXT-GEN AI DEMANDS
The Power Bottleneck in Modern Compute
Next-generation AI and HPC chips are projected to draw currents as high as 2000A–3000A, levels that approach the physical limits of conventional interconnects and packaging. The result? Severe voltage droop, wasted power, and performance bottlenecks that threaten to slow the industry’s most advanced systems.
To sustain progress, the world needs a new power delivery paradigm, designed from the silicon up.
Endura’s Breakthrough
Bypass Dual Duty-Cycle Control
At Endura, we’ve pioneered a patented DC-DC switching architecture that redefines what’s possible in power management. Our Bypass Dual Duty-Cycle Control (BDDC™) technology introduces a new class of control capable of dynamically managing voltage droop while maintaining ultra-high efficiency across extreme loads.
This is not an incremental improvement, it’s a foundational shift in how power is delivered and regulated within the world’s most advanced chips.
Endura’s IVR solution
Performance Without Limits
With an architecture that regulates power at the point of load, we unlock new levels of performance, efficiency, and scalability, defining the foundation for tomorrow’s most powerful systems.
Package-Agnostic
Seamlessly integrates across 2.5D and 3D packaging.
PROVEN
Backed by 60+ global patents and validated through rigorous testing.
SCALABLE
Built to meet the exponential current demands of future AI and HPC generations.
Shaping the Future of Compute
The transition to AI-driven workloads is accelerating. Endura’s technology is enabling that future, bridging the gap between raw processing power and sustainable, scalable power delivery.