What is Amazon's Oregon exascale data center and why does it matter for CRE investors? Amazon has purchased 1,300 acres of land near Boardman, Oregon for a potential $12 billion exascale data center campus that would span 4 million square feet across 16 to 20 buildings and consume 1 gigawatt of power, roughly equivalent to the electrical demand of the entire Portland metro area. The purchase, confirmed in late March 2026, represents one of the single largest land acquisitions for data center development in U.S. history and signals that the hyperscaler buildout driving CRE data center investment shows no signs of slowing. For a comprehensive overview of AI tools transforming commercial real estate, see our guide on AI tools for commercial real estate investors.
Key Takeaways
- Amazon purchased 1,300 acres near Boardman, Oregon for a potential $12 billion exascale data center campus with 4 million square feet of capacity across 16 to 20 buildings.
- The facility would require 1 gigawatt of power, more than all homes in Portland, creating massive infrastructure investment opportunities for CRE investors in energy and utilities adjacent sectors.
- Oregon communities are collectively making way for 9,100 acres of new data center development, quadrupling the state's existing data center footprint and transforming rural land markets.
- Amazon already operates 800 acres of data centers near Boardman, making this expansion part of a regional cluster strategy that benefits from existing fiber, power, and workforce infrastructure.
- CRE investors should monitor the ripple effects including rural land price appreciation, housing demand for construction and operations workers, and the emerging tension between data center growth and community resources.
What the Amazon Oregon Deal Includes
The 1,300 acre parcel sits on the Oregon side of the Columbia River near the town of Boardman in Morrow County. The land was previously owned by a large dairy operation that used it for grazing, illustrating the dramatic land use transition happening across rural America as agricultural land converts to data center campuses. According to reporting by GeekWire and the Oregonian, the application describes 4 million square feet of data centers, triple the size of Washington Square Mall in Tigard, divided among at least 16 separate buildings.
The project is described as an exascale installation, the size of 1,000 football fields, with an estimated construction cost of $8 billion to $12 billion and an operational workforce of approximately 560 employees. The campus would have access to 35 million gallons of water annually from the Port of Morrow, up to 1,300 gallons per minute for peak cooling demand. Pacific Power has indicated it has the transmission capacity to serve the site's ambitious power requirements through lines already permitted for other data centers in the area.
Amazon already operates 800 acres of data centers in the Boardman area and purchased this additional 1,300 acres to establish Oregon's first exascale facility. This clustering strategy reflects a broader pattern where hyperscalers concentrate data center capacity in regions with established power, fiber, and workforce infrastructure rather than pioneering entirely new markets. For related analysis on how data center power requirements are reshaping site selection, see our coverage of Meta's $10 billion El Paso data center investment.
Oregon's 9,100 Acre Data Center Land Rush
Amazon's purchase is part of a much larger trend. Oregon communities are collectively making way for 9,100 acres of new data center development, a move that would quadruple the state's existing data center footprint. Rural communities in eastern Oregon, particularly in Morrow and Umatilla counties, are rezoning agricultural and industrial land to accommodate the surge in demand from hyperscalers seeking abundant hydroelectric power and relatively cool climate conditions that reduce cooling costs.
For CRE investors, this Oregon land rush offers multiple investment angles. Raw land prices in data center target zones have appreciated 200% to 400% over the past three years as the development pipeline has expanded. Adjacent commercial and residential development opportunities are emerging as construction workforces of thousands require housing, dining, retail, and services during multi year build outs. The 560 permanent operational employees at the Amazon exascale campus alone will drive sustained demand for housing and commercial services in a rural market with limited existing inventory.
The scale of development is creating a new secondary market opportunity. Towns like Boardman and Hermiston, with populations under 15,000, are experiencing infrastructure investment and economic growth that typically occurs only in major metropolitan areas. CRE sales volume is forecast to increase 15% to 20% in 2026, and rural data center markets are contributing disproportionately to that growth. 92% of corporate occupiers have initiated AI programs (Source: CBRE), and the infrastructure to support those programs has to be built somewhere.
Power, Water, and Infrastructure Implications
The 1 gigawatt power requirement for the exascale campus highlights the central challenge and opportunity in data center CRE. One gigawatt exceeds the power consumption of all homes in Portland, Oregon's largest city. This level of demand creates massive investment opportunities in power generation, transmission, and distribution infrastructure adjacent to data center campuses.
Oregon's Columbia River hydroelectric system provides relatively clean and affordable baseload power, which is a primary reason hyperscalers have concentrated in the region. However, the combined power demand of planned data center developments is beginning to strain grid capacity, raising concerns about rate increases for residential and commercial customers. This tension between data center demand and community power costs is emerging as a regulatory and political risk factor that CRE investors must monitor.
Water consumption is another consideration. Data centers use enormous quantities of water for cooling, and the exascale campus's allocation of 35 million gallons annually from the Port of Morrow comes at a time when Morrow County is already dealing with nitrate pollution in local drinking water from agricultural operations. Amazon recently settled a $20.5 million pollution lawsuit related to its existing data center operations in the region. CRE investors evaluating data center opportunities should factor environmental compliance costs and community relations risk into their underwriting.
Investment Implications for CRE Portfolios
- Data center REITs and direct investment: The Amazon expansion validates the long term demand thesis for data center real estate. Equinix, Digital Realty, and QTS continue to benefit from hyperscaler lease commitments. Investors seeking direct exposure should evaluate markets with proven power availability and hyperscaler clustering.
- Rural land and development: Agricultural land in data center target zones offers significant appreciation potential. Key indicators include proximity to high capacity transmission lines, fiber routes, and water sources. The AI in real estate market is projected to reach $1.3 trillion by 2030 with a 33.9% CAGR, and physical infrastructure is the foundation of that growth.
- Adjacent asset classes: Construction workforce housing (temporary and permanent), retail and dining serving operations teams, and logistics facilities supporting data center equipment supply chains all represent secondary investment opportunities around major data center campuses.
- Tax incentive arbitrage: Morrow County has approved over $1 billion in tax breaks for Amazon's existing data centers. Understanding local incentive structures is critical for evaluating the competitive positioning of different data center markets.
If you are ready to evaluate data center investment opportunities in emerging markets like Oregon, The AI Consulting Network specializes in AI driven analysis of infrastructure real estate. For personalized guidance, connect with Avi Hacker, J.D. at The AI Consulting Network.
Risks and Considerations
The Amazon Oregon deal also illustrates risks that CRE investors should weigh carefully. Environmental and community opposition is growing. Amazon's $20.5 million pollution settlement and the ongoing drinking water contamination concerns in Morrow County create regulatory risk for future expansions. The Sanders and AOC sponsored AI Data Center Moratorium Act, while unlikely to pass, signals increasing political scrutiny of data center resource consumption. For detailed analysis of this regulatory landscape, see our coverage of the AI Data Center Moratorium Act.
Power grid constraints could delay or limit development timelines. If Pacific Power cannot deliver 1 gigawatt of reliable capacity on the hyperscaler's preferred timeline, the project could face phasing delays that affect investment return timelines. CRE investors should stress test data center development assumptions against realistic power delivery scenarios rather than assuming uninterrupted buildout schedules.
Frequently Asked Questions
Q: How big is Amazon's planned Oregon data center campus?
A: The exascale campus would span 1,300 acres with 4 million square feet of data center space across 16 to 20 buildings. It would require 1 gigawatt of power and represents an estimated $8 billion to $12 billion investment. For scale, the campus is described as the size of 1,000 football fields.
Q: Why did Amazon choose Boardman, Oregon for its exascale data center?
A: Amazon chose Boardman for its access to Columbia River hydroelectric power, existing fiber and transmission infrastructure from Amazon's current 800 acre data center operations nearby, relatively cool climate that reduces cooling costs, and available large parcels of undeveloped land at lower prices than metropolitan markets.
Q: What are the CRE investment opportunities around data center campuses?
A: Beyond direct data center investment, opportunities include rural land appreciation in target zones, construction workforce housing, permanent employee housing, retail and dining serving operations teams, logistics facilities for equipment supply chains, and power generation and transmission infrastructure investment.
Q: What risks should CRE investors consider with data center investments?
A: Key risks include power grid constraints that delay buildout timelines, environmental and community opposition to resource consumption, regulatory changes affecting tax incentives or development approvals, water availability and usage restrictions, and concentration risk if a single hyperscaler tenant represents the majority of demand in a market.