Nvidia, HBM
SK Hynix’s AI Memory Chip Orders Almost Fully Booked Till 2025
SK Hynix Inc. revealed that its capacity to make high-bandwidth memory chips is almost fully booked through next year, underscoring the intense demand for semiconductors essential to artificial intelligence development.
SK hynix expects HBM memory chip revenues of over $10 billion in 2024
SK hynix expects to hit $10+ billion in revenue from HBM sales by the end of 2024, as most of its HBM 2024 and even HBM 2025 supply is already sold out.
SK Hynix’s AI-Related Memory Chips Sold Out for Year
SK Hynix said its high bandwidth memory products were sold out for this year and almost fully booked for 2025 due to brisk demand for artificial-intelligence chips.
Nvidia Supplier SK Hynix Says HBM Chips Almost Sold Out for 2025
South Korea's SK Hynix said on Thursday its high-bandwidth memory (HBM) chips used in AI chipsets are almost sold out for 2025, after their 2024 chips were fully booked. Chief Executive Officer Kwak Noh-Jung said the Nvidia supplier and the world's second-largest memory chipmaker will begin sending samples of the latest version of HBM chips,
HBM supply from SK hynix and Micron sold out until late 2025
The chief executive of SK hynix this week said that the company's supply of high bandwidth memory (HBM) has been sold out for 2024 and for most of 2025. The claims come on the heels of similar comments made by the CEO of Micron back in March,
2025 Sees SK hynix's HBM Chips Fully Booked Amidst AI Surge
SK hynix, a key player in the artificial intelligence (AI) services sector, made a significant announcement on Thursday. HBM Sales Reflect SK hynixs Market Leadership Its high-bandwidth memory (HBM) processors,
Nvidia supplier SK Hynix says its high-bandwidth memory chips used in AI processors almost sold out for 2025
The South Korean memory chip maker has already sold out its high-bandwidth memory chips for this year, as enterprises aggressively expand artificial intelligence services.
Computerworld21h
AI chip shortages continue, but there may be an end in sight
While GPUs are in high demand, they still need high-performance memory chips for AI apps. The market is tight for both — for now. As the adoption of generative artificial intelligence (genAI) ...
Expensive HBM Memory Chips Poised For A Big Price Jump As AI Explodes
The rise of AI is pushing up the prices of the hardware necessary to run it, and this includes HBM memory. Avril Wu, Senior ...
Samsung's operating profit soars 930% as AI tailwinds drive demand for memory chips
Samsung Electronics said on Tuesday that its operating profit surged more than 930% in the first quarter of 2024, driven by ...
Samsung reports huge jump in profit as AI drives rebound in memory-chip market
Samsung Electronics on Tuesday reported a 10-fold increase in operating profit for the last quarter as the expansion of AI ...
DDR5 memory prices could rise 20% due to increasing demand for AI chips
According to analysts from market research firm TrendForce, high-bandwidth memory (HBM) prices are expected to rise 5-10 percent in 2025 due to exceptionally high demand from ...
Apple Introduces M4 Chip, AI-Infused Logic Pro
To enhance user experience, Apple (AAPL) has recently launched M4 chip for the all-new iPad Pro, and Logic Pro for iPad 2 and Logic ...
Samsung's Latest 3D NAND Memory Chips Transform AI Data Centers and Mobile Devices
Samsung starts mass production of 286-layer NAND flash memory chips, with 33% faster data speeds and 10% lower power ...
Reuters7d
Samsung says AI to drive technology demand in second half after strong Q1
The upbeat outlook from the world's largest memory chip maker sent its shares 1.8% higher on Tuesday after it reported a more than 10-fold rise in first-quarter operating profit. But so far this ...
Datacenter Dynamics7d
Growing memory chip demand fuels 933% increase in Samsung Electronics’ operating profit
Samsung is the largest global producer of DRAM chips and the company has benefited significantly from the increase in price of DRAM and NAND flash memory chips, largely driven by the continuing ...