Light Moves
Faster Through Air. So Should Your Data.
Relativity Networks has increased the speed of light in fiber optics.
By replacing glass with air in our Hollow Core Fiber (HCF), our technology enables data to move nearly 50% faster, addressing the critical power and scaling challenges of today.
This enables hyperscalers to build facilities where power is available, opening up a 2.25x larger geographic area for data center selection, providing options beyond power-constrained urban grids.
Our HCF integrates seamlessly with existing infrastructure, unlocking immediate expansion opportunities to support the computing power AI demands today.
Finally, hyperscalers can expand their infrastructure without sacrificing performance, meeting the critical data center latency requirements of today’s and tomorrow’s AI-driven digital economy.
When Data Moves Faster, You Can Too
Power Must Come First: Transforming How Computing and Energy Connect
By 2027, AI-optimized servers will require 500 terawatt-hours of power annually — more than doubling today’s consumption. That’s equivalent to the power usage of entire nations.
Industry analysts predict 40% of data centers will face severe power constraints within three years, and some regions are already turning away new projects.
The reality? Utility providers can’t expand capacity fast enough. The traditional approach of packing data centers into dense regions has created unsustainable hot spots, pushing local power grids to their breaking point.
It’s time to rethink how we connect computing to power. That’s where Relativity comes in.
The industry’s largest players know they need to build where power is available. But critical latency requirements have kept them tethered to power-constrained urban grids and aging infrasturcture — until now.
We bent the laws of physics. Now we’re reshaping the future of computing.
Relativity Networks transforms where and how data centers can be built.
With HCF, hyperscalers can expand their reach from urban cores into power-rich
locations and areas with more abundant renewable resources, delivering proven solutions that are ready to deploy at scale.
Today’s data centers can’t stay bound by overloaded urban grids if they’re to grow.
Our HCF technology is already helping major hyperscalers expand their availability zones, unlocking untapped power options — like solar farms, wind installations, and next-generation nuclear facilities — while maintaining mission-critical performance.
Our commitment is to this transformation. Through proven production partnerships, we’re keeping our technology open and accessible, enabling computing to follow power — not the other way around.
In a world where AI demands exponential data processing needs, waiting for multi-year infrastructure improvements isn’t an option.
While others plan long-term solutions that could take years to implement, we’re delivering solutions that work today.
By 2027, AI-optimized servers will require 500 terawatt-hours of power annually — more than doubling today’s consumption. That’s equivalent to the power usage of entire nations.
Industry analysts predict 40% of data centers will face severe power constraints within three years, and some regions are already turning away new projects.
The reality? Utility providers can’t expand capacity fast enough. The traditional approach of packing data centers into dense regions has created unsustainable hot spots, pushing local power grids to their breaking point.
It’s time to rethink how we connect computing to power. That’s where Relativity comes in.
The industry’s largest players know they need to build where power is available, but critical latency requirements have kept them tethered to power-constrained urban grids — until now.
We bent the laws of physics. Now we’re reshaping the future of computing.
Relativity Networks turns this into practical advantage, transforming where and how data centers can be built.
With HCF, hyperscalers can expand their reach from urban cores into power-rich
locations and areas with more abundant renewable resources, delivering proven solutions that are ready to deploy at scale.
Today’s data centers can’t stay bound by overloaded urban grids in order to grow.
Our HCF technology is already helping major hyperscalers expand their availability zones, unlocking untapped power options — like solar farms, wind installations, and next-generation nuclear facilities — while maintaining mission-critical performance.
Our commitment is to this transformation. Through proven production partnerships, we’re keeping our technology open and accessible, enabling computing to follow power — not the other way around.
In a world where AI demands exponential data processing needs, waiting for multi-year infrastructure improvements isn’t an option.
While others plan long-term solutions that could take years to implement, we’re delivering solutions that work now.
Our Technology
We increased the speed of light in fiber optics.
About Us
We’re taking big swings at the power-scaling crisis.
Power and performance without compromise.
