Hyperscale Data Centers

Powering the World’s Largest Digital Infrastructure

The Challenge 

Hyperscale operators face an impossible tradeoff: exponential data growth demands higher bandwidth, but power and cooling costs already consume 40% of datacenter OPEX. Traditional optical interconnects waste 90-95% of input power as heat, requiring massive cooling infrastructure that limits rack density and site scalability.

Our Solution 

Solinide’s silicon nitride CPO technology delivers 60%+ optical conversion efficiency across 28 wavelength channels, representing a 10x improvement over industry-standard silicon photonics.

Key Benefits: 

  • 3-4% reduction in total datacenter power consumption
  • Increased rack density due to mode channel per fibre and reduced thermal bottlenecks 
  • Simplified cooling infrastructure and reduced CAPEX 

Validation 

Field-tested with hyperscale infrastructure teams. Technology validated in production-scale datacenter environments.

Technical Specifications 

  • Optical Efficiency: 60%+ (vs. 5-10% industry standard) 
  • Channel Count: >32 DWDM wavelengths 
  • Power Consumption: <2W per module 

Target Applications 

  • East-west datacenter fabric interconnects 
  • Spine-leaf network architectures 
  • Storage area networks (SAN)
  • Content delivery network (CDN) infrastructure
  • Multi-tenant cloud environments