Every watt and every microsecond counts.
Inference leaves little room for wasted power or latency. The interconnect has to move data efficiently without taking more of the power budget than it should.
Infraeo engineers the right mix of copper and optics around your reach, latency, density, and power requirements — so more of your infrastructure works for compute.
Talk with EngineeringInference has a different interconnect problem.
Inference leaves little room for inefficiency.
Every link has to balance:
- PowerKeep fabric power under control.
- LatencyMove data without introducing unnecessary delay.
- ReachMatch the medium to the distance instead of over-engineering every link.
- DensityFit more connectivity into increasingly dense systems.
The right architecture protects all four.
Put power where it creates value.
Every watt spent moving data is a watt that isn't available for compute.
That's why we look at the fabric as part of the overall power budget — not as an afterthought.
Copper can make sense where reach is short and power efficiency matters.
Low-power optics can take over where distance demands optics.
The goal is a fabric that delivers the reach you need without spending power you don't.
Tune the interconnect to the deployment.
Our engineers work with your team to evaluate:
- Link distances
- Data rates
- Latency requirements
- Power budget
- Port density
- Thermal considerations
- Deployment environment
Then we design around the actual requirements of the system.
Not a generic reference architecture.
Not the most expensive technology available.
The right answer for the deployment.
Copper or optics? Start with the reach.
Shorter links can often stay on copper.
Longer or denser links may call for optical technology.
We help you determine where the transition makes technical and economic sense — and design the fabric accordingly.
Explore the ArchitectureRelevant Infraeo technologies
- Direct Attach CablesPassive copper for short, power-sensitive runs.
- Active Copper CablesExtended copper reach with active signal conditioning.
- Active Optical CablesLong-reach connectivity with low power and high signal integrity.
- Pluggable OpticsScalable optical connectivity, including low-power LPO options.
- Silicon PhotonicsFor the longest-reach, highest-density optical applications.
Efficiency you can engineer.
AI infrastructure will continue to demand more compute. The answer isn't simply adding more power.
It's making every part of the system work harder for the power it consumes.
Keep the power on compute.
Bring your latency, reach, and power constraints.
We'll help you engineer the fabric around them.
Talk with Engineering