Limited Allocation — Priority Window Active
Own the Infrastructure Powering the Intelligence Economy
Secure Immediate Access to GB300 Systems Before Market Repricing

⚡ 2 Units Available • Zero Wait Time • Reservation Expires in 2 Weeks — This is immediate, expiring allocation — not future pipeline.
Immediate Deployment
Asset ready to monetize from day one
Enterprise Demand Pipeline
Customer commitments already in motion
Infrastructure-Backed Revenue
Compute monetized as recurring cash flow
Access Investor Deck (Confidential)
Executive Snapshot
Why This Opportunity Exists Now
Four structural factors converge to create a finite window of asymmetric return potential. Each dimension below reflects original research and current market dynamics.
💰 Pricing
Current pricing is likely the floor. GB300 systems are available today at approximately $5M per unit. Near-term pricing consensus points to $5.5M–$6.5M as supply constraints tighten — a 10–30% step-up with no corresponding improvement in availability.
🔒 Supply
Structural scarcity persists through 2027. Packaging bottlenecks, HBM memory allocation constraints, and NVIDIA's controlled distribution model continue to compress available supply. This is not a temporary logistics issue — it is a structural market condition.
📈 Revenue
Rack economics are compelling. At strong utilization rates, a single GB300 rack can generate $9M–$12M in annual revenue. The economics of secured, deployed infrastructure compare favorably to virtually any other institutional-grade infrastructure category.
⏱ Delay Penalty
Waiting is expensive — measurably so. A 6-month procurement delay compounds: higher acquisition cost, missed deployment revenue, and a structurally lower NPV profile. The penalty accrues before a single GPU is powered on.

Read the Research Behind the Thesis
Review the original GB300 procurement timing report and the full supporting economic case before forming a view on timing.

→ Open Procurement Timing Report
Market Research Summary
GB300 Procurement — The Data Is Unambiguous
The following findings are drawn from CNEX's original procurement timing analysis. The conclusions are consistent across pricing, supply, and deployment scenarios.
Best Timing: Q2 2026 Is the Window
Current Q2 2026 procurement represents the most favorable timing window across all modeled scenarios. Today's pricing likely reflects a better entry point than any forward quarter — with no structural reason to expect pricing relief. The combination of immediate availability and current cost basis makes this a rare convergence.
Economic Penalty of Delay: A Double Hit
Delaying procurement creates a compounding penalty: higher acquisition cost on entry, plus foregone deployment revenue during the delay window. These two factors work in opposite directions simultaneously — raising the cost basis while reducing the revenue numerator. The NPV impact is material, not marginal.
Why Supply Matters More Than Price Timing
In a supply-constrained market, allocation risk dominates pricing risk. The probability of not securing preferred allocation — or securing it at materially higher cost — increases with each passing quarter. Investors who optimize on small price differentials while ignoring allocation risk may be solving the wrong problem.
Economic Analysis
The Economics of Timing
Three data perspectives that quantify the cost of delay — and the value of immediate action.
GB300 System Pricing Trajectory
Pricing Insight
Current pricing at $5M likely represents the floor. Near-term repricing to $5.5M–$6.5M reflects tightening supply and growing enterprise demand — not a temporary spike.
"Current pricing may represent the floor of a one-way pricing curve."
NPV Insight
Early deployment may create a several-million-dollar NPV advantage over a 3-year holding period. The delta is driven by both lower cost basis and earlier revenue commencement.
"The NPV gap widens every month deployment is deferred."
NPV Comparison: Procure Now vs. Delay 6 Months
AI Compute: Supply vs. Demand Trajectory (2024–2027)
Supply-constrained market dynamics favor early secured allocation. The widening gap between enterprise demand and available supply is structural — and it does not resolve on a 12-month horizon.
Timing Analysis
A Narrow Execution Window Exists
This is not merely a pricing discussion. This is a timing, allocation, and revenue start discussion. The variables that determine return profile are all moving — and none are moving in favor of delay.
"Same asset. Different timing. Different return profile."
✅ Act Today
  • Immediate allocation secured at current pricing
  • Zero wait time — deployment path begins now
  • Current cost basis: $5M per system
  • Revenue activation begins at earliest possible date
  • NPV maximized across all modeled holding periods
⚠ Wait 3–6 Months
  • Higher asset acquisition cost: $5.5M–$6.5M
  • Increased allocation uncertainty — same unit may not be available
  • Deployment delayed by procurement queue
  • Revenue start deferred: 6+ months of foregone cash flow
  • Lower NPV, lower return efficiency across all structures
Financial Impact
Delay Has a Measurable Financial Cost
Every week of deferred procurement creates compounding financial drag. The following analysis quantifies the cost of waiting in institutional terms.
$1.5M+
Higher Acquisition Cost
Estimated incremental cost per GB300 system if procured 3–6 months from today versus current pricing
$5M+
Foregone Deployment Revenue
Estimated revenue foregone per unit across a 6-month delay window at 80% utilization on a $10.5M baseline
30%+
NPV Reduction
Estimated NPV reduction attributable to combined cost and revenue delay effects over a 3-year model horizon
"Waiting reduces return efficiency before deployment even begins."
Business Model
AI Factory as a Service (AIFaaS)
CNEX integrates infrastructure, scarce compute, and enterprise monetization into one investable operating model — purpose-built to convert allocated hardware into predictable recurring revenue.
The AIFaaS model eliminates the speculative elements common in early-stage infrastructure investments. CNEX owns the asset, controls the platform, and monetizes through enterprise compute contracts — creating a direct line between secured hardware and investor cash flow.
Asset Ownership
Direct ownership of physical GB300 compute infrastructure — the scarcest category in enterprise AI
Platform Control
Proprietary orchestration layer maximizes utilization and creates a managed service layer above raw compute
Enterprise Monetization
Active demand pipeline of enterprise customers seeking guaranteed compute access at scale
Recurring Revenue
Infrastructure-backed revenue model generating predictable cash flow aligned with investor return structures
Current Round
Current Round — Immediate Asset Exposure
This round is designed with a singular objective: secure immediate GB300 infrastructure exposure and convert timing advantage into real operating economics. The structure is asset-backed, revenue-oriented, and built for institutional discipline — not speculative capital accumulation.
$50M Current Round Valuation
Structured to reflect underlying asset value and revenue potential — not inflated pre-revenue multiples
One GB300 as Primary Strategic Asset
Round objective is direct alignment with one GB300 system as the primary value-generating infrastructure unit
Infrastructure Logic, Not Speculative Hype
Every structural element is built around asset economics, deployment timing, and recurring revenue — not narrative momentum
Investment Thesis in One Line
"Asset-backed, revenue-oriented participation in scarce AI infrastructure — during the only window where timing works in the investor's favor."
Investment Options
Four Ways to Participate
The options are not equal. They differ by control, lien position, revenue participation, and return potential. Investors focused on return optimization should prioritize Option 1 and Option 2.

Recommendation: For investors focused on return optimization, Option 1 and Option 2 are the recommended structures. Option 3 and Option 4 are flexible alternatives, but involve revenue sharing and lower retained economics for CNEX — and proportionally lower investor upside on a per-dollar basis.
🏆 Option 1 — Maximum Control
Choose Option 1 for the strongest direct economics, highest control, and most direct asset lien position. Designed for investors who prioritize return optimization above structural flexibility.
⭐ Option 2 — Strong Participation
Choose Option 2 for strong return participation (42% effective economics) with a simpler, cleaner structure. The preferred choice for investors who want high returns without the full complexity of direct ownership.

"Option 1 and Option 2 are designed for return optimization. Option 3 and Option 4 are designed for structural flexibility."
Choose Option 3 or 4 only when capital flexibility or strategic structuring is the higher priority than maximizing per-dollar return efficiency.
Interactive Model
Model Your Return in 10 Seconds
Use the framework below to stress-test your own assumptions. Default parameters reflect conservative-to-base case scenarios using current market data. All outputs are illustrative estimates for investor modeling purposes.
Model Assumptions
Investment Option
Option 1 (90% economics) | Option 2 (42%) | Option 3/4 (30%)
Number of GB300 Units: 1 or 2
Utilization Rate: 70%–90% (Base: 80%)
Revenue Baseline per GB300: $10.5M annually
Entry Cost per GB300: $5.0M–$6.0M (Base: $5.0M)
Calculation Logic
Annual Investor Revenue = Revenue Baseline × Utilization × Option Multiplier × Units
3-Year Revenue = Annual × 3
Payback Period = (Cost × Units) ÷ Annual Revenue
3-Year ROI = ((3Y Revenue − Total Cost) ÷ Total Cost) × 100
Illustrative Output — Option 1, 1 Unit, 80% Utilization
$7.6M
Annual Investor Revenue
$10.5M × 80% × 90% × 1 unit
$22.7M
3-Year Investor Revenue
Cumulative 3-year gross revenue participation
0.7x
Estimated Payback Period
8 months at base case utilization
354%
Estimated 3-Year ROI
($22.7M − $5.0M) ÷ $5.0M × 100

Option 1 selected: Highest direct economic participation — ~90% investor economics on base revenue. This is the strongest return structure available in this round.
Return Comparison Across Options (1 Unit, 80% Utilization, $5M Entry)
Validation
Strategic Capital Already Secured
CambridgeNexus has already secured a lead commitment from a strategic infrastructure-aligned investor at a valuation benchmark meaningfully above the current round entry point. This is not anticipated capital — it is capital in final closing stages.
$2M Equity Commitment
Lead equity commitment already secured — the round is not starting from zero
$100M Valuation Benchmark
Strategic investor committed at a higher valuation benchmark, validating the underlying platform thesis
Closing Within Weeks
Transaction expected to close imminently — current round investors benefit from the strategic validation signal
"Strategic infrastructure-aligned capital is already validating the platform. Current round investors are entering alongside — not ahead of — institutional conviction."
Note: The strategic investor name is not disclosed in this public investor version. Full details are available within the confidential investor deck.
Execution Readiness
Ready to Deploy
CNEX is positioned to move from secured asset to monetized infrastructure with minimal delay. Readiness across all four operational dimensions is confirmed — not projected.
1
Infrastructure Readiness
Data center partner confirmed. Power, cooling, and colocation agreements in place to receive and operate GB300 systems immediately upon delivery.
2
Immediate Shipment Timing
GB300 units are available for immediate shipment — zero procurement queue, zero manufacturing lead time. This is the core scarcity advantage: others are waiting, CNEX is not.
3
Customer Demand Pipeline
Enterprise customers with active compute requirements are engaged and in late-stage discussion. Demand is not theoretical — it is operational and time-sensitive.
4
Operational Execution
Management team has the operational background to execute from procurement to deployment to revenue generation without external dependencies or untested processes.
Final — Priority Window Closing
This Allocation Will Not Be Recreated
Immediate GB300 access with zero wait time is rare — and this specific combination of timing, pricing, and availability is unlikely to reappear on the same terms. When this reservation window expires, the economics change. The asset cost increases. The revenue start delays. The return profile compresses.
"Two units. Zero wait time. Expiring reservation. Once this window closes, the same opportunity does not reopen on the same terms."
Access Investor Deck
Full confidential investment memorandum, financial models, and term sheet access
View Procurement Report
Original GB300 timing and economic analysis — the research foundation behind the investment thesis
Request Allocation Discussion
Direct conversation with the CNEX team to discuss option selection, sizing, and reservation

Get in Touch
Reach out directly to discuss allocation options, access the investor deck, or request the procurement report.
CambridgeNexus, Inc. (CNEX) — AI Factory Infrastructure | GB300 Compute | AIFaaS Operating Model. This microsite contains forward-looking statements and financial projections for qualified investor review only. Past performance and projected returns do not guarantee future results.