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STMicroelectronics Raises AI Data Centre Revenue Target to $1bn, Shares Rise 10%

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The artificial intelligence spending wave is creating winners far beyond the companies building headline-grabbing AI processors. On Tuesday, semiconductor manufacturer STMicroelectronics sharply increased its revenue targets for its data-center business, signaling that demand for the infrastructure supporting AI systems continues to accelerate at a pace faster than many industry observers anticipated.

Investors welcomed the announcement. Shares of the Franco-Italian chipmaker climbed as much as 10% to €65.21, their highest level since September 2000, before settling slightly lower. The stock remained among the strongest performers on Europe’s benchmark STOXX 600 index, reflecting growing confidence that STMicroelectronics is becoming a significant beneficiary of the global AI investment cycle.

The company now expects its data-center business to generate approximately $1 billion in revenue in 2026, a substantial increase from its previous forecast of revenue “nicely above” $500 million. Even more striking was management’s outlook for 2027.

“Assuming the current dynamic continues and with the current engagements we have, revenues could double in 2027,” the company said.

That projection effectively raises STMicro’s 2027 ambitions from its earlier expectation of revenue “well above $1 billion” and points to a business that could become one of the company’s fastest-growing segments over the next several years.

The upgraded guidance highlights an increasingly important reality in the AI era: while companies such as Nvidia dominate attention because of their graphics processing units, a vast ecosystem of semiconductor firms is benefiting from the massive infrastructure required to support AI computing.

Unlike Nvidia and other companies focused on AI accelerators, STMicroelectronics’ exposure lies primarily in the hardware surrounding those processors. Its products are used in power management systems, energy conversion equipment, industrial electronics, and other critical components that help data centers operate efficiently.

As hyperscale cloud providers and technology companies spend hundreds of billions of dollars building AI infrastructure, demand is rising not only for computing chips but also for the supporting technologies that distribute power, manage heat, and ensure reliable operation of increasingly energy-intensive facilities.

The scale of that opportunity is enormous. Global technology giants, including Microsoft, Amazon, Alphabet, Meta, and Oracle, are collectively committing unprecedented amounts of capital to AI infrastructure. Industry forecasts suggest annual spending on AI-related data centers could approach $1 trillion within the next few years.

That spending boom is creating opportunities for suppliers throughout the semiconductor value chain. For STMicroelectronics, the upgraded forecast is being driven by two factors: stronger-than-expected customer demand and progress in expanding manufacturing capacity.

The company said its improved outlook reflects both the continued surge in AI-related infrastructure spending and advances in ramping production capabilities to meet future orders. Capacity expansion has become a critical competitive advantage in the semiconductor industry as customers seek assurance that suppliers can meet long-term demand.

Analysts believe the guidance upgrade could lead to meaningful revisions in earnings expectations.

According to analysts at Jefferies, the data-center business alone could contribute approximately 7% growth to STMicro’s revenue in 2027, representing a substantial portion of their overall forecast of 20.5% growth for the company that year.

Analysts at J.P. Morgan reached a similar conclusion.

“The new guidance on AI likely results in estimates rising in both years though we would think that estimates will rise more in 2027 than in 2026,” the bank said in a research note.

The market reaction suggests investors view STMicroelectronics as more than a traditional industrial semiconductor company. Instead, it is becoming part of the broader AI infrastructure story that has propelled valuations across the technology sector.

That transformation is good news for European technology companies. While the United States dominates AI software and advanced processor development, European firms have often struggled to establish leading positions in the most lucrative segments of the technology industry.

STMicro’s growing role in AI infrastructure offers a different path to capturing value from the AI revolution. Rather than competing directly with Nvidia, AMD, or other AI chip designers, the company is supplying the essential components that enable AI data centers to function.

Early enthusiasm around AI focused largely on the chips used to train and run models. Increasingly, attention is turning toward the infrastructure ecosystem required to support those chips, including networking equipment, power systems, cooling technologies, and semiconductor components.

As AI models become larger and more energy-intensive, those supporting technologies are emerging as critical bottlenecks and significant profit opportunities.

For STMicroelectronics, Tuesday’s upgraded targets suggest management believes the current AI investment cycle remains in its early stages. If hyperscale spending continues at its current pace, the company’s data-center business could become a major growth engine and an increasingly important contributor to earnings over the remainder of the decade.

The sharp rally in the stock indicates investors are beginning to price in that possibility.

SK Hynix Commits to Doubling Wafer Capacity by 2030 as Goldman Sachs raises its 2028 Profit Forecast to 24%

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SK Hynix, the world’s second-largest memory chipmaker, plans to double its wafer production capacity over the next five years to meet surging demand for high-bandwidth memory (HBM) chips essential to artificial intelligence systems, the chairman of its parent SK Group said on Tuesday.

Chey Tae-won, speaking at the Computex technology conference in Taipei, a gathering that has drawn top executives from Nvidia and other leading tech firms, outlined an aggressive expansion strategy amid what he described as persistent supply bottlenecks in the memory industry.

“We are going to double the whole capacity over the next five years … there are a lot of obstacles and hurdles, but we will get over them and expand,” Chey told reporters.

SK Hynix holds a commanding 58% share of the HBM market in the first quarter, according to Counterpoint Research, ahead of Samsung Electronics and Micron Technology, each with 21%. HBM chips are critical for powering AI accelerators from Nvidia and others, and demand has outstripped supply as data center operators race to build ever-larger training clusters.

Chey reiterated his earlier forecast that memory supply shortages could persist through 2030, a view first expressed in March. He highlighted Nvidia’s upcoming AI personal computer architecture as another driver of long-term demand, and expressed hope that SK Hynix could become a major supplier of HBM for Nvidia’s advanced Vera Rubin platform.

Goldman Sachs Upgrades Profit Forecasts on Sustained AI Tailwinds

The bullish outlook is echoed by analysts. Goldman Sachs raised its 2028 operating profit forecasts for SK Hynix and Samsung by 24% and 23.3%, respectively, to 454 trillion won ($299.62 billion) and 610 trillion won. The bank cited sustained AI-driven demand as the key factor, expecting memory chip shortages to keep pricing elevated for years.

This momentum has already translated into landmark valuations. Last week, SK Hynix topped $1 trillion in market value for the first time, joining Samsung Electronics and Micron Technology in the elite club. The KOSPI benchmark has been one of the world’s best-performing major indexes, fueled almost entirely by the AI boom and the outsized success of South Korea’s memory chip giants.

Intensifying Competition in the HBM Market

Competition in high-bandwidth memory is heating up rapidly. On Tuesday, Samsung unveiled a mock-up of its future HBM5 chip and introduced new Heat Path Block thermal management technology to improve performance and efficiency. Last week, Samsung said it had begun shipping samples of its latest HBM4E chip to customers, claiming a lead over rivals in distributing advanced memory for AI data centers.

Chey noted that SK Hynix’s HBM4E roadmap would depend heavily on customer demand.

“There’s only one customer for HBM4E right now,” he said, referring to Nvidia.

He also stressed the need for deeper partnerships in Taiwan, not just with TSMC but across the broader ecosystem, to support scaling ambitions.

On pricing, Chey struck a balanced tone, warning that excessive increases could harm the broader AI ecosystem.

“The whole AI industry needs more sustainability. We have to continue to grow, but sudden jumps in prices can become a problem and actually hurt sustainability,” he said.

This reflects a maturing industry awareness: while tight supply has driven strong profits, unchecked price surges risk slowing AI adoption and triggering pushback from hyperscalers and cloud providers.

SK Hynix’s expansion plans come as the company navigates a complex global environment. Geopolitical risks, including U.S.-China tensions and export controls, continue to shape supply chain strategies. The firm’s heavy reliance on Nvidia as its primary HBM customer also presents concentration risk, though strong demand across the AI stack has so far mitigated concerns.

The doubling of wafer capacity represents a massive capital commitment in an industry known for cyclical swings. Success will depend on execution, continued AI investment by Big Tech, and the company’s ability to maintain technological leadership in HBM and advanced packaging.

SK Hynix has invested heavily in these areas, but competition from Samsung’s aggressive HBM roadmap and Micron’s innovations will test its position.

For South Korea, the success of SK Hynix and Samsung is strategically vital. The two companies together account for a significant portion of the KOSPI and national exports. Their performance has transformed the country into a central player in the global AI supply chain, but it also concentrates economic risk in a handful of national champions.

Overall, the AI-driven memory boom is reshaping the traditionally cyclical semiconductor industry into something more structurally growth-oriented, at least in the high-end segment. Goldman Sachs and other analysts now see sustained shortages through the end of the decade, suggesting a multi-year supercycle rather than the boom-bust pattern of previous decades.

Trump Signs Executive Order Mandating Companies To Share Advanced AI Models With Govt. Before Roll Out

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President Donald Trump has signed a scaled-back executive order that creates a voluntary framework for frontier artificial intelligence companies to share advanced models with the U.S. government before public release.

The executive order, which highlights Washington’s growing struggle to balance national security concerns with the desire to maintain America’s technological lead over China, follows a faceoff with Anthropic.

The order, signed privately on Tuesday, marks a significant shift from earlier proposals that would have subjected cutting-edge AI systems to a much longer government review process. Instead of the previously discussed 90-day review window, companies will now have the option of providing federal agencies access to powerful AI models up to 30 days before launch.

The shorter review period underscores the administration’s recognition that lengthy regulatory hurdles could slow innovation at a time when competition among American AI developers has intensified dramatically. The White House has repeatedly emphasized that maintaining U.S. leadership in artificial intelligence remains a strategic priority amid fierce competition from China.

Trump himself signaled those concerns last month when he publicly questioned whether stronger oversight could inadvertently undermine U.S. competitiveness.

“We’re leading China. We’re leading everybody,” Trump told reporters on May 21. “And I don’t want to do anything that’s going to get in the way of that lead.”

The executive order arrives as policymakers grapple with a new generation of AI systems that are becoming increasingly capable of identifying software vulnerabilities, generating sophisticated code, and potentially enabling offensive cyber operations.

The emergence of so-called frontier models, the most advanced AI systems currently being developed by companies such as OpenAI, Anthropic, Google DeepMind, and other leading developers, has been at the center of those concerns.

Recent advances have alarmed cybersecurity experts because AI systems are increasingly capable of automating tasks that once required highly skilled human researchers. These capabilities can be used defensively to discover vulnerabilities before attackers do, but they can also potentially be used to identify and exploit software weaknesses at unprecedented speed and scale.

Anthropic’s handling of its powerful Mythos model illustrates the industry’s growing caution. The company disclosed earlier this year that it had restricted the release of Claude Mythos after internal testing revealed cybersecurity capabilities that exceeded the firm’s comfort level for a broad public rollout.

The startup subsequently indicated that it was developing additional safeguards before making Mythos-level systems more widely available, reflecting a broader industry debate over how quickly capable models should be deployed. The new model was a bone of contention between Washington and Anthropic as the former sought the use of Mythos for defense purposes. In March, the Pentagon formally designated the company a supply-chain risk, intensifying the rift and forcing Anthropic to sue.

The administration’s new order appears designed to address precisely those challenges. By encouraging companies to voluntarily share models before release, federal agencies gain an opportunity to evaluate emerging risks without imposing mandatory licensing requirements or lengthy approval processes that could slow development cycles.

The voluntary nature of the framework is particularly noteworthy. Unlike regulatory approaches being explored in some other jurisdictions, the U.S. government is seeking cooperation rather than direct control over model releases. That approach is likely intended to preserve goodwill with major AI developers, many of whom have warned that overly restrictive regulation could hamper innovation and push research activity overseas.

AI regulation has been immersed in a political tussle. The technology has become a key arena in the broader geopolitical contest between the United States and China, leading policymakers to weigh security concerns against economic and strategic considerations.

Many technology executives have argued that American leadership in AI depends on rapid deployment, large-scale investment, and the ability to commercialize breakthroughs quickly. From that perspective, a mandatory review system could create competitive disadvantages for U.S. firms relative to foreign rivals.

Yet cybersecurity officials worry that the same capabilities driving economic growth could also create new national security risks. Advanced AI models are becoming capable of accelerating vulnerability discovery, malware analysis, penetration testing, and other tasks traditionally performed by cybersecurity professionals.

The order therefore represents an attempt to thread a difficult needle: obtaining greater visibility into emerging AI risks without erecting barriers that industry leaders fear could slow innovation. Its effectiveness will ultimately depend on how many companies choose to participate and how much information they are willing to share with federal agencies.

SpaceX Reserves 5% Of IPO For Select Buyers As Musk Commits To One-Year Lock-Up

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Elon Musk, CEO SpaceX

As investors prepare for what could become one of the largest stock market debuts in history, SpaceX has unveiled an unconventional share-sale framework that offers select insiders early access to liquidity while maintaining restrictions on founder Elon Musk and other major shareholders.

A regulatory filing released Monday showed that SpaceX has reserved 5% of the shares in its planned initial public offering for certain employees and individuals chosen by company executives. Participants in this directed share program will be allowed to purchase shares at the IPO price and, notably, will not be subject to the lock-up restrictions that typically prevent insiders from selling stock immediately after a public listing.

The arrangement represents another example of SpaceX’s departure from traditional IPO conventions as the company pursues a valuation of approximately $1.75 trillion, a figure that would place it among the world’s most valuable publicly traded companies from the moment it lists.

Under the directed share program, any shares that are not purchased by eligible participants will be reallocated and sold to public investors. The filing did not disclose the number of shares expected to be distributed through the program, nor did it identify which employees or outside individuals may qualify.

The disclosure rings a bell because lock-up agreements have long been a standard feature of IPOs. Most newly listed companies require insiders, executives, and early investors to hold their shares for roughly six months before selling. The restrictions are designed to prevent a flood of stock from entering the market immediately after a listing, which could pressure share prices and undermine investor confidence.

SpaceX, however, is pursuing a more flexible approach. Rather than imposing a uniform six-month lock-up period, the company plans a staggered release mechanism that ties the ability to sell shares to both corporate performance and stock-price milestones. According to the filing, certain shareholders could become eligible to sell portions of their holdings shortly after SpaceX reports its first quarterly earnings results as a public company, provided specified conditions are met.

Additional tranches of restricted stock would then be released over the following months, with any remaining restrictions expiring after six months.

The structure echoes practices seen during the IPO boom of 2020 and 2021, when companies sought innovative ways to balance insider liquidity demands with market stability. Firms such as Airbnb, DoorDash, and Snowflake adopted phased share-release mechanisms that allowed some investors to sell stock earlier than traditional lock-up arrangements would permit.

More recently, AI infrastructure company Cerebras and cybersecurity firm Rubrik have implemented similar structures.

For SpaceX, the staggered approach could help manage what is expected to be intense investor demand while providing a controlled path for employees and early investors to realize gains accumulated over years of private-market growth. The filing also offered fresh insight into Elon Musk’s position within the company. Despite maintaining overwhelming control of SpaceX, Musk has agreed not to sell shares for approximately one year following the IPO.

According to the filing, Musk controls 85.1% of the company’s voting power and owns 12.3% of its Class A shares. His commitment to a longer lock-up period is likely intended to reassure investors that management remains focused on long-term value creation rather than near-term monetization.

Other significant shareholders are also subject to one-year restrictions, although the filing does not identify those investors or disclose the size of their holdings.

The contrast between the treatment of select program participants and major shareholders is glaring. While some employees and invited individuals may gain immediate liquidity, the company’s most influential stakeholders will remain largely locked in for an extended period.

The approach reflects SpaceX’s unique position in capital markets. Unlike many technology startups that pursue public listings primarily to raise cash, SpaceX enters the market after years of strong private financing and significant revenue generation from its launch services, satellite communications business, and government contracts.

Its satellite internet division, Starlink, has become one of the fastest-growing communications businesses globally, while SpaceX continues to dominate commercial launch markets and expand its role in national security and space infrastructure projects.

The IPO is therefore seen by some as less about accessing capital and more about creating a public-market structure capable of supporting future growth while rewarding long-term employees and investors.

By combining selective exemptions, performance-based share releases, and extended restrictions on top insiders, SpaceX is attempting to strike a balance between market stability and shareholder flexibility. Whether investors embrace that approach could become an important test for future mega-cap technology listings, particularly as companies seek alternatives to traditional IPO lock-up arrangements.

With a projected valuation of $1.75 trillion and extraordinary investor interest already building, the structure of SpaceX’s IPO may prove almost as closely watched as the offering itself.

Blackstone Raises Record $13.1bn Asia Fund as Global Capital Shifts Toward India and Japan

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Alternative investment giant Blackstone has closed its largest-ever Asia private equity fund at $13.1 billion, underscoring growing investor confidence in the region even as geopolitical tensions, inflation concerns, and market volatility continue to reshape global capital flows.

The fund, Blackstone Capital Partners Asia III, surpassed its original $10 billion fundraising target and more than doubled the size of its predecessor, making it one of the largest private equity vehicles ever assembled for Asia. The milestone underpins a broader trend among institutional investors seeking new growth opportunities beyond the United States, where elevated asset valuations and economic uncertainty have prompted a reassessment of portfolio allocations.

The successful fundraising also reinforces Asia’s emergence as one of the most important battlegrounds for global private equity firms. Just weeks ago, EQT AB raised $15.6 billion for what became the region’s largest private equity fund, while KKR & Co. is reportedly seeking another $15 billion for its next pan-Asia vehicle. Meanwhile, Bain Capital has already secured roughly $10.5 billion for its latest Asia-focused buyout fund.

Together, these fundraising efforts signal that despite concerns surrounding the conflict involving Iran, slowing global growth, and persistent inflationary pressures, large investors continue to view Asia as one of the world’s most attractive long-term investment destinations.

Joe Baratta, Global Head of Blackstone Private Equity Strategies, emphasized the region’s growth potential.

“Asia Pacific is the fastest-growing region in the world, presenting compelling opportunities to invest at scale behind our high-conviction themes and deliver for our investors,” he said.

His comments align with a growing consensus among global fund managers that Asia’s structural growth story remains intact. Rising consumer spending, accelerating digitalization, expanding middle classes, and government-led industrial policies are creating investment opportunities across technology, healthcare, financial services, manufacturing, and infrastructure.

India and Japan have emerged as particularly attractive markets.

India continues to benefit from strong economic growth, rapid technology adoption, and a large domestic consumer base. The country’s startup ecosystem has matured significantly, producing opportunities not only in venture capital but also in growth equity and large-scale buyouts. Japan, meanwhile, is experiencing a resurgence in corporate restructuring, governance reforms, and shareholder activism, creating opportunities for private equity firms to acquire and transform established businesses.

Blackstone has been especially active in both markets. Over the past two years, the firm has deployed more than $7 billion across 12 transactions in India and Japan.

Among those investments was funding for Neysa, a company seeking to capitalize on surging demand for artificial intelligence infrastructure. The firm also invested in TechnoPro Holdings, reflecting growing interest in sectors tied to digital transformation and advanced industrial services.

The fundraising success comes at a time when private equity firms are increasingly positioning themselves around the AI investment boom. Demand for data centers, cloud infrastructure, semiconductors, and AI-enabled enterprise services is creating new opportunities across Asia, particularly in India, Japan, South Korea, and Southeast Asia.

Additionally, Blackstone’s ability to return capital to investors has strengthened confidence in its regional strategy. During the last two years, the firm exited 15 portfolio companies, including through public listings of International Gemological Institute and Aadhar Housing Finance.

Successful exits are particularly important in today’s environment because many private equity firms globally have struggled to sell assets amid higher interest rates and weaker merger-and-acquisition activity. Investors increasingly favor managers that can both deploy capital effectively and generate liquidity through exits.

The scale of Blackstone’s latest fund also illustrates how global investors are adjusting to a changing geopolitical and economic landscape. Pension funds, sovereign wealth funds, insurance companies, and wealthy individuals have been seeking greater geographic diversification as concerns grow about concentrated exposure to U.S. markets.

The combination of high equity valuations, persistent inflation risks, and geopolitical uncertainty has encouraged many institutional investors to increase allocations to alternative assets and faster-growing regions.

For Asia, that shift could prove profitable. While fundraising conditions remain challenging compared with the boom years of 2020 and 2021, the region continues to attract large pools of capital from global investors betting that economic growth in Asia will outpace most developed markets over the coming decade.

Blackstone’s record fundraising indicates that, despite short-term volatility, many investors remain convinced that the next wave of value creation will increasingly come from Asia’s expanding economies, growing technology ecosystem, and deepening corporate transformation opportunities. The firm’s ability to exceed its fundraising target by more than $3 billion is a clear indication that global capital continues to see the region as a critical source of future returns.