Deep| $FTAI : Aviation Aftermarket Meets AI Power We initiate coverage of FTAI, an independent aviation aftermarket platform focused on the CFM56-5B/-7B and V2500 engine families. It is expanding into power generation by converting CFM56 engines into aeroderivative turbines. FTAI is the second BTM solution provider we have covered, after Bloom Energy. We remain bullish on off-grid power providers. As estimated in our AIDC Deep Dive, North America could face a ~15GW power shortfall in 2027. Securing grid power could take ~5 years, while traditional gas turbine OEMs such as GEV are booked out to 2032 with cash commitments. We are therefore looking for alternative BTM providers with reliable technology and confirmed orders. FTAI trades at ~10.5x forward EV/EBITDA and has yet to receive the re-rating seen at other BTM providers, despite the $1.465b Power order announced in late July. We see two reasons. Its traditional Leasing and MRE businesses face pressure on margins and industry demand. Its Power business has yet to deliver Mod-1 units to customers, making future earnings harder to assess. Bears still view Mod-1 as a prototype rather than a mature commercial product. In short, we believe that margin compression in its MRE business does not prevent it from maintaining earnings growth, supported by expanding market share from ~15% to ~26% based on our proprietary supply-demand industry model; and Power could deliver ~10 Mod-1 products in 26Q4 vs LSD consensus; ~80 in 2027 vs ~70 consensus and ~100 company maximum target. Management were guiding $450-750mn Adj. EBITDA in Power, suggesting a range of ~60 to 100 Mod-1 deliveries as guidance in 2027. We see the first batch of Mod-1 delivery in Q4 as the next rerating catalyst, and do not think the execution bar for Power is that high in the near term. Successful delivery and acceptance from customers should be enough for the street to catch up as it clears ambiguity at current valuation. Our reverse SOTP suggests that the market is paying nothing for Power, and we estimate it should be worth $82/share in our base case of 80 Mod-1 delivery in 2027. Detailed Report

Leopold added 115% to his ProPetro position last quarter. $28.1M now. $PUMP has pumped high-pressure fluid into oil wells since before its 2017 IPO. What changed is PROPWR, their on-site power business for AI data centres. 60MW locked with a hyperscaler. 350MW contracted across the segment. Stock is 43% off its April high.

SB ENERGY FILES FOR U.S. IPO WITH $439 BILLION OF CONTRACTED BACKLOG Here’s everything you need to know: SB Energy, SoftBank’s AI data center and power infrastructure company, has publicly filed its S-1 and plans to list under the ticker $SBE on Nasdaq and Nasdaq Texas. The IPO share count and price range have not yet been set. The $100M offering size listed in the filing is only a placeholder. SoftBank will remain the controlling shareholder following the offering, making SB Energy a “controlled company” under Nasdaq rules. THE $439 BILLION BACKLOG: SB Energy has roughly $439B of contracted backlog, including: • ~$430B from data centers • ~$10B from power projects But the backlog is heavily back-loaded. Only about $1B is expected to convert into revenue over the next 24 months, while roughly $357B sits beyond year 8. Weighted average remaining contract term: • Data centers: 19.6 years • Power: 16.6 years THE DATA CENTER PORTFOLIO: SB Energy currently has 8.8 GW-IT of signed data center leases, concentrated entirely across two customers: SoftBank and OpenAI. Cosmos, Travis County, Texas: • 50 MW-IT leased to SoftBank • 15-year lease • ~$2.5B of contracted rent • First revenue expected Q4 2026 That would mark SB Energy’s first-ever data center revenue. Milam County, Texas: • 753 MW-IT leased to OpenAI • Currently under construction • Ready-for-service targeted for 2028 PORTS-Pike, Pike County, Ohio: This is by far the company’s largest project. OpenAI has signed 20-year leases covering roughly 8 GW-IT across 17 buildings at the former Department of Energy uranium-enrichment site. The broader campus buildout is expected to run through 2032, with the first 800 MW expected to become available in 2028. SB Energy believes PORTS-Pike could become one of the largest data center campuses in the world. The company also has another roughly 1.7 GW-IT development pipeline in Borden and Scurry County, Texas that is not yet included in backlog. NVIDIA’S ROLE: NVIDIA is involved as both an investor and a credit backstop. According to the filing, NVIDIA has committed $3B around the IPO: • $1.5B concurrent private placement at the IPO price • $1.5B prepaid forward funded August 17 at 90% of the eventual IPO price Separately, NVIDIA has guarantees capped at $105B supporting certain land, power and shell obligations tied to the first roughly 4.25 GW-IT at PORTS-Pike. Importantly, this is NOT a blanket $105B guarantee of all OpenAI lease obligations. The guarantees phase in as the initial data centers become ready for service, apply following certain tenant defaults, cover defined portions of lease and power obligations, and decline as OpenAI fulfills its obligations over the 20-year lease terms. NVIDIA also has the option to extend its support to another roughly 3.8 GW-IT at PORTS-Pike. The campus is also expected to exclusively host NVIDIA AI infrastructure, subject to limited exceptions. OPENAI’S ROLE: OpenAI is simultaneously a customer, investor and shareholder-linked partner. The company holds 3,991,809 warrants with a $0.01 exercise price, with roughly 1.7M shares expected to be issued through net exercise at the IPO closing. OpenAI also maintains a board seat while its ownership remains above 5%. FINANCIALS: H1 2026: • Revenue: $138.7M • Net loss: $3.21B The H1 loss included a $2.57B non-cash warrant remeasurement charge and $589.5M of stock-based compensation. FY 2025: • Revenue: $213.5M • Net loss: $738.0M FY 2024: • Revenue: $232.2M • Net income: $106.1M Essentially all revenue to date has come from SB Energy’s power business. None of its data center capacity is currently operational. BALANCE SHEET + POWER BUSINESS: SB Energy has roughly $4.0B of debt outstanding, including $999M of 8.875% notes due 2031 used to fund the Cosmos project. Its power platform includes: • 2.2 GWac of solar + storage operating • 2.5 GWac under construction • 0.8 GWac contracted OTHER DETAILS: SB Energy has 223 full-time employees and is led by co-CEOs Rich Hossfeld and Abhijeet Sathe. SoftBank founded the company in 2019 and has contributed roughly $3.2B to date. J.P. Morgan, Goldman Sachs, Morgan Stanley and Citigroup are among the lead banks in a 19-underwriter syndicate. Source: SEC S-1

NAVITAS SEMICONDUCTOR $NVTS Q3’26 EARNINGS HIGHLIGHTS 🔹 Revenue: $14.0M (Est. $13.2M) 🟢; +38% YoY 🔹 Adj. EPS: -$0.03 (Est. -$0.04) 🟢 🔹 Non-GAAP Gross Margin: 40.0% (Est. 39.4%) 🟢; +130 bps YoY Q4 Guide: 🔹 Revenue: $16.0M +/- $0.5M (Est. $14.7M) 🟢 🔹 Non-GAAP Gross Margin: 40.5% +/- 100 bps (Est. 39.8%) 🟢 🔹 Non-GAAP OpEx: $25.0M +/- $1.0M Announcements: 🔹 NVIDIA: 800 V-to-12 V board; 800 V-to-6 V and 800 V-to-50 V solutions 🔹 U.S. Government: Selected to develop next-generation 10 kV SiC semiconductors Other Q3 Metrics: 🔹 High-Power Revenue Growth: 125% for FY26 🔹 AI Infrastructure: More than 40% of total sales by year-end Key Updates: 🔹 Claros acquisition closed, adding IVR technology for the grid-to-xPU strategy Comments: 🔸 “By year-end, we expect mobile and low-end consumer revenue to be essentially eliminated from our mix, further positioning the Company as a high-power business with AI Infrastructure, composed of AI Data Centers and energy grid infrastructures that power them, expected to account for more than 40% of total revenue.” 🔸 “At the midpoint of our fourth quarter guidance, we expect to deliver the fourth consecutive quarter of double-digit sequential revenue growth and exit 2026 as a high-power company with a strong book-to-bill ratio well above one and backlog that extends into mid-2027.”

$NVT KEY READ-THROUGHS FROM NVENT ELECTRIC’S Q3 2026 EARNINGS CALL nVent’s results argue against a broad deterioration in AI-infrastructure demand, but reinforce the importance of distinguishing demand strength from shipment capacity, margin realization, and cash generation. The strongest positive implications extend to electrical equipment, thermal management, electrical distribution, and selected power semiconductors. The most consequential negatives concern production constraints and the expansion of credible competition in integrated power-and-cooling systems. Infrastructure sales growth above 70%, rising backlog, strong October orders, and improving industrial demand provide substantial support for equipment spending into 2027. However, these signals do not establish incremental orders for individual competitors, additional hyperscaler budgets, or proportional earnings growth across the supply chain. Countries below denote corporate domicile rather than the location of the principal demand exposure. POWER EQUIPMENT: NVENT’S ORDER DECELERATION IS NOT EVIDENCE OF A SECTOR-WIDE DEMAND BREAK (READ-THROUGH 1) Affected companies: Eaton Corporation (ETN: Ireland) and Vertiv Holdings (VRT: United States). Directional impact and magnitude: Positive. High fundamental relevance to Vertiv’s core business and Eaton’s electrical operations; the incremental information is more actionable for Eaton ahead of its November 3 earnings release. The call supports demand durability, not a quantified peer earnings beat. The critical evidence is the combination of more than 70% infrastructure growth, approximately 90% infrastructure growth within Systems Protection, and backlog increasing to $2.6 billion before Maverick entered consolidation. Wozniak described October orders as “very strong” and said customers continued asking, “can we have more output, can we respond faster, bring in lead times.” This is inconsistent with a generalized pause in customers’ desire to deploy infrastructure. The transmission mechanism is direct shared-market exposure. Additional data-center capacity requires electrical distribution, protection, power conversion, cooling, and commissioning equipment. Eaton participates through its electrical businesses, while Vertiv supplies power and thermal infrastructure. Persistent customer urgency supports their order pipelines and the conversion of existing backlog, provided production and installation capacity are available. The non-consensus distinction concerns the interpretation of order growth. nVent’s relatively modest percentage increase followed a 65% comparison and occurred alongside rising backlog. It should not be transferred mechanically to peers with different booking schedules, customer mixes, or order windows. Vertiv had already reported organic order growth above 100% on October 28, together with 61% revenue growth and a 25.2% adjusted operating margin. That is explicit counterevidence to a uniform industry booking slowdown. Eaton’s latest completed quarter also showed strong demand: its July release reported 41% growth in the 12-month rolling average of Electrical Americas orders and 43% electrical-sector backlog growth. Those measures are not directly comparable with nVent’s quarterly organic order growth, but they establish that Eaton enters its upcoming release with substantial demand visibility. Near-term catalyst: Eaton’s November 3 report is the immediate test of whether healthy demand is converting into shipments and margins. For Vertiv, nVent is corroborating an already-reported quarter and providing an additional October demand observation, rather than predicting an earnings release that has already occurred. Longer-duration implication: The evidence supports continued infrastructure investment into 2027. It favors differentiated analysis of individual order books over a blanket bearish trade based on nVent’s slowing growth percentage. It does not justify extrapolating nVent’s 44% organic sales growth across the sector. POWER SYSTEMS: EXPANDING INTEGRATED COMPETITION CHALLENGES SCARCITY-BASED VALUATIONS (READ-THROUGH 2) Affected companies: Powell Industries (POWL: United States) and Vertiv Holdings (VRT: United States). Directional impact and magnitude: Negative for assumptions of permanently scarce supply and protected terminal margins. Moderate longer-duration competitive significance, with limited evidence of an immediate earnings impact. Greater competitive capability is supported; actual market-share losses are not established. Maverick gives nVent low- and medium-voltage switchgear, switchboards, integrated modular systems, and service capabilities. Management identified approximately 1.5 million square feet of manufacturing footprint, ongoing equipment installation, and further capacity ramping through the 1st half of 2027. Separately, nVent announced a new 400,000-square-foot engineered-building facility expected to begin production in mid-2027. These capabilities overlap with portions of Powell’s engineered electrical systems and Vertiv’s integrated data-center infrastructure offering. The competitive change is not simply another manufacturer adding products. nVent intends to combine electrical distribution, liquid cooling, engineered buildings, connections, and services with its broader commercial organization and existing customer relationships. That creates another credible counterparty for larger, integrated procurement packages. Wozniak explicitly described the opportunity to expand Maverick’s reach through nVent’s commercial organization. Management also estimated potential data-center content of approximately $2 million per megawatt after the acquisition. That figure represents a larger portion of an existing project that nVent can contest. It does not mean industry spending per megawatt automatically doubles. Several distinctions limit the bearish interpretation. Maverick already existed before the acquisition, so its entire manufacturing footprint is not new industry capacity. The acquisition was announced in August, making the transaction itself old information. The incremental call disclosures concern operating integration, capacity ramping, the 800-volt product demonstration, and the willingness to accept lower initial margins while investing for growth. For Powell, the risk is more credible competition for future engineered-power and modular-system opportunities, not cancellation of its existing backlog. For Vertiv, the risk is an additional well-capitalized integrated competitor, not the disappearance of its service network, engineering capabilities, or installed-base advantages. Near-term catalyst: November product demonstrations and subsequent customer qualifications can establish whether the combined offering is commercially substantive. No immediate pricing decline or lost contract was disclosed. Longer-duration implication: As additional qualified production becomes available during 2027, delivery capability, system performance, and lifecycle service become more important differentiators. Valuations that assume today’s supply scarcity will indefinitely protect pricing deserve more scrutiny than valuations supported by durable technical differentiation. Strong end-market growth and increasing competitive pressure can occur simultaneously. GRID INFRASTRUCTURE: THE OPPORTUNITY EXTENDS BEYOND EQUIPMENT INSIDE THE DATA HALL (READ-THROUGH 3) Affected companies: Hubbell Incorporated (HUBB: United States) and Powell Industries (POWL: United States). Directional impact and magnitude: Positive. Moderate consolidated significance for Hubbell and potentially high project-level significance for Powell, although nVent’s comments do not identify any new awards for either company. The call repeatedly connected growth to both data centers and power utilities. The new Arizona facility will manufacture engineered-building solutions serving those markets, rather than being dedicated solely to Maverick’s data-center products. Management also identified capacity investment in power connections and cable management. The transmission mechanism is the electrical infrastructure surrounding the computing installation. Additional load requires connections, protection, distribution equipment, substations, control systems, and, in some projects, equipment supporting on-site generation. These requirements broaden the beneficiary set beyond rack-level cooling and power supplies. Hubbell provides a particularly relevant exposure through utility infrastructure and electrical products. Its October 27 results already showed 5% organic growth in Utility Solutions and 22% organic growth in Electrical Solutions. Management described strength in distribution, transmission, and substation markets. nVent therefore adds independent confirmation that the growth opportunity spans utility and industrial infrastructure rather than being confined to AI server racks. The geographic and product distinctions matter. Hubbell’s Grid Automation sales declined in its latest quarter even as Grid Infrastructure expanded. nVent’s positive utility commentary should therefore not be interpreted as evidence that every grid-related product category is accelerating. Powell offers a more concentrated engineered-system channel. Its August release disclosed a data-center order exceeding $400 million related to behind-the-meter, on-site generation assets, within record quarterly orders of $934 million. That existing award demonstrates the connection between computing investment and substantial electrical infrastructure outside the data hall. nVent’s utility and engineered-building commentary supports the broader opportunity, but the Powell award was already known and must not be counted again as new demand. Near-term catalyst: Subsequent utility budgets, electrical project awards, and backlog-conversion disclosures matter more than a generic AI-equipment trading reaction. Hubbell has already reported the quarter, so the immediate implication is increased confidence in the forward demand backdrop. Longer-duration implication: Capacity additions scheduled for mid-2027 support a multiyear infrastructure opportunity. However, downstream equipment demand can corroborate upstream projects already awarded or underway. It does not automatically establish new transformer, turbine, or construction orders, and it provides no basis for assigning an undisclosed generation contract to a particular supplier. THERMAL MANAGEMENT: SUPPLIER BOTTLENECKS REMAIN A MATERIAL EARNINGS-CONVERSION RISK (READ-THROUGH 4) Affected companies: Modine Manufacturing (MOD: United States) and Trane Technologies (TT: Ireland). Directional impact and magnitude: Negative for confidence in rapid margin normalization and automatic earnings upgrades from stronger revenue. Moderate-to-high tactical relevance for Modine; moderate relevance for Trane. This is an execution-risk read-through, not evidence of weakening cooling demand. nVent explicitly incorporated supplier constraints into Q4 guidance. Wozniak said suppliers were adding production lines and facilities to keep pace, while Corona acknowledged that “we could maybe have delivered more.” Despite exceptional demand, nVent’s acquisition-adjusted guidance implies an approximately 10% sequential decline in legacy revenue. The precise transmission mechanism is incomplete production availability. An equipment manufacturer can have customer orders, factory space, and labor but still be unable to ship a finished system if critical components are unavailable or unqualified. The resulting effects include inefficient labor utilization, production rescheduling, higher material and freight costs, and inventory accumulation ahead of final shipment. Modine is the most directly relevant public comparison because its July results had already identified production and margin constraints in its data-center business. Data-center sales increased 90%, but segment adjusted EBITDA increased only 27%. Management attributed pressure to capacity expansion, production inefficiencies associated with supply constraints, and higher material costs. The gross-margin comparison also included warranty effects, so the entire decline cannot be assigned to supply shortages. Modine had indicated that mitigation measures were producing sequential improvement. nVent’s October commentary does not prove that Modine’s particular constraints remain unresolved. It does, however, make an assumption of industry-wide normalization less defensible. The burden of proof remains on shipment completion, supplier qualification, and actual margin recovery, rather than backlog size alone. Trane provides complementary evidence. On October 29, it raised full-year revenue guidance but reaffirmed EPS guidance while explicitly discussing supply-chain and inflationary headwinds. nVent reinforces that distinction between demand strength and profit conversion. It does not establish that Trane’s consolidated margin movements were caused specifically by data centers. Near-term catalyst: Modine’s next quarterly release is an important test of whether production constraints have eased sufficiently to deliver the anticipated margin recovery. For Trane, the relevant next evidence is execution against its higher revenue outlook, since Q3 results are already public. Longer-duration implication: Capacity investment only creates value if the entire production system scales together. The sector’s strongest earnings performers should be differentiated by qualified output, supplier resilience, and cash conversion, not merely announced factory footprint. This caution should not be applied indiscriminately: Vertiv’s already-reported 50% increase in adjusted free cash flow demonstrates that strong conversion is achievable. THERMAL MANAGEMENT: LIQUID COOLING SUPPORTS FACILITY-LEVEL HEAT REMOVAL, NOT JUST RACK-LEVEL EQUIPMENT (READ-THROUGH 5) Affected companies: Modine Manufacturing (MOD: United States) and Trane Technologies (TT: Ireland). Directional impact and magnitude: Positive for medium- and longer-duration demand. High significance to Modine’s data-center business and moderate consolidated significance to the more diversified Trane. The near-term benefit remains subject to the production risks identified above. nVent is already accepting orders for its modular liquid-cooling platform and reported interest from a broader customer set than its initially emphasized distribution channel. It is adding liquid-cooling capacity and expects higher compute power density to support further demand. The important technical distinction is that liquid cooling moves heat away from chips; it does not eliminate the need to transfer and reject that heat elsewhere in the facility. Depending on the architecture, the equipment chain includes coolant distribution units, pumps, heat exchangers, dry coolers, chillers, and controls. The benefit is therefore not confined to a narrowly defined group of rack-cooling suppliers. Modine has a verified position through Airedale’s facility-cooling products and coolant distribution units for direct-to-chip and hybrid deployments. Its disclosed CDU range spans approximately 400 kilowatts to 2 megawatts, with larger customized solutions available. Data Centers already represented approximately 40% of Modine’s revenue in the quarter ended June 2026, making the economic exposure material rather than incidental. Trane’s exposure is broader than conventional building air conditioning. Its completed March acquisition of LiquidStack added direct-to-chip and immersion-cooling capabilities to its existing central-plant and thermal-management platform. The listed beneficiary is Trane, not LiquidStack as an independent investment. This is not an assertion that every liquid-cooled megawatt requires proportionately more mechanical chiller capacity. Higher-temperature coolant loops, economization, and dry-cooling configurations can change the equipment mix. The high-conviction positive is the demand for complete heat-management systems, engineering, and controls, not a fixed chiller-content assumption. Near-term catalyst: nVent’s November product demonstration can provide additional evidence of adoption breadth and interoperability. It does not itself establish orders for Modine or Trane. Trane’s October results already showed strong bookings, making nVent corroborating evidence rather than an advance prediction. Longer-duration implication: Rising rack density and a broader customer base support integrated thermal suppliers through 2027 and beyond. The competitive advantage increasingly lies in designing and servicing the complete thermal system, while component-level economics remain exposed to architecture changes and competition. ELECTRICAL DISTRIBUTION: THE MORE DIFFERENTIATED POSITIVE IS THE RECOVERY OUTSIDE DATA CENTERS (READ-THROUGH 6) Affected companies: Wesco International (WCC: United States) and Rexel (RXL: France). Directional impact and magnitude: Positive. Moderate-to-high operating relevance for Wesco and moderate relevance for Rexel. The incremental insight is greater breadth and persistence of demand, rather than another isolated confirmation of AI spending. nVent’s Electrical Connections organic growth accelerated to 23%, industrial demand strengthened, and commercial/residential sales also grew substantially. Management raised the full-year industrial and commercial/residential outlook and highlighted “very strong growth through our distribution channel.” The earnings transmission mechanism combines higher unit volumes, a wider range of customer spending, and better utilization of distribution infrastructure. Broader demand supports throughput across branches, warehouses, and commercial teams without requiring a proportional increase in fixed costs. It also reduces dependence on a small number of large data-center projects. Longer equipment lead times can increase the value of procurement coordination, inventory availability, technical support, and project logistics. That supports distributors able to manage complex electrical packages. The benefit is not automatic: larger inventories also require funding and create execution risk, so realized margins and cash flow remain important. The peer evidence supports the interpretation. Wesco’s released Q3 results showed approximately 55% data-center sales growth, but also 7% growth outside data centers. Its adjusted EBITDA margin increased 100 basis points, and operating cash flow improved to approximately $194 million from an outflow in the prior-year quarter. nVent’s call strengthens the argument that the improvement is broader than a narrow AI procurement cycle. Rexel’s October 22 release showed 11.4% same-day sales growth, comprising 6.3 percentage points from volume and 5.1 percentage points from pricing. North America grew 17.4%, while Europe grew 4.5%. nVent’s channel commentary is therefore consistent with genuine volume recovery, but does not support treating all nominal distributor growth as volume. The geographic conclusion is selective. Rexel’s French domicile does not make this primarily a French or European industrial-recovery signal. North America accounted for approximately 51% of its Q3 sales and was the stronger growth engine. nVent’s approximately 50% Americas growth reinforces that geographic exposure, while its European improvement provides a more modest secondary confirmation. Near-term catalyst: Both distributors have already disclosed Q3 performance. The actionable implication concerns Q4 order continuity, industrial customer spending, and whether higher volumes continue translating into margins and cash. Longer-duration implication: A sustained recovery in industrial and commercial demand would make distributor earnings less dependent on hyperscaler spending alone. This is a broader cyclical signal, but it remains specific to electrical and related markets rather than proof of a synchronized global industrial expansion. No exclusive nVent distribution relationship or incremental contract allocation is implied. POWER SEMICONDUCTORS: 800-VOLT SYSTEMS VALIDATE A REAL DESIGN OPPORTUNITY, NOT AN AUTOMATIC COMPONENT WIN (READ-THROUGH 7) Affected company: Infineon Technologies (IFX: Germany). Directional impact and magnitude: Positive. Meaningful strategic relevance to Infineon’s AI power business, but limited immediate incremental earnings significance from this call alone. The larger opportunity is associated with qualification and deployment during 2027 and beyond. nVent plans to demonstrate Maverick’s 800-volt DC power rack in November. Management described a system positioned alongside the IT rack that converts existing AC power to 800-volt DC without requiring a facility-wide power redesign. This provides tangible system-level evidence that higher-voltage distribution is progressing beyond conceptual architecture discussions. The transmission mechanism runs through power conversion and protection. Higher-voltage systems require efficient switching devices, intermediate-bus conversion, gate drivers, controllers, fault protection, and serviceable power-path designs. The economic opportunity comes from the functions and performance requirements of the new architecture, not simply an assumption that every rack contains more semiconductor devices. Infineon has a verified exposure rather than merely a thematic association. Its October 21 announcement described collaboration with NVIDIA on gallium-nitride-based intermediate-bus conversion for 800-volt systems, including conversion to 50-, 12-, and 6-volt rails. It also identified power-path protection and hot-swap functionality within the broader collaboration. The distinction between industry validation and supplier allocation is essential. nVent did not identify Infineon as a Maverick semiconductor supplier. The call therefore supports the addressable design opportunity, but does not establish a purchase order, exclusive relationship, production share, or revenue amount for Infineon. The architecture also requires a more precise interpretation than “higher voltage means more heat.” At a fixed power level, higher voltage reduces current and can reduce distribution and conversion losses. The opportunity is that higher-voltage systems enable denser and more powerful compute installations while imposing demanding efficiency and protection requirements. Infineon’s benefit depends on securing qualified content in those systems. Near-term catalyst: November demonstrations and subsequent technical disclosures can strengthen confidence in commercialization. They are more likely to influence expectations for future adoption than immediate quarterly estimates. Infineon had already identified AI power as a major growth driver in its August results, so nVent is incremental corroboration, not the origin of the investment case. Longer-duration implication: Adoption of 800-volt architectures can expand the importance of advanced power conversion, protection, and control within AI infrastructure. The high-conviction exposure is to established, technically qualified power-semiconductor platforms. The nVent call provides no basis for assuming that every small-cap company associated with gallium nitride or silicon carbide will receive proportional revenue.