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Huang Says CPU Demand Could Rival GPUs in Expanding AI Race, Signaling Nvidia’s Next Growth Engine

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Nvidia CEO Jensen Huang says the company has secured enough semiconductor supply to support another phase of explosive growth in artificial intelligence infrastructure.

While Nvidia’s rise has been powered largely by its dominance in AI graphics processors, Huang is now signaling that the company’s next growth wave may come from an area long dominated by rivals: central processing units.

Speaking during Computex in Taipei, Huang said Nvidia has secured supply for “very, very robust growth” across both GPUs and CPUs, even as demand continues to outstrip available capacity.

“We’ve secured supply for very robust growth of all of those systems,” Huang said. “We have supply for very, very robust growth, but we’re still supply constrained.”

The statement highlights the extraordinary scale of AI demand currently sweeping through the technology sector. Even after years of capacity expansion by chip manufacturers, memory suppliers, and packaging partners, Nvidia continues to face supply pressures as hyperscalers, governments, and enterprises race to build AI infrastructure.

Nvidia is widely viewed as the clearest barometer of AI spending globally, making Huang’s comments notable. The company’s chips sit at the center of virtually every major AI deployment, from cloud providers and sovereign AI projects to startups building large language models. Yet beneath the supply discussion lies a more consequential development: Nvidia is no longer positioning itself primarily as a GPU company.

Huang’s strongest message during Computex was that the company’s Vera data center CPU could become an equally important growth driver.

“This (Vera CPU) is going to be our new major growth driver,” Huang said.

That statement is seen as a direct challenge to long-established leaders in the server CPU market, including Intel and Advanced Micro Devices. For decades, CPUs served as the brains of data centers, while GPUs functioned as specialized accelerators. The AI boom changed that equation by making GPUs the most valuable component in modern computing systems. Nvidia became the dominant beneficiary of that shift, turning its graphics processors into the backbone of the global AI economy.

Now the company appears determined to capture a larger share of the computing stack.

Industry analysts view AI infrastructure as a fully integrated system rather than a collection of separate components. That means customers are looking for tightly connected combinations of CPUs, GPUs, networking equipment, memory, and software rather than buying individual products from different vendors.

Nvidia’s strategy is seen as a reflection of that evolution. By offering both GPUs and CPUs optimized to work together, the company can deepen its position inside data centers and potentially increase revenue per deployment. It also gives Nvidia greater control over performance, efficiency, and software integration.

The opportunity is enormous.

While Nvidia dominates AI accelerators, the server CPU market remains worth tens of billions of dollars annually. Winning meaningful market share there would create another major revenue stream at a time when AI spending continues to accelerate.

The move also helps explain why investors have become increasingly bullish on Nvidia’s long-term prospects. The company is no longer simply selling chips; it is building a comprehensive AI infrastructure ecosystem that spans hardware, networking, software, and full-scale computing platforms.

However, the company’s ambitions extend beyond data centers. Just one day before Huang’s latest comments, Nvidia unveiled its RTX Spark PC chip, designed to bring advanced AI capabilities directly to personal computers. The launch places Nvidia in more direct competition with Intel, AMD, and Apple, all of which are racing to establish leadership in AI-enabled PCs.

Huang described the initiative as part of Nvidia’s collaboration with Microsoft to “reinvent the PC” for the AI era.

Just as AI transformed data center demand over the past three years, many technology companies believe AI-powered PCs could become the next major upgrade cycle. If consumers and businesses increasingly run AI models locally on devices rather than exclusively in the cloud, demand for AI-capable processors could surge across the personal computing market.

That would give Nvidia another avenue for expansion beyond its traditional strengths.

Sam Altman Confronts the AI Investment Reckoning: Acknowledging Waste and Poor ROI as Billions Pour into Infrastructure

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OpenAI CEO Sam Altman has directly addressed one of the most pressing concerns weighing on investors and corporate boardrooms amid the artificial intelligence boom: whether the staggering sums being spent on infrastructure, chips, and software will ultimately deliver meaningful returns.

In a CNBC interview on Monday, Altman described the skepticism as not only valid but perhaps the “most fair criticism right now of AI.” He acknowledged the gap many companies are experiencing between heavy investment and visible business impact.

“You hear companies saying, I am spending a ton of money on AI. And I know some great stuff is happening, but I know there’s a ton of waste,” he said.

Altman went on to summarize the core questions echoing through executive suites. He said: “How long do I have to wait for it to really show up in revenue, and how long do I have to wait to really get the costs under control? I assume that the industry will figure that out pretty quickly, but I think that is a fair, a fair issue.”

The comments come at a critical juncture. The AI sector has seen unprecedented capital expenditure, with hyperscalers like Amazon, Google, Microsoft, and Meta collectively committing sums that rival, and in some cases exceed, major historical projects on a monthly basis. Yet tangible, widespread revenue generation and efficiency gains have been slower to materialize than many had hoped, leading to growing scrutiny from investors and analysts.

According to an April report from The Wall Street Journal, OpenAI itself missed some key internal targets for revenue and user growth last year, underscoring that even the industry’s flagship company is navigating execution hurdles in turning technological capability into sustainable commercial success.

The Utilization Problem and Signs of Inefficiency

Data from cloud optimization platform Cast AI reveals a striking inefficiency at the heart of the AI buildout. In an analysis of 23,000 GPU clusters across thousands of companies, average utilization stood at just 5%, meaning roughly 95% of provisioned graphics-processing capacity was sitting idle.

Cofounder and president Laurent Gil attributed this largely to “FOMO” — companies hoarding scarce AI chips out of competitive anxiety rather than immediate, well-defined needs, resulting in massive stockpiles of underutilized resources.

Longtime AI researcher and critic Gary Marcus, professor emeritus at New York University, has been particularly vocal. In a post on X, he described some companies’ AI capital expenditure plans as potentially the “Greatest capital misallocation in history,” noting that Amazon, Google, Microsoft, and Meta are collectively spending more per month than the entire Manhattan Project.

This critique resonates as investors increasingly demand proof that AI spending is translating into sustainable competitive advantages, productivity gains, or profitability, rather than speculative infrastructure bets.

The transition from experimental pilots to enterprise-wide deployment has proven more complex than anticipated, with persistent challenges around data quality, integration, change management, talent shortages, and measurable return on investment slowing the payoff curve.

Why This Matters for the Industry’s Trajectory

Altman’s willingness to confront these concerns head-on reflects a maturing phase in the AI industry. After years of explosive hype, fundraising, and infrastructure buildout, the sector is entering a period of greater accountability. Companies are under pressure to demonstrate not just raw technological capability but clear, quantifiable business value — whether through cost savings, new revenue streams, or transformative capabilities that justify the enormous upfront investments.

For OpenAI and its peers, the focus is shifting toward practical applications, agentic systems, and efficiency improvements that can deliver quicker returns. Altman’s comments suggest confidence that the industry will solve these issues relatively soon, but they also serve as a reality check for executives and investors who may have expected immediate, sweeping transformation.

The implications are significant and multifaceted. According to analysts, if major companies continue to pour billions into AI without corresponding revenue or productivity gains, it could lead to a pullback in spending, slower innovation cycles, increased investor caution, or even a broader “AI winter” narrative.

Conversely, successfully addressing the utilization and ROI challenges could unlock the next phase of AI-driven growth, with compounding effects across industries as the technology moves from experimental to foundational.

The scrutiny is particularly intense for hyperscalers and large tech firms, which have announced hundreds of billions in AI-related capital expenditure. Their ability to convert these investments into sustainable advantages, through better models, more efficient infrastructure, or new applications, will determine market leadership in the years ahead. Smaller or mid-tier players may struggle if the capital intensity remains high without clear paths to monetization.

Economically, the AI boom’s success or stumbles could have ripple effects because sustained high spending without returns risks crowding out investment in other sectors, inflating asset valuations in tech, and contributing to broader market volatility. On the positive side, meaningful productivity gains could help offset demographic challenges, boost GDP growth, and create new industries — provided the economics align.

While the reality still hurts, Altman’s acknowledgment of the criticism may help temper some of the more extreme expectations while reinforcing the long-term thesis. The coming quarters, marked by earnings reports from hyperscalers and AI infrastructure players, will provide crucial data points on whether the massive bet on AI is beginning to pay off or if the “waste” concerns require more urgent, industry-wide attention.

Currently, the AI industry is believed to be standing at an inflection point because the enormous promise remains intact, but the path from hype to efficient, value-creating deployment is proving more arduous than many anticipated.

DOGE Bleeds, BNB Climbs, and Kevin O’Leary’s ZKP Keynote Just Changed the Conversation for 2026

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There is a useful question to ask whenever the crypto market gets loud. Whose conviction is shifting right now, and where is it heading? June 2026 has thrown up three answers worth paying close attention to. Binance Coin is outrunning almost everything in sight, having just knocked XRP out of the number four spot by market cap.

Dogecoin is getting pulled under by macro headwinds and institutional outflows. And sitting quietly beneath both of those stories, almost as a counter-narrative to the volatility swirling around them, is Zero Knowledge Proof (ZKP), a project that Kevin O’Leary just fronted a full keynote for, and which still carries a presale structure open to anyone prepared to take a closer look. Here is what the numbers and the narratives are actually saying.

ZKP: The Trade Kevin O’Leary Is Actually Pointing You Toward

The most telling thing about Kevin O’Leary’s recent keynote for Zero Knowledge Proof is what he chose to leave out. He didn’t open with token price. He didn’t open with market cap comparisons. He didn’t stack ZKP up against other crypto assets. He opened with a problem.

Artificial intelligence keeps producing outputs that nobody can verify. Lawyers have walked into courtrooms with briefs citing AI-generated cases that never took place. Medical systems have issued diagnoses backed by fabricated clinical research. Financial models are generating reports that sound completely authoritative with no provable foundation underneath them. O’Leary’s framing was characteristically direct confidence is cheap, trust is expensive, and the AI economy has no infrastructure for demonstrating that its outputs are actually correct.

Zero Knowledge Proof is that infrastructure. The technology lets any computation be verified as accurate without ever revealing the underlying data. AI models can prove they trained correctly without exposing their datasets. Hospitals can work together on research without handing over patient records. O’Leary called the next phase of digital infrastructure the Age of Proof.

What separates ZKP from every other early-stage crypto play is the order in which things happened. The founding team spent $100 million of their own money before the presale opened to a single public buyer. Twenty million constructed the core blockchain infrastructure a four-layer architecture with a live testnet and integrated zk-SNARK and zk-STARK proof systems. Seventeen million went into Proof Pods, physical validator hardware that ships globally within five days. Five million secured the domain.

The presale advances through 25 deterministic stages. Stage 1 sits at $0.0004 per token. The confirmed launch price is $0.04 a handsome return locked into the contract before the token ever reaches an exchange.

BNB: The Quiet Outperformer That Just Flipped XRP

Binance Coin is doing exactly what strong large-cap assets do when markets get rough it keeps grinding higher while everything around it turns choppy. BNB surged 7.9% over the first weekend of June 2026 alone, and the back half of May delivered weekly gains of up to 25%. That kind of performance doesn’t come from retail enthusiasm. It comes from sustained demand for an asset with deep, proven ecosystem utility.

The headline development is the market cap flip. BNB now sits at $93.99 billion, carving out a $12 billion gap over XRP and locking down the number four position with authority. The drivers are the same ones that have always underpinned BNB Binance Smart Chain activity, Trust Wallet integration, and fee discounts across the exchange but the timing of this outperformance says something. Capital is rotating toward assets with demonstrated utility and away from assets carried by speculative narratives.

One structural development deserves attention. Between late April and early June 2026, Binance’s Bitcoin reserves grew 5.1% to 648,600 BTC and Ethereum holdings climbed 10.4%, but stablecoin reserves on the exchange fell by $3.87 billion. That is a meaningful drop in immediate buying power. It doesn’t directly alter the BNB thesis, but it does suggest the next market leg may not draw on exchange liquidity the way previous ones did. BNB holders should keep that on their radar.

Dogecoin: Caught in the Crossfire of a Macro Storm

Dogecoin sits on the opposite end of this market right now. DOGE dropped as much as 5.5% as June opened and logged weekly declines of around 5.34%, swept up in a broader meme coin and altcoin pullback that has very little to do with anything Dogecoin itself did wrong.

The real story is macro. Rising bond yields, stubborn inflation concerns, and nearly $3 billion in institutional outflows from US spot Bitcoin ETFs across late May and early June have knocked risk appetite off its feet across the board. Meme coins take the hardest hit in any risk-off environment because they carry the thinnest fundamental floor of any asset class. DOGE moves with Bitcoin sentiment, and Bitcoin sentiment is currently sitting deep in extreme fear territory.

Geopolitical uncertainty is piled on top of all this. Even with some movement in US-Iran ceasefire discussions, the broader unsettled backdrop has kept institutional capital flowing away from speculative assets. Until Bitcoin clears key resistance levels with real conviction behind it, Dogecoin is unlikely to find a lasting bid. This is a hold-and-watch situation, not an accumulation opportunity at current levels.

Key Takeaways

BNB is a high-conviction large-cap trade built on ecosystem fundamentals and clear market outperformance. Dogecoin is effectively dead money until Bitcoin’s macro picture turns around.

ZKP is the asymmetric early-stage opportunity that neither of the other two can come close to matching a project with founder capital already in the ground, Kevin O’Leary’s public thesis backing the technology, and a structurally locked-in gap from current presale pricing to launch. The stages keep closing. The crowd still hasn’t shown up. And in crypto, opportunities that bring those two conditions together rarely stay available for long.

 

Explore Zero Knowledge Proof:

 

Website: https://zkp.com/

Buy: purchase.zkp.com

X: https://x.com/ZKPofficial

Telegram: https://t.me/ZKPofficial

Nvidia CEO Calls Marvell the Next Trillion-Dollar Company as MRVL Surges Over 20% Premarket

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The semiconductor industry continues to be one of the most dynamic sectors in global markets, fueled by the rapid expansion of artificial intelligence, cloud computing, and data center infrastructure. In a development that captured the attention of investors worldwide, Nvidia CEO Jensen Huang reportedly described Marvell Technology as the next potential trillion-dollar company.

The statement immediately ignited enthusiasm across financial markets, sending Marvell’s stock ticker, MRVL, soaring more than 20% in premarket trading. The remarkable market reaction highlights the growing importance of specialized semiconductor firms in the AI revolution. While Nvidia has emerged as the dominant force in AI accelerators and graphics processing units, companies such as Marvell are becoming increasingly critical to the infrastructure that powers modern computing systems.

Investors view these firms as essential components of the broader AI ecosystem, creating opportunities for significant long-term growth.

Marvell Technology has spent years building expertise in networking, custom silicon, data center connectivity, optical interconnects, and cloud infrastructure solutions. As artificial intelligence workloads become more demanding, the need for faster and more efficient data movement between processors, memory systems, and servers has increased dramatically. Marvell’s portfolio is positioned directly at the center of this transformation, allowing the company to benefit from the rising demand for advanced AI infrastructure.

The trillion-dollar valuation discussion reflects a broader shift in how investors evaluate technology companies. In previous decades, trillion-dollar market capitalizations were largely associated with consumer technology giants that dominated software, smartphones, or internet services. Today, the AI era is creating new pathways for semiconductor and infrastructure companies to reach similar heights.

Investors increasingly recognize that AI models require massive amounts of computing power, networking capacity, and specialized hardware to function effectively. Nvidia’s endorsement carries particular weight because the company sits at the forefront of the AI boom. Jensen Huang has become one of the most influential voices in technology, and his comments often attract significant market attention.

When a leader whose company is widely viewed as the primary beneficiary of AI growth identifies another firm as a future industry giant, investors tend to take notice. The resulting surge in Marvell shares demonstrates how strongly the market values such signals.

Beyond the immediate stock price movement, the event underscores the expanding opportunities within the semiconductor supply chain. AI infrastructure spending continues to rise as hyperscale cloud providers, enterprises, and governments invest heavily in next-generation computing systems. This spending benefits not only chip manufacturers but also companies involved in networking equipment, custom processors, memory technologies, and data center connectivity solutions.

Marvell’s strategic position across several of these categories strengthens the argument that it could become a major long-term winner. Nevertheless, achieving a trillion-dollar valuation remains an ambitious goal. Marvell must continue delivering strong revenue growth, technological innovation, and market share gains in highly competitive segments. The semiconductor industry is known for rapid technological change, making sustained execution essential for long-term success.

Even so, the market’s response reflects growing confidence that AI-driven demand could create multiple trillion-dollar companies over the coming decade. As artificial intelligence reshapes industries and economies worldwide, investors are increasingly searching for the next major beneficiary. Following Nvidia’s endorsement and the stock’s dramatic premarket rally, Marvell has firmly entered that conversation, emerging as one of the most closely watched companies in the future of AI infrastructure.

Trump Administration Proposes 25% Tariffs on a Wide Range of Brazilian Imports

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The Trump administration has proposed a new 25% punitive tariff on many Brazilian imports, citing a broad range of unfair trade practices from digital services and intellectual property protection to preferential tariffs and illegal deforestation, U.S. Trade Representative Jamieson Greer announced on Monday.

The measures, pursued under Section 301 of the Trade Act of 1974, mark another aggressive use of the statute that Trump previously wielded extensively against China during his first term. The proposed tariffs would exclude certain sensitive or strategically important products, including beef, coffee, rare earths, other metals and ores, and aircraft parts. They would not apply to items already subject to national security tariffs under Section 232, such as steel, aluminum, copper, and related finished products, as well as motor vehicles and auto parts.

Greer framed the action as a necessary response to longstanding issues, saying: “The United States and Brazil continue to have substantial differences in resolving issues identified in this investigation.”

The USTR’s investigation, launched last year, concluded that Brazilian practices “are unreasonable and burden or restrict U.S. commerce,” opening the door for retaliatory measures. Public comments are invited until July 1, with a hearing scheduled for July 6 and a final decision deadline of July 15.

This latest escalation comes despite a White House visit last month by Brazilian President Luiz Inácio Lula da Silva. Bilateral relations have cooled considerably since then. U.S. Secretary of State Marco Rubio’s recent designation of Brazil’s two largest criminal gangs as terrorist organizations, over Brasilia’s objections, has further strained ties. Days earlier, Lula’s political rival, Senator Flavio Bolsonaro, had advocated for the terrorist label during meetings in Washington with Rubio, Vice President JD Vance, and President Trump.

“I expressly asked President Trump not to tariff our companies. Tariffs are not the solution,” Flavio Bolsonaro said on X.

Two Brazilian officials familiar with the matter told Reuters that the U.S. justifications ignored many of Brasilia’s arguments presented in recent months, suggesting the motives were more political than technical.

Context of Previous Tariffs and Supreme Court Ruling

The proposed 25% tariff would partially replace a 50% duty on many Brazilian goods that Trump imposed last year as punishment for Brazil’s prosecution of Flavio Bolsonaro’s father, former President Jair Bolsonaro. That measure was struck down by the U.S. Supreme Court in February, prompting the administration to pursue this new, broader Section 301 action.

The current proposal reflects a pattern of using trade policy as leverage on multiple fronts — economic, political, and ideological. It also aligns with the administration’s wider use of Section 301 investigations, including ongoing probes into excess industrial capacity in China and other partners, forced labor practices in 60 countries, and a new investigation into Vietnam’s intellectual property policies opened on Friday.

The tariffs could hit key Brazilian export sectors, though the exclusions for beef, coffee, and certain metals provide some relief. The country is a major supplier of these commodities to the U.S., and any disruption could ripple through global supply chains, potentially affecting food prices and industrial inputs.

The move exacerbates tensions in U.S.-Brazil relations at a time when both nations are navigating complex domestic political landscapes. Lula’s government has sought to maintain pragmatic ties with Washington while pursuing independent foreign policy positions, including stronger engagement with China and BRICS partners.

The terrorist designation of Brazilian gangs and the tariff threat risk undermining cooperation on issues like regional stability, counter-narcotics, and Amazon conservation.

From a broader trade perspective, the action reinforces the Trump administration’s preference for bilateral pressure over multilateral frameworks. It also highlights ongoing concerns in Washington about digital trade barriers, intellectual property enforcement, and environmental practices in emerging markets. Illegal deforestation in the Amazon has been a recurring point of friction, with U.S. policymakers linking it to both environmental and trade issues.

Potential Market and Global Ripple Effects

However, analysts believe the proposed tariffs could influence commodity markets, particularly for Brazilian exports not explicitly exempted. Coffee and beef prices may face volatility if the measures are implemented, while metals and aircraft parts exclusions suggest strategic considerations — protecting U.S. industries that rely on Brazilian inputs or avoiding disruption in aerospace supply chains.

For global investors, the development spells more trouble. Some analysts have warned that emerging market currencies and assets could come under pressure if similar actions are taken against other countries. Conversely, it may accelerate diversification efforts by U.S. companies seeking to reduce exposure to nations perceived as high-risk under current U.S. trade policy.

The USTR’s move is seen as a part of a wider pattern of assertive trade enforcement. With multiple Section 301 investigations active, the Trump administration is signaling a willingness to use tariffs as a tool for both economic rebalancing and geopolitical leverage, even though the weight is limited this time.

The proposed tariffs remain subject to public consultation and final review. Their ultimate scope and implementation could still be adjusted based on diplomatic developments or domestic political calculations.