ADVANCED MIC.DEV. DL-_01
Commented by André Will-Laudien on October 16th, 2026 | 05:30 CEST
Correction, Then the AI Chip Rally Continues! AMD, Micron Technology, Infineon and Standard Uranium in Focus
Even the NASDAQ needs to consolidate from time to time. This does not change the fact that the AI and semiconductor rally could resume as soon as the first signs of recovery emerge. The underlying megatrend remains intact despite short-term market turbulence. A key driver behind the scenes is the seemingly insatiable demand for energy and hardware from modern data centres. While chipmakers such as AMD supply advanced processors, Micron Technology provides the ultra-fast high-bandwidth memory needed to handle enormous data flows. To maintain this performance reliably, the focus is shifting to highly efficient power semiconductors from Infineon, which optimise electricity consumption directly at the source. However, the infrastructure's immense electricity requirements also call for reliable, low-carbon baseload power, bringing nuclear energy back into focus. This is where uranium explorer Standard Uranium comes in, potentially benefiting from the global race to secure supplies of this important raw material. Investors who use the current pullback to enter the market could reap the next harvest as early as the expected year-end rally.
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Commented by André Will-Laudien on October 1st, 2026 | 08:30 CEST
No Chips, No AI – But Without Power, Nothing Runs! Big Opportunities Await in AMD, Nvidia, HPQ Silicon and Infineon
Is the AI boom starting to overheat? The fact is, the entire tech sector is heading straight for a critical bottleneck. While the developers of the world's fastest graphics processors and accelerator hardware are driving computing power to astronomical heights, the industry's foundation is beginning to falter. At the end of the day, every neural network and every sophisticated language model is only as good as the infrastructure that keeps it alive. The next phase of technological evolution will therefore no longer be decided solely in the design studios of Silicon Valley, but at the level of efficient power supply and revolutionary materials. This is where specialized semiconductor giants and innovative pioneers in cutting-edge anode materials come into play. They provide the key technologies needed to manage the exploding energy demands of modern data centres and mobile systems. The market winner will be determined by who produces the most efficient power semiconductors and next-generation battery cells. For investors, this means betting on the right suppliers for the energy transition now will secure the most profitable positions for the tech future. We do the math!
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Commented by André Will-Laudien on September 16th, 2026 | 07:10 CEST
Big Data, More Cloud, Less Energy – Who Has the Best Memory Chips? AMD, Infineon, Aspermont and SK Hynix in Focus
The hunt for the decade's hottest AI returns is officially on. The appetite for data is growing relentlessly, sending server rooms worldwide into overdrive. Four enticing stock market contenders are vying for investors' capital and laying their cards on the table. Memory specialist AMD is proudly flexing its muscles and aims to dominate the field with brute computing power. The chipmaker is pushing deep into cloud infrastructure, leaving the competition green with envy. Infineon, meanwhile, entices with pure efficiency and knows exactly how to achieve maximum endurance with less energy. The Munich-based company is making servers sexy by drastically curbing the giants' power appetite. The Korean firm SK Hynix dominates the high-bandwidth memory segment and feeds AI applications with fresh data at record speed. As a wild underdog, Aspermont brings a breath of fresh air to the game and provides the necessary insight into the commodities universe. What starts as a fling creates a real buzz in the portfolio. This quartet keeps share prices dancing daily and makes analysts break out in a sweat. Investors should decide now which of these tech darlings they want to firmly include in their portfolio. After all, there is not much time left until Christmas to let those little lights shine brightly.
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Commented by Armin Schulz on September 3rd, 2026 | 08:45 CEST
AI Needs Chips, Power and Server Racks: AMD, NU E Power and Super Micro Computer in Focus
Created and Published on Behalf of NU E Power Corp.
Artificial intelligence is not being held back by complex algorithms, but by a lack of high-performance chips, sufficient power and efficient server racks. As demand explodes, manufacturers are sometimes struggling with long lead times, while liquid-cooled rack systems and GPUs are also becoming increasingly scarce. Big Tech companies are investing trillions, but the physical energy infrastructure is lagging. This is precisely where exceptional profit opportunities are emerging for investors who keep the entire value chain in view. We take a look at three companies, AMD, NU E Power and Super Micro Computer, that are looking to capitalize on these bottlenecks.
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Commented by André Will-Laudien on August 28th, 2026 | 11:00 CEST
Mega-Chips Without Power? AI Comes to a Standstill Without AMD, Nvidia, Infineon and NU E Power
Created and Published on Behalf of NU E Power
What if the screen stays black after you switch it on? No joke—because the insatiable power appetite of artificial intelligence is driving demand for electricity and cloud capacity to astronomical levels. But Bloomberg is now sounding the alarm: at the current pace of data-center expansion, a major reality check could be looming, potentially putting the ambitious AI dreams of Silicon Valley's giants under serious pressure. A study by BloombergNEF reinforces this concern, predicting that by 2035, data centers could consume up to 20% of total US electricity demand. The most critical bottleneck is the extreme shortage of electricity, as aging power grids and the sluggish expansion of renewable energy simply cannot keep pace with rapid growth. At the same time, the rollout of new megaprojects is increasingly slowing down. Lengthy permitting procedures, strained supply chains for specialized transformers, and an acute shortage of skilled workers are significantly extending construction timelines. How can investors capitalize on this power-supply bottleneck?
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Commented by André Will-Laudien on August 6th, 2026 | 07:40 CEST
AI Infrastructure as a Megatrend: The Trillion-Dollar Race Involving Palantir, Micron, American Atomics, and AMD Continues
The global rise of artificial intelligence (AI) can no longer be reduced to just the software level; rather, it is evolving into a battle for physical computing power and stable energy grids. Within this fundamental ecosystem, Palantir orchestrates the massive data streams from government and commercial institutions and uses software to ensure that the physical IT infrastructure can be utilized efficiently in the first place. To provide the necessary processing power, semiconductor giant AMD is supplying the highly sought-after next-generation AI accelerator chips in an effort to gradually chip away at market leader Nvidia's market share. However, each of these high-performance computing operations requires immense amounts of ultra-fast storage, giving storage specialist Micron, as an indispensable supplier of the hardware backbone, significant pricing power. Because this enormous expansion of cloud platforms is simultaneously driving global electricity consumption to unprecedented heights, nuclear energy is coming into focus as a means of ensuring emission-free baseload power. This is where the Canadian company American Atomics comes in to play at this bottleneck in the AI value chain. By strategically building a vertically integrated North American nuclear fuel supply chain, it is securing the energy supply for future hyperscale data centers. Investors should maintain a well-diversified portfolio!
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Commented by André Will-Laudien on July 30th, 2026 | 10:10 CEST
A Chip Crash Was Inevitable, a Gold Revival Is on the Horizon! AMD, Infineon, and SanDisk Are in a Sell-Off; Lahontan Gold Is on the Rise
What a bombshell in the tech sector! The abrupt plunge in semiconductor stocks has unexpectedly shaken up the industry and forced the NASDAQ into a correction. After a rally lasting several months, valuations were starting to look ambitious, while signs of an economic slowdown were emerging. A reassessment of fundamentals appears to be underway, as in an environment of persistent inflation and high volatility, investors' desire for stability and preservation of value is once again coming to the forefront. Gold has historically served this role many times as a classic "safe haven", safeguarding real purchasing power through crises. The tactical strategy is to realize some or all of the gains from overheated, cyclical technology and semiconductor stocks and reallocate them to precious metals and related instruments. While chip and memory stocks react strongly to market sentiment, an exposure to the gold sector provides a stable anchor with long-term opportunities. Now is a good time to act!
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Commented by André Will-Laudien on July 13th, 2026 | 07:35 CEST
Nuclear Energy 3.0: Computing Power for AI and the Cloud – Standard Uranium, AMD, Broadcom, and SpaceX Can Deliver
According to McKinsey's forecasts, massive data center capacity will be needed to fully support global AI growth through 2030. In total, the high-tech industry will need to invest approximately USD 5.2 billion in AI infrastructure alone. At the same time, the International Energy Agency (IEA) forecasts that global electricity demand for the required computing power will more than double to 945 terawatt-hours. In this highly capital-intensive environment, AMD and Broadcom are positioning themselves as challengers in the chip market, while SpaceX is attracting visionary attention with its connectivity services and space-based energy concepts. Slightly upstream, but serving as an important bridge, is the uranium industry—a raw material that is in high demand for the construction of the next generation of power plants. Who is best positioned in this market?
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Commented by André Will-Laudien on July 7th, 2026 | 07:20 CEST
Over 200% Chip Rally Over? Are Takeovers Coming Now? AMD, Power Metallic, Infineon and Aixtron in Focus
Over the past two years, the Philadelphia Semiconductor Index (SOX) has staged a historic rally, gaining around 125% on balance. Driven by the massive boom in artificial intelligence, the index reached an all-time high of over 14,600 points in June 2026 before entering a sharper consolidation. This past week, the closely watched index left volatile trading at 12,626, with a hefty daily loss of 5.4%. Reports of looming overcapacity in AI data centers are putting pressure on the recently exploded share prices of industry heavyweights such as Micron, AMD and Applied Materials. The two German chip hopefuls Infineon and Aixtron were also hit hard. With the NISK project, Power Metallic Mines holds a promising polymetallic property in Québec focused on copper, nickel and platinum group metals. The correction in this stock is already complete, and for the past few days it has been climbing steeply again. A closer look is worthwhile!
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Commented by Armin Schulz on July 3rd, 2026 | 08:40 CEST
A Multi-Billion AI Infrastructure Boom: Secure a Decisive Edge Now with Standard Uranium, AMD, and Super Micro Computer
The AI revolution is shifting its focus. While public debate continues to revolve around algorithms and cloud platforms, the true center of power has long since shifted to the depths of physical infrastructure. After all, without sufficient energy, high-performance chips, and scalable server architectures, even the best AI code remains ineffective. The exploding power demand of modern data centers is turning uranium into a strategic resource, while semiconductor supply chains groan under immense demand, and system integration is becoming the new supreme discipline. Whoever controls these three pillars of the digital future holds the key to the industry's next phase of growth. We take a closer look at one candidate from each sector: Standard Uranium, AMD, and Super Micro Computer.
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