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Your organization is already paying proprietary margins on every chip you buy. Co-investing in open infrastructure converts that spend from a recurring cost into a permanent strategic asset — with full auditability, supply chain resilience, and a roadmap you control.
5-Year Total Cost of Ownership — Illustrative 256-Accelerator Cluster
| Cost Category | Proprietary (Nvidia / AMD) | OpenPOWER Consortium |
|---|---|---|
| Initial hardware acquisition | ~$8–12M At current AI accelerator pricing; subject to vendor increases |
~$3–5M Near manufacturing cost; consortium members buy at BOM pricing |
| R&D co-investment (one-time) | $0 But you fund it implicitly through vendor margin on every purchase |
$1–3M per organization Shared across 10–20 consortium members; you own the result |
| Software licensing & ecosystem lock-in | Significant & growing CUDA-adjacent tools, enterprise AI software, support contracts |
Near zero Linux, GCC, PyTorch, OpenBLAS — all support POWER; no proprietary stack required |
| Compliance & audit tooling | High — and incomplete Closed firmware means regulators accept risk waivers, not verification |
Full auditability included Every firmware layer open source; no waivers required |
| Refresh cycle risk | High Vendor deprecates software support; forces hardware refresh on their timeline |
Low Open ISA means software continues to run on future silicon; consortium controls timeline |
| 5-year total (hardware + software + compliance overhead) | ~$15–22M | ~$6–10M + roadmap ownership |
Figures are illustrative estimates based on publicly reported chip pricing, vendor gross margins, and industry analyst research. Actual costs vary by organization, procurement volume, and software requirements. The OpenPOWER consortium model is in active development — contact the Foundation to model your specific scenario.
Regulated industries have used consortium models to fund shared infrastructure for decades — SWIFT, DTCC, and CHAPS are all examples. OpenPOWER applies the same model to AI compute hardware.
10–20 regulated industry organizations each contribute to chip and platform development through OPF membership and project sponsorship
Consortium members define requirements — encryption, attestation, latency, power envelope — before engineers write a single line of RTL
Chip design is open under OPF governance; multiple qualified foundries can manufacture, eliminating single-source risk
Consortium members purchase finished hardware near bill-of-materials pricing — no vendor margin, no lock-in, no unilateral price changes
What This Means By Sector
For governments, defense agencies, and national technology programs.
Proof Points
Full specification available at files.openpower.foundation. Every instruction defined. No restricted annexes.
LibreBMC, skiboot/OPAL: a complete firmware stack with no proprietary blobs. Auditable from reset vector to OS handoff.
A growing global membership across 6 continents. A Linux Foundation project with neutral governance and independent legal structure.
For fabless startups, semiconductor companies, and custom silicon teams.
Proof Points
Included with OPF membership. Design compliant processors without legal risk. No royalties, no per-unit fees.
Open source out-of-order core being updated to POWER ISA with POWER Commons & LibrePOWER. A production-heritage starting point for new designs.
Formal proposal process for ISA changes. 18+ active proposals in the TWG. Your engineers shape the architecture before it ships.
For universities, national laboratories, and research institutions.
Proof Points
Real POWER compute access for members at Oregon State University. Test and benchmark on real hardware — no vendor approval required.
A synthesizable POWER ISA core that became a real ASIC. Citable, publishable, and open — the kind of result you can build a paper around.
Global academic network including national labs and top-tier engineering universities across 6 continents.
For software vendors, AI platform companies, and middleware providers.
Proof Points
New Special Integration Group focused on AI workloads. Early mover advantage: shape the AI software requirements before the hardware ships.
Formal programs to validate and list your software as POWER-compatible. Turn informal compatibility into a verifiable enterprise sales credential.
Annual OpenPOWER Summit brings together hardware and software ecosystem members. Present to the buyers, integrators, and decision-makers in the POWER data center market.
