Fewer boxes per bit
Spine-leaf fabrics at 400/800G move more traffic through fewer devices than the three-tier networks they replace. Every design states watts per gigabit alongside the bill of materials.
Every fabric we design is a fifteen-year decision about electricity, hardware and travel. We make those decisions visible in the design basis, build them into the bill of materials, and hold our own company to dated targets.
Spine-leaf fabrics at 400/800G move more traffic through fewer devices than the three-tier networks they replace. Every design states watts per gigabit alongside the bill of materials.
Optics, cabling and structured pathway are reused wherever the target platform allows; equipment is retired on a plan, not in a skip.
Decommissioned hardware goes through vendor take-back or R2-certified recyclers, with asset disposition records in the handover pack.
Design, twin validation and most changes happen remotely; engineers travel for cutovers, cabling and commissioning only.
Port counts, uplink ratios and optics chosen for the next refresh, not padded for a decade — idle ports draw power too.
DAC and AOC for short runs, the lowest-power optic that meets the distance, and 800G where it halves the device count.
PoE budgets, power-shelf efficiency and 48 V options evaluated per site; telemetry for watts per port in the live portal.
Automation and intent-based management extend the useful life of a platform instead of forcing early replacement.
A change rehearsed on the twin is a change that does not need a second site visit.
Power draw and PUE contribution for the network layer reported in the monthly operations review for customers who want it.
Dated, published, and updated here each year.