Datafabrix designs and delivers turnkey rack-scale AI infrastructure — combining proven merchant silicon, advanced systems engineering, and intelligent infrastructure software into a single platform.
Merchant silicon at the bottom. Everything else, engineered by us.
Where merchant silicon becomes a production rack — that is the engineering we own.
Signal integrity at 16 GT/s. Thermal envelope. Hot-plug electricals. Board-level engineering that decides whether the rack works.
The firmware layer that turns raw silicon into an observable, policy-driven fabric.
Compute, fabric, storage, memory, cooling — validated as one machine, not a bill of materials.
Eight DCIM modules, wired into the backplane firmware from the first commit.
Same backplane. Same DCIM. Different rack for each workload.

Multi-GPU training. Terabytes-per-second to the GPUs. Memory tiering built in.
Explore DF-R1 → Shipping DF-R2
Production LLM serving with sub-second cold-swap between models.
Explore DF-R2 → Shipping DF-R3
A ruggedised, sensored half-rack for remote sites with resilient WAN.
Explore DF-R3 → Shipping DF-R4
PCIe any-to-any. Any host claims any endpoint on demand.
Explore DF-R4 →Every Datafabrix rack combines several pre-validated solutions into one integrated system. You order the rack; the solutions come with it. If you need something custom, we ship individual solutions too.
AI deadlines slip on infrastructure — not on models. Our work is to shorten that path.
| DIY assembly | Locked AI system | Datafabrix rack | |
|---|---|---|---|
| Time from PO to power-on | 12–20 weeks | 30–52 weeks | Weeks, not quarters |
| Integration risk owner | You | Vendor | Datafabrix |
| Silicon strategy | Mixed merchant | Proprietary / locked | Merchant · open |
| DCIM software | Bolt on separately | Vendor console only | 8 modules · day one |
| Vendor count for support | 8–12 | 1 (locked) | 1 (open) |
| Refresh flexibility | High | Vendor gates it | Endpoint-level |
Merchant silicon at the base. Four engineered layers above it.
Owning integration wins bigger than owning silicon.
Eight DCIM modules, streaming from the moment the rack powers on.
Real-time health scoring · anomaly detection · predictive failure windows.
Cooling analytics · hot-spot maps · PUE optimisation.
SSD wear tracking · endurance forecasting · drive-level QoS.
AI analytics across the operational fleet.
Digital twin · what-if simulation before you cable anything.
Multi-site fleet · RBAC · policy-as-code.
Observability with OpenTelemetry-native traces.
Assets · topology · capacity · events · the foundation layer.
Tell us the workload and the site — we respond within one business day.