Samsung

Samsung’s new Galaxy S26 series sees a $100 price hike on the S26 and S26+ due to a persistent global memory chip shortage, intensified by AI infrastructure demand. This shortage, expected to last into 2027, is driving up smartphone prices. While the S26 Ultra keeps its price, the overall market faces inflationary pressure. Samsung, banking on its third-gen “AI phones,” also introduces a new privacy display on the Ultra, but analysts question consumer value perception amidst rising costs.

Samsung Electronics reported a Q4 profit surge, exceeding expectations with over triple year-over-year earnings. This growth is fueled by strong demand for AI servers and a booming memory chip market due to global shortages. While the semiconductor division thrives on rising chip prices, the company foresees cost pressures on smartphones and displays. Samsung plans increased memory production investments this year to capitalize on sustained AI-driven demand.

Samsung Electronics expects a threefold profit increase and record operating profit in Q4, driven by soaring demand for AI memory chips. This boom has created a “Hyper-Bull” market, straining supply and boosting chipmakers’ revenues. While Samsung leads overall, it’s working to catch up in high-bandwidth memory (HBM) chips, a key component for AI processors. Analysts predict continued price hikes for memory chips, benefiting giants like Samsung, SK Hynix, and Micron.

Omdia reports the Middle East (excluding Turkey) smartphone market rebounded strongly in Q3 2025, with shipments up 23% YoY to 15.1 million units. Growth was driven by demand for mid-tier 4G and affordable 5G devices. While Saudi Arabia saw a slight dip, UAE, Iraq and Rest of Middle East experienced strong growth. Samsung led the market; TRANSSION, Xiaomi, HONOR and Apple also saw gains. Omdia forecasts slower growth in 2026 due to rising component costs.

Samsung is investing in a 50,000 Nvidia GPU cluster, dubbed the “AI Megafactory,” to enhance chip manufacturing for mobile devices and robotics. This project signifies the escalating demand for AI acceleration and strengthens Nvidia’s position in the AI revolution. In addition to being a customer, Samsung will leverage Nvidia’s Omniverse and optimize chipmaking lithography. Samsung will also collaborate with Nvidia on HBM4 memory technology for future AI chips. These partnerships support Korea’s ambition to become a global AI leader.

Tesla’s AI5 chip, crucial for its autonomous driving efforts, will be manufactured by Samsung in Texas and TSMC in Arizona. Tesla aims for “excess production” to power its data centers. While Tesla will still utilize Nvidia’s GPUs for AI model training, the AI5 chip, unveiled in 2024, represents a move towards vertical integration and custom silicon. Designed for Tesla’s specific needs, the AI5 aims for superior performance-per-dollar by removing legacy components, potentially challenging Nvidia’s dominance in the AI chip market.

Samsung and SK Hynix shares surged following news of their partnership with OpenAI on the Stargate initiative. The collaboration aims to boost the supply of advanced memory chips crucial for next-generation AI, driving investor confidence. OpenAI emphasized the importance of these chips for powering its sophisticated AI models and is exploring AI data center development in South Korea. SK Hynix is mass-producing next-generation HBM chips, while Samsung is pursuing certification of its HBM4 chips by Nvidia, signaling a competition for leadership in the HBM market driven by AI demand.

Tesla is reportedly shutting down its Dojo project, a move indicating a shift towards external partnerships for its AI needs. Head of Dojo, Peter Bannon, is expected to leave. Tesla plans to enhance collaborations with Nvidia and AMD for computing, and deepen its partnership with Samsung in chip manufacturing, evidenced by a $16.5 billion deal. Samsung will reportedly produce Tesla’s AI6 chip, while TSMC will manufacture the AI5. Tesla also plans to diversify Dojo’s supply chain, engaging Samsung and Intel for chip manufacturing and packaging.

Tesla has reportedly signed a $16.5 billion deal with Samsung for AI chip manufacturing, intended for electric vehicles and robotics. The agreement focuses on the AI6 chip, potentially utilizing a 2nm process with production in Austin, Texas, starting in 2025. Despite this, Morgan Stanley analysts believe the deal will only minimally impact TSMC’s revenue, estimating a 1% reduction, as TSMC remains a key supplier for Tesla and xAI. TSMC is set to launch its 3nm A15 chip in 2026, while Samsung’s A16 isn’t expected until 2027.

In Q2 2025, SK Hynix surpassed Samsung as the leading memory manufacturer, reporting ₩21.8 trillion in sales versus Samsung’s ₩21.2 trillion. This shift is driven by high demand for High Bandwidth Memory (HBM) fueled by the AI boom. SK Hynix benefited from its HBM partnership with Nvidia, while Samsung’s HBM shipment share declined. Samsung anticipates potential price declines for its HBM3E but expects rising DRAM prices to offset the impact. Both SK Hynix and Micron are increasing HBM3E production, intensifying market competition.