AI data-center hall with rose-gold lit GPU racks.

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Primary focus

PCIe infrastructurefor the AI era.

In an AI server, PCIe links CPUs, GPUs, DPUs, NICs and NVMe. Those links run hot and congest under load. Datafabrix makes them visible and predictable, and plans their maintenance.

Conceptual illustration

01Topology

Every device, one observable fabric.

DFX-G7 sits on every path between hosts and devices. Device mix varies by platform.

AI server fabric · conceptualDevice mix varies by platform
DFX-G7 PCIe Gen7 switchingDevicesGen7 link, 128 GT/s per lane
02Why it matters

Bandwidth came first. It is no longer enough.

Dense AI racks fail in three expensive ways: they overheat, a component degrades, or a link congests. Each of these stalls a job that may have run for days.

HeatRack thermal hotspots.

Thermal throttling

GPUs and NVMe throttle silently when a bay runs hot. Forecasting hotspots lets cooling and placement change first.

FaultsDevice degradation.

Degrading links and drives

Marginal Gen7 channels and aging SSDs give early signs. Catching them prevents mid-training checkpoint restarts.

LoadGPU traffic rebalancing.

Fabric congestion

Collective operations are only as fast as the slowest link. Predicting congestion keeps the tail short.

03Architecture

The fabric in the middle of everything.

CPU · GPU

Hosts and accelerators.

Smart Backplane

Confidential sensing per bay.

NVMe · NIC · DPU

Storage, scale-out and offload.

DCIM

Fleet prediction and planning.

DFX-G7

Gen7 switching with on-switch AI, at the center of all four.

Designing AI systems around PCIe Gen7?

Share your topology. We will walk through how DFX-G7 fits.