NVIDIA Revenue-Share Model: 210,000 GPUs and No Upfront Cash for AI Cloud Providers

GigaNectar Team

NVIDIA headquarters building in Santa Clara, California, featuring the company's triangular architectural design.
AI Infrastructure · July 2026

NVIDIA’s New Deal: GPUs Now, Revenue Later

NVIDIA has introduced a revenue-sharing and credit-support model that lets AI cloud providers deploy large-scale GPU infrastructure without full upfront payment — collecting a share of cloud revenue in return. The first two partners, Sharon AI and Firmus Technologies, are together committing up to 210,000 Grace Blackwell GB300 GPUs under the programme, announced July 1, 2026. The model is part of NVIDIA’s broader DSX AI factory strategy targeting AI-native startups, model builders, and inference providers that have historically struggled to access capital-intensive compute at scale. Read how export control changes are reshaping the wider AI infrastructure landscape.

210K
Total Grace Blackwell GPUs committed by first two partners
360 MW
Firmus Batam campus power capacity target
$25–30B
Firmus projected customer offtake over first six years
2034
End date of Firmus–NVIDIA partnership term
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NVIDIA
Provides GPU infrastructure and credit support to AI cloud partners. Earns standard hardware revenue plus a share of the cloud revenue the deployed capacity generates. Revenue share percentage has not been publicly disclosed.
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AI Cloud Partners
Build DSX AI factory campuses using NVIDIA infrastructure without needing full upfront capital. Sell NVIDIA-powered cloud services to AI-native customers, enterprises, and ISVs. Share a portion of cloud revenue back to NVIDIA.
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AI-Native Customers
Startups, model builders, and inference providers access GPU compute without building their own data centres. Bypass site selection, power procurement, construction, and hardware bring-up timelines. Pay for usage as they grow.

Emerging AI companies have historically faced a structural barrier: even long-term compute commitments were rarely sufficient to unlock the financing needed for large-scale GPU infrastructure. NVIDIA’s new model addresses this directly. Under the arrangement described in the NVIDIA blog post co-authored by CFO Colette Kress, AI cloud providers procure NVIDIA infrastructure for AI-native, enterprise, and ISV customers through an economic alignment structure that includes both revenue-sharing and credit support. This gives cloud operators a capital-efficient path to scale while giving NVIDIA a recurring, usage-linked earnings stream alongside standard product revenue.

The shift matters because AI compute is moving from model development into continuous production inference — what NVIDIA describes as “AI factories” generating tokens at scale around the clock. That type of workload demands always-on, multi-tenant accelerated computing that can come online quickly and stay highly utilised. For context on how AI inference demands are expanding across enterprise and government, the infrastructure buildout required is substantial.

Sharon AI (Australia)
Firmus Technologies (Indonesia)
🇦🇺 Australia · NASDAQ: SHAZ
Sharon AI
Sharon AI is an Australian AI cloud provider that listed on the Nasdaq in February 2026 via a $125 million IPO. It raised an additional $1.6 billion in a private placement in June 2026 to fund its NVIDIA-based AI factory. Under a six-year agreement with NVIDIA, Sharon AI is deploying up to 40,000 NVIDIA Grace Blackwell GB300 GPUs across 72 megawatts of new data centre capacity in Australia, targeting enterprise, startup, and university research customers.

“This strategic collaboration with NVIDIA marks a pivotal moment in Sharon AI’s mission to deliver sovereign, large-scale AI compute infrastructure.”

— James Manning, Co-Founder and CEO, Sharon AI
GPUs Committed
Up to 40,000 Grace Blackwell GB300
Data Centre Capacity
72 MW (Australia)
Agreement Term
6 years
Target Customers
Enterprise, AI startups, University researchers
Structure
Revenue-share + Credit support
🇮🇩 Batam, Indonesia · Est. $5.5B valuation
Firmus Technologies
Firmus Technologies is an Australian AI infrastructure company founded in 2019, originally as a Bitcoin mining operation in Tasmania before pivoting to AI infrastructure. Valued at $5.5 billion after a $505 million funding round in April 2026 — in which NVIDIA participated as an investor — Firmus is building a 360-megawatt DSX AI factory campus in Batam, Indonesia, in partnership with Singapore-based DayOne. The campus targets AI-native, enterprise, and ISV customers, with delivery of up to 170,000 NVIDIA accelerators across Grace-Blackwell, Vera-Rubin, and Vera platforms through 2027 and 2028. The facility is expected to be operational by Q1 2027.

“AI-native companies need access to scalable, energy- and cost-efficient compute infrastructure to compete globally. Firmus AI cloud is building a NVIDIA DSX-aligned AI factory, which will enable our cloud to help more customers access the compute they need to build and scale AI.”

— Tim Rosenfield, Co-CEO, Firmus Technologies
GPUs Committed
Up to 170,000 (GB300, Vera-Rubin, Vera)
Campus Power
360 MW, Batam, Indonesia
Expected Online
Q1 2027
Projected Customer Offtake
$25–$30 billion (first 6 years)
Partnership Term
8 years, through 2034
DSX AI Factory Deployment Map
Active / Deploying
Under Construction
Baseten
Model inference platform for developers. Needs immediate, elastic access to GPU capacity for high-volume inference without multi-year hardware procurement commitments.
Fireworks AI
Inference API provider. Requires scalable compute for post-training, fine-tuning, and production-scale agentic workloads as customer usage grows.
Together AI
AI cloud for model training and inference. Needs commercial flexibility as products shift from pilot to production — exactly the gap the DSX model is designed to close.

The DSX model pairs NVIDIA’s full-stack AI factory platform with Firmus’s proprietary HyperCube liquid-cooled architecture. NVIDIA says the GB200 NVL72 rack design increases compute density and reduces floor space requirements compared to air-cooled infrastructure, with GB200 delivering up to 25 times more performance at the same power compared to H100 air-cooled systems. Construction costs for AI-optimised data centres with advanced liquid cooling have reached approximately $20 million per megawatt in industry estimates, making the credit-support component of NVIDIA’s model material for operators who cannot fund builds outright.

Separately, NVIDIA has made over $40 billion in direct AI equity investments so far in 2026, according to CNBC and TechCrunch, including a roughly $30 billion investment in OpenAI. The revenue-sharing compute model operates on a different track — it creates recurring income tied to platform usage rather than a balance sheet equity stake. On the agentic AI side, see how the infrastructure being built here intersects with the security risks that come with large-scale agentic deployments.

Revenue stream comparison — traditional vs DSX model
Traditional: Hardware sale
One-time chip revenue
DSX: Hardware + Cloud share
Hardware + recurring usage cut
Partner benefit: Access to capital
Deploy without full upfront cost

Bar widths are illustrative, not based on disclosed financial proportions. Revenue share percentage undisclosed by NVIDIA.

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DSX: AI Factory Platform
DSX is NVIDIA’s full-stack AI factory reference architecture. It provides a blueprint for designing, simulating, and operating a campus as a single AI factory — aligning hardware, cooling, networking, and software under one architecture. Partners like Firmus integrate DSX with their own HyperCube liquid-cooled platform to optimise tokens per watt and reduce cost per token for end customers.
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Token-Scale Inference
AI workloads are shifting from periodic model training to continuous, production-scale token generation. NVIDIA’s model is specifically designed for this type of always-on AI factory workload, which requires high utilisation and sustained compute capacity rather than burst-only deployments.
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Liquid Cooling Requirement
High-density AI workloads running Grace Blackwell GPUs require liquid cooling. NVIDIA’s GB200 NVL72 rack design uses liquid cooling to increase compute density and support high-bandwidth, low-latency GPU communication at scale. Facilities designed for this approach cost approximately $20 million per megawatt to construct, per industry estimates. This is why credit support from NVIDIA is structurally significant.
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The Credit Support Mechanism
NVIDIA acts as a financial backstop for cloud operators’ GPU deployments. This gives smaller operators — those without hyperscaler-grade balance sheets — a viable path to committing to multi-year, large-scale GPU infrastructure. In exchange, NVIDIA collects a share of the cloud revenue the capacity generates for the life of the agreement. The structure is described by co-CEO Tim Rosenfield of Firmus as a way to “level the playing field” for AI-native firms competing against larger incumbents. Also relevant: how compute access shapes broader technology security decisions.

NVIDIA’s revenue-sharing and credit-support programme was announced on July 1, 2026, through a blog post co-authored by CFO Colette Kress and Raj Mirpuri. The programme was covered in the context of Sharon AI and Firmus Technologies as its first two participating cloud operators, with a combined commitment of up to 210,000 Grace Blackwell GB300 GPUs across deployments in Australia and Batam, Indonesia.

The Firmus Batam campus was covered separately from the July 1 announcement — that partnership, running through 2034, was announced earlier and encompasses up to 170,000 NVIDIA accelerators across Grace-Blackwell, Vera-Rubin, and Vera platforms, with projected customer offtake of $25 to $30 billion over the first six years based on Firmus’s own customer commitment data. The facility is co-developed with DayOne and is targeted to be operational in Q1 2027.

The structural details of the model — dual revenue streams, credit support for operators, and usage-linked earnings — were reported as described in NVIDIA’s official blog and related primary disclosures from Sharon AI (SEC Form 8-K) and Firmus Technologies. The revenue share percentage was not disclosed by NVIDIA. For further context on AI infrastructure investment patterns, see how major technology companies are repositioning capital across infrastructure categories.

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