Hyperscale Fiber Solutions – Built for Cloud-Scale Infrastructure
Engineered cabling for spine-leaf fabrics supporting 10G to 800G and beyond. From hundreds to thousands of racks.
Request a QuoteThe Hyperscale Challenge
Hyperscale and cloud data centers face unique cabling challenges: thousands of connections, rapid deployment timelines, frequent upgrades, and the need for 100% uptime. Traditional cable management doesn't scale.
Complexity at Scale
10,000+ port spine-leaf fabrics require flawless polarity management and zero-error installations
Speed-to-Revenue
Every day of deployment delay costs revenue. Infrastructure must deploy in weeks, not months
Future-Proofing
Networks must support 10G → 100G → 400G → 800G migrations without full re-cabling
Wave2Wave Hyperscale Solutions
Purpose-built infrastructure for cloud-scale deployments
Modular Patch Panel Systems
Spine-leaf fabrics built on cassette-based patch panels that support 10G → 400G → 800G migrations without replacing trunk cabling. Swap cassettes, not infrastructure.
Spine-Leaf Kitting
Pre-engineered cable bundles that reduce hundreds of SKUs into turnkey assemblies. One part number covers an entire rack or row, eliminating procurement complexity.
400G/800G Ready Infrastructure
End-to-end fiber solutions designed for current and next-gen architectures. OM5 and OS2 options support SWDM, DR4, and future 1.6T standards.
Spine-Leaf Architecture Support
Wave2Wave understands the unique requirements of modern spine-leaf fabrics used by hyperscalers and cloud providers.
Typical Spine-Leaf Topology:
- • Spine switches: 32-128 ports per switch, 4-16 switches
- • Leaf switches: 32-64 ports per switch, hundreds per fabric
- • Every leaf connects to every spine (full mesh)
- • Fiber breakouts from spine MPO to leaf QSFP
Wave2Wave Solutions:
- • Custom MPO trunk lengths for exact spine-leaf distances
- • Pre-labeled breakouts (e.g., "Spine-2-Port-1 → Leaf-47-Port-5")
- • Kitted by row or pod for rapid deployment
- • Type B polarity standard (or your custom spec)
Future-Proof Migration Path
Phase 1: Deploy with 100G (Today)
Install OM4 or OS2 MPO trunk cables between spine and leaf. Use 100G SR4 transceivers and MPO-to-4×25G breakout cassettes.
Phase 2: Upgrade to 400G (Future)
Keep the same MPO trunk cables. Swap cassettes to 400G SR8 breakouts (MPO-to-8×50G). No re-cabling needed.
Phase 3: Scale to 800G (Next-Gen)
Same trunk cables, new 800G cassettes. Total cost of ownership reduced by avoiding full infrastructure replacement.
Result: 10-year infrastructure lifespan with minimal upgrade costs
Proven at Scale
Ports Deployed
Single fabric installations
Faster Deployment
vs. traditional methods
Error Rate
Factory testing + pre-labeling
Building a Hyperscale Network?
Let's discuss your spine-leaf architecture and how Wave2Wave can accelerate your deployment.