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HIVE Signs Long-Term HPC Colocation LOI with Investment-Grade Swedish Client at Boden, Retrofit to Support Up to 10,000 GB300 GPUs

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HIVE (NASDAQ:HIVE) signed a non-binding LOI with an investment-grade sovereign Swedish technology client for an up to 10-year HPC colocation lease at its 32 MW Boden, Sweden facility, contemplating about 25 MW critical IT load.

HIVE plans to retrofit the site to support up to 10,000 GB300 GPUs with rack densities up to 150 kW using hybrid liquid and air cooling, which management anticipates could drive significant annual recurring revenue and long-term stable cash flows.

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Positive

  • Non-binding LOI for up to 10-year lease of 25 MW IT load
  • Planned retrofit to support up to 10,000 GB300 GPUs at Boden
  • High-density racks up to 150 kW using hybrid liquid and air cooling
  • Management anticipates significant annual recurring revenue from the facility
  • Potential for long-term stable cash flows from colocation offtake lease

Negative

  • LOI is non-binding and contingent on a definitive agreement
  • Company plans significant capital investments to upgrade the Boden facility

News Market Reaction – HIVE

-8.45% 1.6x vol
48 alerts
-8.45% Session close to close
+5.3% Peak Tracked
-19.2% Trough Tracked
$1.13B Market Cap
1.6x Rel. Volume

In the Jun 25 session, HIVE declined 8.45%, reflecting a notable negative market reaction. Argus tracked a peak move of +5.3% during that session. Argus tracked a trough of -19.2% from its starting point during tracking. Our momentum scanner triggered 48 alerts that day, indicating elevated trading interest and price volatility. Trading volume was above average at 1.6x the daily average, suggesting increased trading activity.

Data tracked by StockTitan Argus on the day of publication.

Market Context

The stock moved -8.4% in the session following this news. A negative reaction despite positive long-...
Analysis

The stock moved -8.4% in the session following this news. A negative reaction despite positive long-term capacity news fits concerns around execution risk and insider net selling. Past AI and infrastructure announcements produced strong gains, so a sharp drop would mark a divergence from that pattern amid elevated short positioning.

Key Figures

Lease term: up to 10 years Facility power capacity: 32 MW Historical GPU count: approximately 130,000 GPUs +3 more
6 metrics
Lease term up to 10 years Prospective HPC colocation lease for Boden facility
Facility power capacity 32 MW Gross utility load at Boden, Sweden site
Historical GPU count approximately 130,000 GPUs GPUs operated by HIVE in the Boden region since 2018
Critical IT load approximately 25 MW Usable IT load contemplated under the LOI
Planned GB300 GPUs up to 10,000 GB300 GPUs Retrofitted facility design capacity under LOI
Rack density up to 150 kW Single rack density using hybrid DTC liquid and air cooling

Historical Context

5 past events · Latest: Jun 22 (Positive)
Pattern 5 events
Date Event Sentiment 24h Move Catalyst
Jun 22 AI performance study Positive +16.6% Columbia University study validating Paraguay AI infrastructure and supporting Gigafactory plans.
Jun 22 AI infrastructure update Positive +16.6% Details on A40 GPU performance and NeurIPS submission backing future AI capacity buildout.
Jun 18 Sovereign AI contract Positive +9.2% Three-year USD $220m sovereign AI GPU cloud contract using NVIDIA Grace Blackwell GPUs.
Jun 18 AI partnership deal Positive +9.2% Landmark multi-party agreement to advance sovereign AI capabilities in Canada.
Jun 18 Data center acquisition Positive +9.2% Approval to acquire 32 MW Big Boden data center, advancing Tier III AI/HPC infrastructure plans.

24h Move is the share-price change in the day after each event; other market factors may also have contributed.

Pattern Detected

Recent HIVE news events tied to AI and infrastructure have consistently triggered strong positive price reactions.

Key Terms

hpc colocation, direct-to-chip, liquid cooling, sovereign ai infrastructure
4 terms
hpc colocation technical
"which this LOI contemplates for HPC colocation."
HPC colocation is the practice of placing high-performance computing hardware—power-hungry servers used for tasks like scientific simulation, AI training, or large-scale data analysis—inside a third-party data center that provides space, power, cooling and network connections. Investors watch it because it shifts large upfront equipment and facility costs into operational expenses, affects a company’s ability to scale compute capacity quickly, and exposes performance and cost risks tied to power, latency and uptime.
direct-to-chip technical
"using hybrid direct-to-chip ("DTC") liquid cooling and air cooling."
Direct-to-chip describes a testing or manufacturing approach where a biological sample, chemical reagent, or material is placed directly onto a small electronic or microfluidic chip that performs analysis or processing, skipping many intermediate handling steps. For investors it signals faster, cheaper and more compact workflows—think of it like scanning a fingerprint instantly instead of mailing it to a lab—which can lower operating costs, speed product rollout, and expand use in point-of-care or high-volume production settings.
liquid cooling technical
"using hybrid direct-to-chip ("DTC") liquid cooling and air cooling."
Liquid cooling is a method that uses a flowing liquid—like water or a special coolant—to carry heat away from electronic components, similar to how a car radiator moves heat away from an engine. For investors, it matters because it can lower energy and maintenance costs, enable higher-performance computing, reduce the footprint of data centers, and support sustainability targets, all of which can affect a company’s operating margins and capital spending needs.
sovereign ai infrastructure technical
"sovereign AI infrastructure is one of the most important buildouts of our generation"
Sovereign AI infrastructure is a country's controlled set of computing power, data storage and software arranged so AI systems are developed, hosted and operated under that nation's laws and inside its borders. It matters to investors because it shapes where companies must locate costly servers and services, creates demand for local cloud, hardware and compliance providers, and can change market access, costs and competitive risks—like choosing a local bank to hold sensitive assets.

AI-generated analysis. How Rhea-AI works. Not financial advice.

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This news release constitutes a "designated news release" for the purposes of the Company's amended and restated prospectus supplement dated June 16, 2026 to its short form base shelf prospectus dated October 31, 2025.

San Antonio, Texas--(Newsfile Corp. - June 25, 2026) - HIVE Digital Technologies Ltd. (TSX: HIVE) (NASDAQ: HIVE) (FSE: YO0) (BVC: HIVECO) (the "Company" or "HIVE"), today announces it has signed a letter of intent ("LOI") with an investment-grade, sovereign Swedish technology company (the "Client") for an up to 10 year lease of the Company's 32 megawatt ("MW") Boden, Sweden facility. The LOI is non-binding and subject to the negotiation and execution of a definitive agreement. As previously announced on June 18, 2026, the Boden Municipal Council has approved the Company's acquisition of the Boden facility from Bodens Utvecklings AB.

HIVE has operated at the Boden facility since 2018, including the operation of approximately 130,000 GPUs in the region. Building on that operational foundation, the LOI contemplates a term of up to 10 years for a usable critical IT load of approximately 25 MW.

Pursuant to the LOI, the Company expects to retrofit the facility to support up to 10,000 GB300 GPUs, with single rack densities up to 150 kW, using hybrid direct-to-chip ("DTC") liquid cooling and air cooling. The gross utility load of the site at 32 MW correlates to a critical IT load of approximately 25 MW, which this LOI contemplates for HPC colocation.

HIVE has been deeply embedded in the Boden community for almost a decade, investing in the region, supporting local initiatives, and building partnerships with local stakeholders throughout its operations at the facility. Following rigorous site visits and technical diligence, the Client selected HIVE's Boden facility as its long-term HPC colocation home in Sweden.

Leadership Commentary

Frank Holmes, Executive Chairman of HIVE, stated:

"The nations that control the compute will shape the next century. This LOI is a reflection of what patient, long-term infrastructure thinking produces. We built in Sweden when others were not looking at the Nordics, and an investment-grade, sovereign Swedish technology client committing to up to 10 years at this facility is the proof of what that patience delivers. The power is clean, the infrastructure is proven, and the trust has been earned. At HIVE, we turn clean electrons into compute. That is the business. As we expand our global footprint from Canada to Paraguay to Sweden, each milestone reflects the same conviction: sovereign AI infrastructure is one of the most important buildouts of our generation, and HIVE is building it."

Aydin Kilic, President & CEO of HIVE, added:

"We see this legacy site in Boden as a strategic long-term asset for the Company. This site has evolved from a GPU compute facility supporting Ethereum and now comes full circle as a high-power-density, liquid-cooled GPU facility based on GB300 NVL72 architecture. We anticipate this to contribute significant annual recurring revenue, and we look forward to securing a long-term colocation offtake lease with the Client for this facility, which we believe could create long-term stable cashflows for HIVE as we make significant investments to upgrade it."

Johanna Thörnblad, Country Site President, Sweden, stated:

"The signing of this agreement is both a commercial milestone and a powerful symbol of the future we are building in Boden. This project reinforces our commitment to supporting digital sovereignty while building world-class infrastructure that serves the long-term needs of Sweden."

About HIVE

Founded in 2017, HIVE Digital Technologies Ltd. was among the first publicly listed companies to prioritize mining digital assets powered by green energy. Today, HIVE builds and operates next-generation Tier-I and Tier-III data centers across Canada, Sweden, and Paraguay, serving both Bitcoin and high-performance computing clients. HIVE's dual engine infrastructure, driven by hashrate services and GPU-accelerated AI computing, delivers scalable, environmentally responsible solutions for the digital economy.

For more information, visit hivedigitaltech.com, or connect with us on:

X: https://x.com/HIVEDigitalTech
YouTube: https://www.youtube.com/@HIVEDigitalTech
Instagram: https://www.instagram.com/hivedigitaltechnologies/
LinkedIn: https://linkedin.com/company/hiveblockchain

On Behalf of HIVE Digital Technologies Ltd.

"Frank Holmes"
Executive Chairman

For further information, please contact:

Nathan Fast, Director of Marketing and Branding
Frank Holmes, Executive Chairman
Aydin Kilic, President & CEO

Tel: (604) 664-1078

Neither the TSX, Nasdaq, nor any other securities exchange or regulatory authority accepts responsibility for the adequacy or accuracy of this release.

Forward-Looking Information

Except for statements of historical fact, this news release contains "forward-looking information" within the meaning of applicable U.S. and Canadian securities laws, which may include but is not limited to statements regarding: the conversion of the letter of intent into a definitive lease agreement with the Client; the closing of the acquisition of the Boden facility; the anticipated contribution of the Boden facility to the Company's annual recurring revenue; the anticipated term of up to 10 years for HPC colocation at the Boden facility; the planned retrofit of the Boden facility to support up to 10,000 GB300 GPUs with single rack densities of up to 150 kW; the deployment of hybrid direct-to-chip liquid cooling and air cooling infrastructure; the utilization of approximately 25 MW of critical IT load for HPC colocation; the expected deployment, timing, capacity, and expansion of BUZZ HPC's GPU-accelerated infrastructure in general; and any other future-oriented statements. Forward-looking information is often identified by words such as "expects" "anticipates" or "does not anticipate", "plans", "budget", "scheduled", "forecasts", "estimates", "positioning", "contemplates", "believes", "on track" or "intends" or variations of such words and phrases.

Forward-looking information is based on current expectations, estimates, forecasts, and projections, as well as management's beliefs and assumptions, including that the LOI will convert to a definitive agreement on substantially similar terms, the retrofit will be completed on expected timelines and within budget, that the acquisition of the Boden facility will occur, demand for HPC colocation and AI computing will continue to grow, and regulatory requirements will remain consistent with current expectations, and other related risks as more fully set out in the Company's disclosure documents under the Company's filings at www.sec.gov/EDGAR and www.sedarplus.ca.

Forward-looking information involves known and unknown risks, uncertainties, and other factors that may cause actual results, performance, or achievements to differ materially from those expressed or implied by such forward-looking information. Such factors include, but are not limited to the following risks: the LOI may not convert to a definitive agreement; the retrofit may not be completed on expected timelines or within budget; the acquisition of the Boden facility may not be consummated; performance expectations may not be achieved; demand for HPC colocation or AI infrastructure may be lower than anticipated; partnerships or regulatory approvals may not materialize as expected; and the risk factors described in the Company's continuous disclosure documents available on SEDAR+ at www.sedarplus.ca and under the Company's EDGAR profile at sec.gov. Readers are cautioned not to place undue reliance on forward-looking information. The Company disclaims any obligation to update or revise any forward-looking information, whether as a result of new information, future events, or otherwise, except as required by law.

To view the source version of this press release, please visit https://www.newsfilecorp.com/release/302844

FAQ

What did HIVE (NASDAQ:HIVE) announce on June 25, 2026 about its Boden facility?

HIVE announced a non-binding LOI for an up to 10-year HPC colocation lease at its 32 MW Boden, Sweden facility. According to HIVE, the agreement contemplates about 25 MW of critical IT load for a sovereign Swedish technology client.

How many GB300 GPUs could HIVE’s Boden site support under the new LOI (HIVE)?

HIVE expects the Boden facility to support up to 10,000 GB300 GPUs after retrofits. According to HIVE, the upgrade will use hybrid direct-to-chip liquid cooling and air cooling, with single rack densities reaching up to 150 kW for high-performance computing.

Is the HIVE HPC colocation agreement in Sweden binding for shareholders of HIVE stock?

The agreement is currently a non-binding LOI and not yet a definitive contract. According to HIVE, the LOI remains subject to negotiation and execution of a final agreement, so transaction terms and timing could change before becoming legally binding.

What revenue impact does HIVE expect from the Boden GB300 GPU colocation project?

HIVE anticipates the project could generate significant annual recurring revenue once operational. According to HIVE, a long-term colocation offtake lease with the client is expected to create more stable cash flows as the company invests in upgrading the Boden facility.

How long has HIVE operated at the Boden, Sweden facility mentioned in the 2026 LOI?

HIVE has operated at the Boden facility since 2018, including about 130,000 GPUs in the region. According to HIVE, this existing operational base and community presence supported the client’s decision to select Boden as its long-term HPC colocation site in Sweden.

What cooling technology will HIVE use for the GB300 NVL72 architecture at Boden (HIVE)?

HIVE plans to deploy hybrid direct-to-chip liquid cooling combined with air cooling for the GB300 NVL72-based facility. According to HIVE, this approach supports rack densities up to 150 kW, enabling high-power-density GPU deployments for HPC and AI workloads.